U.S. Gas Electric Tel - Energy Savers - money saving services
U.S. Gas Electric
Solar Energy
Energy Efficiency
Energy Savers, Tel
Renewable - pages
Energy Independence - Save money - 818-366-6999
Related Articles

Energy Independence begins with Energy efficiency
 - It's cheaper to save energy than to make energy.

Updated January 27, 2008
MANDATORY RENEWABLE ENERGY – THE ENERGY EVOLUTION –R20
By Jay Draiman, Energy Consultant


Today’s energy industry is perhaps the world’s most powerful. Energy is the basis of all this world’s wealth, and for perhaps earth’s entire history, the sun’s energy has fueled all ecological and economic systems. If early humans did not learn to exploit new sources of energy, humankind would still be living in the tropical forests. Without the continual exploitation of new energy sources, there would have been no civilization, no Industrial Revolution and no looming global catastrophe.

In order to insure energy and economic independence as well as better economic growth without being blackmailed by foreign countries, our country, the United States of America’s Utilization of Energy Sources must change.
"Energy drives our entire economy.” We must protect it. "Let's face it, without energy the whole economy and economic society we have set up would come to a halt. So you want to have control over such an important resource that you need for your society and your economy." The American way of life is not negotiable.
Our continued dependence on fossil fuels could and will lead to catastrophic consequences.

The federal, state and local government should implement a mandatory renewable energy installation program for residential and commercial property on new construction and remodeling projects, replacement of appliances, motors, HVAC with the use of energy efficient materials-products, mechanical systems, appliances, lighting, insulation, retrofits etc. The source of energy must be by renewable energy such as Solar-Photovoltaic, Geothermal, Wind, Biofuels, Ocean-Tidal, Hydrogen-Fuel Cell etc. This includes the utilizing of water from lakes, rivers and oceans to circulate in cooling towers to produce air conditioning and the utilization of proper landscaping to reduce energy consumption. (Sales tax on renewable energy products and energy efficiency should be reduced or eliminated)

The implementation of mandatory renewable energy could be done on a gradual scale over the next 10 years. At the end of the 10 year period all construction and energy use in the structures throughout the United States must be 100% powered by renewable energy. (This can be done by amending building code)

In addition, the governments must impose laws, rules and regulations whereby the utility companies must comply with a fair “NET METERING” (the buying of excess generation from the consumer at market price), including the promotion of research and production of “renewable energy technology” with various long term incentives and grants. The various foundations in existence should be used to contribute to this cause.

A mandatory time table should also be established for the automobile industry to gradually produce an automobile powered by renewable energy. The American automobile industry is surely capable of accomplishing this task. As an inducement to buy hybrid automobiles (sales tax should be reduced or eliminated on American manufactured automobiles).

This is a way to expedite our energy independence and economic growth. (This will also create a substantial amount of new jobs). It will take maximum effort and a relentless pursuit of the private, commercial and industrial government sectors’ commitment to renewable energy – energy generation (wind, solar, hydro, biofuels, geothermal, energy storage (fuel cells, advance batteries), energy infrastructure (management, transmission) and energy efficiency (lighting, sensors, automation, conservation) (rainwater harvesting, water conservation) (energy and natural resources conservation) in order to achieve our energy independence.

I believe what America needs are cool headed government leaders who understand how markets function and can work with consumers, voters and oil industry leaders to develop a viable energy strategy that will help and not hinder as our nation transitions to our new energy reality.

"To succeed, you have to believe in something with such a passion that it becomes a reality."

Jay Draiman, Energy Consultant
Northridge, CA. 91325
August 17, 2007

P.S. I have a very deep belief in America's capabilities. Within the next 10 years we can accomplish our energy independence, if we as a nation truly set our goals to accomplish this.

I happen to believe that we can do it. In another crisis--the one in 1942--President Franklin D. Roosevelt said this country would build 60,000 [50,000] military aircraft. By 1943, production in that program had reached 125,000 aircraft annually. They did it then. We can do it now.

"the way we produce and use energy must fundamentally change."
The American people resilience and determination to retain the way of life is unconquerable and we as a nation will succeed in this endeavor of Energy Independence.

The Oil Companies should be required to invest a substantial percentage of their profit in renewable energy R&D and implementation. Those who do not will be panelized by the public at large by boy cutting their products.

Solar energy is the source of all energy on the earth (excepting volcanic geothermal). Wind, wave and fossil fuels all get their energy from the sun. Fossil fuels are only a battery which will eventually run out. The sooner we can exploit all forms of Solar energy (cost effectively or not against dubiously cheap FFs) the better off we will all be. If the battery runs out first, the survivors will all be living like in the 18th century again.

Every new home built should come with a solar package. A 1.5 kW per bedroom is a good rule of thumb. The formula 1.5 X's 5 hrs per day X's 30 days will produce about 225 kWh per bedroom monthly. This peak production period will offset 17 to 2

4 cents per kWh with a potential of $160 per month or about $60,000 over the 30-year mortgage period for a three-bedroom home. It is economically feasible at the current energy price and the interest portion of the loan is deductible. Why not?

Title 24 has been mandated forcing developers to build energy efficient homes. Their bull-headedness put them in that position and now they see that Title 24 works with little added cost. Solar should also be mandated and if the developer designs a home that solar is impossible to do then they should pay an equivalent mitigation fee allowing others to put solar on in place of their negligence. (Installation should be paid “performance based”).

Installation of renewable energy and its performance should be paid to the installer and manufacturer based on "performance based" (that means they are held accountable for the performance of the product - that includes the automobile industry). This will gain the trust and confidence of the end-user to proceed with such a project; it will also prove to the public that it is a viable avenue of energy conservation.

Installing a renewable energy system on your home or business increases the value of the property and provides a marketing advantage. It also decreases our trade deficit.

Nations of the world should unite and join together in a cohesive effort to develop and implement MANDATORY RENEWABLE ENERGY for the sake of humankind and future generations.


The head of the U.S. government's renewable energy lab said Monday (Feb. 5) that the federal government is doing "embarrassingly few things" to foster renewable energy, leaving leadership to the states at a time of opportunity to change the nation's energy future. "I see little happening at the federal level. Much more needs to happen." What's needed, he said, is a change of our national mind set. Instead of viewing the hurdles that still face renewable sources and setting national energy goals with those hurdles in mind, we should set ambitious national renewable energy goals and set about overcoming the hurdles to meet them. We have an opportunity, an opportunity we can take advantage of or an opportunity we can squander and let go,"


solar energy - the direct conversion of sunlight with solar cells, either into electricity or hydrogen, faces cost hurdles independent of their intrinsic efficiency. Ways must be found to lower production costs and design better conversion and storage systems.


Disenco Energy of the UK has announced it has reached important
milestones leading to full commercialization, such as the completion of
field trials for its home, micro combined heat and power plant (m-CHP).
The company expects to begin a product roll out in the second quarter of
2008.
Operating at over 90 percent efficiency, the m-CHP will be able to
provide 15 kilowatts of thermal energy (about 50,000 Btu’s) for heat and
hot water and generate 3 kilowatts of electricity. The m-CHP uses a
Stirling engine generator and would be a direct replacement for a home’s
boiler.
Running on piped-in natural gas the unit would create some independence
from the power grid, but still remain connected to the gas supply
network.
Whereas heat is supplied only when the generator is running (or
conversely electricity is generated only when heat is needed) a back-up
battery system and heavily insulated hot water storage tank seem
eventual options for more complete energy independence.


FEDERAL BUILDINGS WITH SOLAR ENERGY – Renewable Energy
All government buildings, Federal, State, County, City etc. should be mandated to be energy efficient and must use renewable energy on all new structures and structures that are been remodeled/upgraded.
"The government should serve as an example to its citizens"

A new innovative renewable energy generating technology is in development. The idea behind Promethean Power came from Matthew Orosz, an MIT graduate student who has worked as a Peace Corps volunteer in the African nation of Lesotho. Orosz wanted to provide electric power, refrigeration, and hot water to people without electricity. He and some MIT colleagues designed a set of mirrors that focus sunlight onto tubes filled with coolant. The hot coolant turns to pressurized vapor, which turns a turbine to make electricity. The leftover heat can be used to warm a tank of water and to run a refrigerator or an air conditioner, using a gas-absorption process that chills liquid ammonia by first heating it.

IS TECHNOLOGY BEING HELD BACK

New Solar Electric Cells - 80% efficient

Mr. Marks says solar panels made with Lepcon or Lumeloid, the materials he patented, ... Most photovoltaic cells are only about 15 percent efficient. ...

A major increase in daily petroleum output is deemed essential to meet U.S. and international oil requirements in 2020, and so we should expect recurring oil shortages and price increases. Only by expediting the diminishing our day-to-day consumption of petroleum and implementing of efficiency and renewable energy policy can we hope to reduce our exposure to costly oil-supply disruptions and lower the risk of economic strangulation.

Quick Facts

§ Energy is vital to every sector of the U.S. economy. As our economy grows, the demand for energy rises.

§ Total energy consumption is projected to increase 35 percent by 2030.

§ Energy-efficiency improvements have played a major role in meeting national energy needs since the 1970s, relative to new supply.


Jay Draiman, Energy Consultant
Northridge, CA 91325
Email: renewableenergy2@msn.com

Posted on: 08/17//2007


ERV Energy Recovery Ventilation Systems Reduce Long Term Costs and Improve Indoor Air Quality

Is the indoor air your breathe is as fresh and healthy as it can be?

As building science professionals have known for some time, an effective ventilation strategy is an absolute requirement for all homes. Mechanical ventilators exchange air inside the home with fresh air from the outside. This helps to reduce indoor pollution levels, and greatly increases the comfort level inside the home.

Many ventilation designs are including Energy Recovery Ventilators (ERVs) to improve the system efficiency. Besides providing controlled ventilation, ERVs are able to filter, humidify, dehumidify, heat, or cool the incoming fresh air. The most popular design of ERVs utilizes a desiccant wheel to remove both heat and a significant amount of moisture from the incoming air, which reduces the load on the air-conditioning system. But while ventilators and ERVs can add tremendously to the comfort and efficiency of a home, they must be installed correctly.

One of the more recent developments in the ‘green’ technology industry is the creation of environmentally-friendly buildings that use energy-efficient technologies to reduce power consumption.

Energy consultants point out that creating ‘green’ buildings and improving the air quality inside such facilities utilizing ERV can and do go hand-in-hand. ERV Systems that reduce demand for energy while improving ventilation are increasingly in demand.

ERV – Energy Recovery Ventilation systems saves energy, increases indoor air quality, reduces contaminates and odors.

Click here to watch a video featuring Gartner vice president Michael Maoz sharing new insights on innovative technologies and processes shaping the future of customer service.

Click here to learn how Continental Dispatch Accelerates Customer Service with a Hosted Contact Center System.

Click here to learn how to leverage greater long-term value from your CRM system.

Click here to read how Oracle has dramatically improved pipeline management and, in turn, increased sales velocity.

The use of ERV technology “energy recovery ventilation systems,” or ERVs. Such systems are designed to reduce energy consumption and improve indoor air quality (IAQ) by capturing and recycling building energy to humidify, pre-cool or dehumidify incoming air.

ERVs, the research first said, are most popular in areas with more extreme outdoor temperatures, like Northern states where winters can get quite cold, or Southern states where very warm temperatures and high humidity demand more energy consumption to maintain comfortable indoor environments.

“The focus on IAQ is another key trend benefiting ERV, as people become increasingly conscious of the importance to maintain air quality through properly designed and managed HVAC systems,” Energy consultant said in the energy audit survey.

Market growth for ERVs, Energy consultant said, is driven largely by energy conservation policies that are challenging building custodians to reduce energy consumption for indoor climates. The firm cited as an example the 90.1 standard from American Society of Heating, Refrigerating and Air-Conditioning Engineers (ASHRAE) which currently dictates “energy recovery systems for applications of 5000 cubic feet per minute (cfm) and larger with 70 percent outside air (OA).”

ASHRAE 90.1 is a standard that specifies at least 50 percent total effectiveness for ERVs, Energy consultant said.

The Air Conditioning and Refrigeration Institute and the U.S. Environmental Protection Agency also have various standards and regulations regarding energy recovery and IAQ.

Energy Consultant said two main obstacles lie in the way of more widespread use of ERVs: lack of knowledge and the need to reduce operating costs in the short term. Since building owners and facility managers rely for the most part on contractors to select and install heating, ventilation and air-conditioning (HVAC) equipment, if the contractors are not up-to-speed on ERV developments they may pick products that aren’t as energy-efficient as they could be.

Also, Energy consultant noted, HVAC contractors work within budgets and therefore tend to buy equipment based on its price rather than long-term cost benefits. It therefore is important to educate contractors about ERVs, and some of that burden falls on manufacturers. The Green Building Council is also playing a role through its Leadership in Energy and Environmental Design program that evaluates buildings to determine the environmental performance during their entire lifecycle.

ERVs aren’t just good for the planet; they’re good for people, too.

1/28/2008

Global Warming – Man Made or Nature’s Cycle R8.

The debate: Is the observed global warming natural or man made?

Global Warming or natural climatic rhythm?

Global Warming Man made or natural cycle?

Compiled by Yehuda Draiman, Energy Analyst

An extensive look at Global Warming – Cause and effect.

The dominant greenhouse gas is WATER, not carbon dioxide. It is responsible for up to 95% of the so-called "greenhouse effect". Carbon dioxide is only a minor player, and Man's activities put only about 3% as much CO2 into the atmosphere yearly as does Nature. How does the atmosphere distinguish between them? Its concentration is believed to have increased from 0.00028 of the atmosphere to 0.00038 over the past couple of hundred years.

There are numerous pros and cons as to the cause of Global Warming.

After some study and research I share with you the various opinions.

This consensus in this on-line article represents the views of some researchers and forecasters, but does not necessarily represent the views of all scientists. It was not the intention of this article to discount the presence of a human-induced global warming element or to attempt to claim that such an element is not present. There is a robust, on-going discussion on climate change within the scientific community.

It takes a certain kind of gumption to stand up to the status quo.

Folks who challenge the mainstream media and popular culture are subjected to some of the nastiest insults and character assassinations. And such retribution is nowhere more severe than for those who take issue with popular views about global warming.

There are a number of very bright climatologists and meteorologists out there who believe that this century’s warming trend is neither critical nor man made. Now you can agree or disagree with these folks. But you can’t pretend that these folks are crazies or ill informed or just in it for the money. They believe that the models used by the “We’re all going to die!” global warming worriers are far too severe and fail to take enough natural factors into consideration in their climate models. For their audacity to take on the status quo, they have been censured, excoriated and labeled as lackeys for the oil companies.

One degree. On a thermometer, it doesn't seem like much at all. But that degree has sparked intense debate among experts who monitor the temperature on Earth.

In a new report issued by a leading group of scientists and meteorologists, research shows the planet has warmed one degree during the last 100 years. That report from the Intergovernmental Panel on Climate Change asserts that Earth will continue to warm between 2 and 10 degrees during the next century.

Those researchers believe that global warming could be boosting the planet's temperature. Global warming is a phenomenon of temperatures rising on Earth. Scientists have said that some human activities cause gases such as carbon dioxide, methane and nitrous oxide to build up in the atmosphere. Those gases trap heat closer to Earth's surface giving the planet a worldwide fever.

Many experts say two chemicals -- carbon dioxide and carbon monoxide -- are most responsible for global warming. Cars, trucks and factories around the world emit those chemicals everyday. Once in the atmosphere, those chemicals act as big reflectors, bouncing back sun rays to the Earth and warming the planet.

But there are scientists, climatologists and weather watchers who believe that the warming trend is not an aberrant threat, but part of a natural cycle of warming and cooling on Earth. "We just haven't been around long enough to know if it's a fact," said CNN weather anchor Orelon Sidney. "The Earth is more than 4 billion years old and humans haven't been around that long. So this could just be a part of cycle."

The scientists who believe the Earth is warming say years of research are needed to determine why.

Dr. Lonnie Thompson, a researcher at the Byrd Polar Research Center located at Ohio State University, is among those attempting to discover the causes of global warming. He spends many months away from his home in search of answers.

Thompson's latest trek to the Andes Mountains showed substantial changes in a glacier.

"The glacier we have been studying has been melting at an unbelievable rate," Thompson said. "Where there was once ice, there is now a lake." Thompson photographed the new lake and glacier to show "obvious changes in our world because of temperature increase," he said. Thompson said a warmer earth could lead to more erratic weather. "If energy in the system -- the heat on the Earth's climate system --increases, then you're going to have more water vapor. More water vapor feeds more storms -- larger hurricanes, maybe larger snowstorms too."

As a meteorology student at the University of Maryland, Antony Chen is among those who would watch for those weather changes. He is part of the next generation of researchers who will have to figure out what's behind the cause of the temperature bump.

Chen says we have to look at the big picture then determine what changes people should make on the local level. "We need to know what's going on in the atmosphere, the magnitude of changes we are making to our climate system," Chen said. "Then we can start coming up with solutions."

Professor Bruce Doddridge is one of Chen's professors and is encouraged by the caliber of young people he's seen entering the earth sciences. "I'm impressed with the variety of smart and intelligent people coming through that can do this work," he said.

Doddridge concedes that there are many potential causes of global warming, but said he believes the new technology could help assess and solve the problem. "The issues are becoming more complicated," Doddridge said, "but I think the tools we have to work with are becoming more sophisticated."

Many experts say two chemicals -- carbon dioxide and carbon monoxide -- are most responsible for global warming. Cars, trucks and factories around the world emit those chemicals everyday. Once in the atmosphere, those chemicals act as big reflectors, bouncing back sun rays to the Earth and warming the planet.

But there are scientists, climatologists and weather watchers who believe that the warming trend is not an aberrant threat, but part of a natural cycle of warming and cooling on Earth. "We just haven't been around long enough to know if it's a fact," said CNN weather anchor Orelon Sidney. "The Earth is more than 4 billion years old and humans haven't been around that long. So this could just be a part of cycle."

The scientists who believe the Earth is warming say years of research are needed to determine why.

Dr. Lonnie Thompson, a researcher at the Byrd Polar Research Center located at Ohio State University, is among those attempting to discover the causes of global warming. He spends many months away from his home in search of answers.

1. The authors of Unstoppable Global Warming - Every 1,500 Years, say that history, ice core studies and stalagmites all agree on a natural cycle at roughly that interval that is superimposed on the longer, stronger ice ages and interglacial phases.

They point as evidence of this natural cycle to the “Climate Optimum” - a period of warmer and wetter weather than the present Earth’s climate, which took place 9,000 years ago to 5,000 years ago, and a cooling event 2,600 years ago.

During the Roman warming period from 200 BC to around AD 600 North Africa and the Sahara were wetter and supported crops. In more recent times they point to the medieval warming of 900 to 1300, when Eric the Red’s descendant’s colonized Greenland and the Little Ice Age of 1300 to 1850 which saw the Norse dairy farmers on Greenland grow short from malnutrition and eventually die out.

Mr. Avery, a former US agriculture official whose celebrated earlier book was Saving the Planet with Pesticides and Plastic: The Environmental Triumph of High Yield Farming suggests that the natural cycle of warming and cooling may come from variations in cosmic rays which have been linked to cloud formation.

This theory was validated in a recent paper in a Royal Society journal by scientists from the Danish National Space Centre who showed that sub-atomic particles - cosmic rays from exploding stars - play a major role in making clouds. During the past century cosmic rays became scarcer as vigorous activity by the sun forced them away. So there was less cloud cover to reflect away sunlight and a warmer world, according to the Danish scientists.

2. Policymakers have been arguing for nearly a decade over what to do about global warming. Noticeably missing from this debate has been any mention of the fact that natural fluctuations in the Earth’s temperature, not Man, are the likely explanation for any recent warming.

Proponents of the global warming theory repeatedly cite a 1.5° F temperature increase over the last 150 years as evidence that man-made CO2 is dangerously heating up the planet and will cause huge flooding, severe storms, disease and a mass exodus of environmental refugees. Based on this, the Clinton Administration and its environmental allies want Congress to ratify a treaty that will hike consumer prices 40 percent and cost the American economy $3.3 trillion over 20 years. But the apocalyptic predictions on which they justify these drastic steps are totally unsubstantiated and ignore some fundamental truths about the Earth's climatic behavior.

The fact is, the planet's temperature is constantly rising and falling. To put the current warming trend in perspective, it's important to understand the Earth's geological behavior.

Over the last 700,000 years, the climate has operated on a relatively predictable schedule of 100,000-year glaciations cycles. Each glaciations cycle is typically characterized by 90,000 years of cooling, an ice age, followed by an abrupt warming period, called an interglacial, which lasts 10,000-12,000 years. The last ice age reached its coolest point 18,000 to 20,000 years ago when the average temperature was 9-12.6° F cooler than present. Earth is currently in a warm interglacial called the Holocene that began 10,700 years ago.

Although precise temperature readings over the entire period of geologic history are not available, enough is known to establish climatic trends. During the Holocene, there have been about seven major warming and cooling trends, some lasting as long as 3000 years, others as short as 650. Most interesting of all, however, is that the temperature variation in many of these periods averaged as much as 1.8° F, .3° F more than the temperature increase of the last 150 years. Furthermore, of the six major temperature variations occurring prior to the current era, three produced temperatures warmer than the present average temperature of 59° F while three produced cooler temperatures.

For example, when the Holocene began as the Earth was coming out of the last Ice Age around 8700 B.C., the average global temperature was about 6° F cooler than it is today. By 7500 B.C., the climate had warmed to 60° F, 1° F warmer than the current average temperature. However, the temperature fell again by nearly 2° F over the next 1,000 years, settling at an average of 1° F cooler than the current climate.

Between 6500 and 3500 B.C., the temperature increased from 58° F to 62° F. This is the warmest the Earth has been during the Holocene, which is why scientists refer to the period as the Holocene Maximum. Since the temperature of the Holocene Maximum is close to what global warming models project for the Earth by 2100, how Mankind faired during the era is instructive. The most striking fact is that it was during this period that the Agricultural Revolution began in the Middle East, laying the foundation for civilization. Yet, Greenhouse theory proponents claim the planet will experience severe environmental distress if the climate is that warm again.

Since the Holocene Maximum, the planet has continued to experience temperature fluctuations. In 900 A.D. the planet's temperature roughly approximated today's temperature. Then, between 900 and 1100 the climate dramatically warmed. Known as the Medieval Warm Period, the temperature rose by more than 1° F to an average of 60° or 61° F, as much as 2° F warmer than today. Again, the temperature during this period is similar to Greenhouse predictions for 2100, a prospect global warming theory proponents insist should be viewed with alarm. But judging by how Europe prospered during this era, there is little to be alarmed about. The warming that occurred between 1000 and 1350 caused the ice in the North Atlantic to retreat and permitted Norsemen to colonize Iceland and Greenland. Back then, Greenland was actually green. Europe emerged from the Dark Ages in a period that was characterized by bountiful harvests and great economic prosperity. So mild was the climate that wine grapes were grown in England and Nova Scotia.

The major climate change that followed the Medieval Warm Period is especially critical as it bears directly on how to assess our current warming period. Between 1200 and 1450, the temperature plunged to 58° F. After briefly warming, the climate continued to dramatically get colder after 1500. By 1650, the temperature hit a low of 57° F. This is regarded as the coldest point in the 10,000-year Holocene geological epoch. That is why the era between 1650 and 1850 is known as the Little Ice Age. It was during this time that mountain glaciers advanced in Switzerland and Scandinavia, forcing the abandonment of farms and villages. Rivers in London, St. Petersburg and Moscow froze over so thoroughly that people held winter fairs on the ice. There were serious crop failures, famines and disease due to the cooler climate. In America, New England had no summer in 1816. It wasn't until 1860 that the temperature sufficiently warmed to cause the glaciers to retreat.

The significance of the Little Ice Age cannot be overestimated. The 1.5° F temperature increase over the last 150 years, so often cited as evidence of man-made warming, most likely represents a return to normal temperatures following a 400-year period of unusually cold weather. Even the United Nation's Intergovernmental Panel on Climate Change (IPCC), the chief proponent of the Kyoto Protocol global warming treaty signed in December 1997, concludes that: "The Little Ice Age came to an end only in the nineteenth century. Thus, some of the global warming since 1850 could be a recovery from the Little Ice Age rather than a direct result of human activities."

Leading climate scientist Dr. Hugh Ellsaesser of the Lawrence Livermore National Laboratory says we may be in for an additional 1.8° F of warming over the next few centuries, regardless of Man's activities. The result would be warmer nighttime and winter temperatures, fewer frosts and longer growing seasons. Since CO2 stimulates plant growth and lessens the need for water, we could also expect more bountiful harvests over the next couple of centuries. This is certainly not bad news to the developing nations of the world struggling to feed their populations.

Thus, far from being a self-induced disaster, global warming is the result of natural changes in the Earth's climate that promises to yield humanity positive benefits. In the geological scheme of things, the warming is not even that dramatic compared to the more pronounced warming trends that occurred during the Agricultural Revolution and the early Middle Ages. Moreover, there is strong evidence that this long-needed warming is moderating. All things considered, global warming should be viewed for what it is: A gift from the often fickle force of Nature. Enjoy it while you can.

3. Global warming is a natural geological process that could begin to reverse itself within 10 to 20 years, predicts an Ohio State University researcher.

The researcher suggests that atmospheric carbon dioxide -- often thought of as a key "greenhouse gas" -- is not the cause of global warming. The opposite is most likely to be true, according to Robert Essenhigh, E.G. Bailey Professor of Energy Conservation in Ohio State's Department of Mechanical Engineering. It is the rising global temperatures that are naturally increasing the levels of carbon dioxide, not the other way around, he says.

Essenhigh explains his position in a "viewpoint" article in the current issue of the journal Chemical Innovation, published by the American Chemical Society.

Many people blame global warming on carbon dioxide sent into the atmosphere from burning fossil fuels in man-made devices such as automobiles and power plants. Essenhigh believes these people fail to account for the much greater amount of carbon dioxide that enters -- and leaves -- the atmosphere as part of the natural cycle of water exchange from, and back into, the sea and vegetation.

"Many scientists who have tried to mathematically determine the relationship between carbon dioxide and global temperature would appear to have vastly underestimated the significance of water in the atmosphere as a radiation-absorbing gas," Essenhigh argues. "If you ignore the water, you're going to get the wrong answer."

How could so many scientists miss out on this critical bit of information, as Essenhigh believes? He said a National Academy of Sciences report on carbon dioxide levels that was published in 1977 omitted information about water as a gas and identified it only as vapor, which means condensed water or cloud, which is at a much lower concentration in the atmosphere; and most subsequent investigations into this area evidently have built upon the pattern of that report.

For his hypothesis, Essenhigh examined data from various other sources, including measurements of ocean evaporation rates, man-made sources of carbon dioxide, and global temperature data for the last one million years.

He cites a 1995 report from the Intergovernmental Panel on Climate Change (IPCC), a panel formed by the World Meteorological Organization and the United Nations Environment Programme in 1988 to assess the risk of human-induced climate change. In the report, the IPCC wrote that some 90 billion tons of carbon as carbon dioxide annually circulate between the earth's ocean and the atmosphere, and another 60 billion tons exchange between the vegetation and the atmosphere.

Compared to man-made sources' emission of about 5 to 6 billion tons per year, the natural sources would then account for more than 95 percent of all atmospheric carbon dioxide, Essenhigh said.

"At 6 billion tons, humans are then responsible for a comparatively small amount - less than 5 percent - of atmospheric carbon dioxide," he said. "And if nature is the source of the rest of the carbon dioxide, then it is difficult to see that man-made carbon dioxide can be driving the rising temperatures. In fact, I don't believe it does."

4. Is human activity warming the Earth or do recent signs of climate change signal natural variations? In this feature article, scientists discuss the vexing ambiguities of our planet's complex and unwieldy climate

Newspaper headlines trumpet record-breaking temperatures, dwindling sea ice, and retreating glaciers around the world. Concentrations of atmospheric carbon dioxide, one of the greenhouse gases responsible for scalding temperatures on Venus and at least 33 degrees C of normal warming here on Earth, are on the rise. Our planet seems destined for a hot future!

But is it really? Or are we simply experiencing a natural variation in Earth's climate cycles that will return to "normal" in time?

Correlations between rising CO2 levels and global surface temperatures suggest that our planet is on a one-way warming trend triggered by human activity. Indeed, studies by paleoclimatologists reveal that natural variability caused by changes in the Sun and volcanic eruptions can largely explain deviations in global temperature from 1000 AD until 1850 AD, near the beginning of the Industrial Era. After that, the best models require a human-induced greenhouse effect.

In spite of what may seem persuasive evidence, many scientists are nonetheless skeptical. They argue that natural variations in climate are considerable and not well understood. The Earth has gone through warming periods before without human influence, they note. And not all of the evidence supports global warming. Air temperatures in the lower atmosphere have not increased appreciably, according to satellite data, and the sea ice around Antarctica has actually been growing for the last 20 years.

It may surprise many people that science -- the de facto source of dependable knowledge about the natural world -- cannot deliver an unqualified, unanimous answer about something as important as climate change.

Why is the question so thorny? The reason, say experts, is that Earth's climate is complex and chaotic. It's so unwieldy that researchers simply can't conduct experiments to check their ideas in the usual way of science. They often rely, instead, on computer models. But such models are only as good as their inputs and programming, and today's computer models are known to be imperfect.

Most scientists agree that no single piece of data will likely resolve the global warming debate. In the end, the best we can expect is a scientific consensus based on a preponderance of evidence.

5. 30 Natural Global Warming Episodes Have Occurred During the Past 5,000 Years.

David Dilley of GWO has discovered a powerful natural forcing mechanism that controls global warming cycle, hurricane track landfalls, El Nino cycles and many other climate weather cycles.

David Dilley of Global Weather Oscillations Inc., Ocala Florida, has completed groundbreaking research on Global Warming. This research found that the current global warming episode is a "Natural Recurring Cycle", and that this current cycle will begin to diminish as early as 2015, and no later than 2040.

Mr. Dilley’s 15-years of ongoing climate research has uncovered a very powerful external forcing mechanism that causes shifts in regional weather cycles, and the world’s climate. This forcing mechanism is called “the Primary Forcing Trigger Mechanism”, or PFM. The PFM is a cyclical forcing mechanism that can be forecast years in advance, or even traced back through the earth’s climate history. The major influence of the PFM on the earth’s climate is that it causes the world’s dominating regional high-pressure systems to shift position, or become displaced from their normal seasonal position.

Because the PFM is cyclical, the earth’s weather and climate is likewise cyclical. As an example of an induced PFM climate cycle, the subtropical high-pressure system in the central South Pacific normally causes the ocean’s water temperature to stay relatively cool in this region. Dilley’s El Niño research (see link) explains that the PFM cycle induces a shift in the position of the high-pressure system where El Niños form. The resulting wind shift then triggers the formation of an El Niño by inducing a rapid warming of sea surface temperatures. Dilley says that research going back to 1915 showed 24 such PFM cycles and 24 El Niño occurrences. This research is currently under peer review and will go to a leading climate journal this summer.

Further research by Dilley and Global Weather Oscillations, indicates that this same PFM forcing mechanism displaces high-pressure centers in such a way to control the tracks of hurricanes from one year to the next. (See hurricane link) Knowing how and why this forcing mechanism controls weather cycles opened the door to the ground breaking global warming research.

Mr. Dilley states that the current global warming cycle is without a doubt the result of a known external “natural” forcing cycle. According to Dilley, most government officials, climatologists and meteorologists are looking only at the increase in temperatures and carbon dioxide (CO2) levels over the past 50 to 100 years. These correlations and findings are only representative during global warming episodes. When you take into account nearly 30 other global warming episodes over the past 5 thousand years, it becomes very apparent that CO2 levels cannot be the forcing mechanism that has caused global warming, but rather Long-term PFM climate forcing cycles. These cycles likely displace high-pressure systems and the polar jet stream northward during an approximate 200-year recurring PFM forcing cycle.

the years 1050 to 1205 AD. The peak warming of this cycle lasted 90 years from 1090 to 1180 AD, as delineated by the red box. The second global warming cycle was from 1285 to 1415 AD, with a 65-year peak from 1315 to 1380. The third global warming episode was from 1440 to 1590 with a 50-year peak from 1520 to 1570. The fourth was from 1700 to 1845 with a 45-year peak from 1740 to 1785. Finally, the current global warming episode began about 1910 and the peak about 1950, or about 57 years ago.

The graph and research indicates that each global warming cycle has duration of 130 to 160 years, and the peak of each cycle has duration of 50 to 90 years. Analyses of the 5 warming cycles and the history of PFM cycles, indicates that the current cycle is about the same duration as the one that occurred about 900-years ago. Therefore, the current global warming cycle will run from 1910 to 2060, with the duration of the peak warming occurring between 1950 and 2015. The peak warming will level off around 2015 and then begin diminishing rapidly by no later than the year 2030 to 2040. Once cooling begins it will only take 20 to 30 years to cool to the lowest part of the cooling cycle, temperatures much like what was recorded in the 1800s.

In addition to the 5 global warming cycles found during the past 1000-years, it should be noted here that a total of approximately 30 global warming cycles have occurred during the past 5000 years, with the warmest cycle occurring approximately every 1000-years, and the peak of the warmest cycle having a duration of 60 to 90 years. Referring to the 5000-year graph, the present long-term warming cycle can be seen on the right hand side of the graph, and 4 other long-term warm cycles date back 5000-years on the left side of the graph.

Analyses of the 5000-year graph indicates that long-term warming cycles have durations as short as 500-years as seen in the 2 cycles labeled A, to as long as 1000-years as seen in cycle C nearly 4500-years ago. Further analyses of cycle durations indicates that if the current long-term warming cycle which began in the year 1500 AD was of the same duration as cycle A, the peak of the current warming would of ended back in the year 1750, and it did not. In addition, if the current cycle was the same duration as cycle B, the peak warming of our current global warming cycle would have ended in the year 1900, and it did not. Now let’s take a look at cycle C. in the next paragraph..

Further research by Research by Global Weather Oscillations indicates that the PFM climate forcing cycle normally occurs in cycles of 5. Therefore looking back 5 warming cycles and 5 PFM cycles, we find cycle C that occurred 4,500 years ago and had a 1000 - year duration of the entire warm cycle. Using the mid-point of this cycle (500-years), the current long-term warming that began around the year 1500 AD will peak around the year 2000 AD, and end by 2500 AD.

Reconstructed Carbon Dioxide CO2 and Temperature Proxies Past 400,000 Years.

The graph below shows reconstructed Ice Core temperatures and carbon dioxide concentrations over the Antartica from near present time back 400,000 years. Of particular importance is that this graph shows 5 Natural Cycles during the past 400,000 years and as temperatures rise the carbon dioxide concentrations also naturally rise, thus mirroring the cyclical temperatures. It is well known throughout the scientific community that warmer temperatures can hold more water vapor, and water vapor absorbs and holds carbon dioxide. Thus these 5 Natural Cycles during the past 400,000 years mirror the 200-year global warming cycles shown early. Therefore, it is likely that the peak of all 30 global warming cycles during the past 4,000 years likewise had carbon dioxide concentrations very similar to the values found today.

Thus, carbon dioxide levels are not the cause of global warming....all global warming cycles are "Natural".

Natural Global Warming Cycles …. Putting it all together

The current long-term 1000-year warming cycle began about the year 1500 AD and will continue to near 2500 AD. This current long-term cycle will consist of 5 cyclical short-term global warming and cooling episodes. The world is now in the third of the 5 short-term cycles, and the warmest of the 5. The first short-term global warming episode peaked between 1520 and 1570 AD, followed by a cooling period until the next global warming episode peaked between 1740 and 1785. Temperatures remained cool throughout the 1800s to early 1900s, and then the third short-term global warming episode began. The peak of this current global warming episode began in earnest around 1950 and will level off as early as 2015, and no later than 2030-40. Then within 20 years temperatures will cool rapidly to the same levels as seen in the 1800s. The global warming cycles are approximate 200-year cycles, so the next global warming cycle will peak about 150-years after the end of the current cycle, or about the year 2200. This will be the 4th of 5 cycles within the current 1000-year primary warm cycle, and it will not be as warm as the current episode.

Global warming research has found 5 natural global warming cycles during the past 1000-years, and approximately 30 global warming cycles during the past 5 thousand years.

Actions - While we argue a lot about details on how bad global warming is and how responsible mankind is for it, we did agree that individuals acting on their own to conserve energy or clean the environment is always preferred to a government mandated, centralized policy of coercion. In that respect, I was able to support his project of working with Corporate America and other companies to give consumers incentives to buy energy-saving light bulbs—a private sector initiative that he claims will save a lot of energy and produce less CO2.

Cleaner burning energy that takes some of the profit out of the pockets of our “friends” the Saudis wouldn’t be such a bad thing. It may not be much, but it’s a start and a way to bring two divergent sides of the global warming debate together.

Perhaps a non-coercive method of voluntary action on CO2 emissions will work. The one thing we’re learning from the example of Europe’s Kyoto experiment is that government coercion doesn’t work. Freedom of choice is not only right, it’s practical!

In conclusion - let the reader make up his own conclusions.

Data compiled by Yehuda Draiman, Energy Analyst – 12/16/2007

P.S.

Global Warming scientist skeptics list is growing...

6/23/2007

Many former believers in catastrophic man-made global warming have recently reversed themselves and are now climate skeptics. The names below are just a sampling of the prominent scientists who have spoken out recently to oppose the perceived alarmism of man-made global warming.

The media's climate fear factor seemingly grows louder even as the latest science grows less and less alarming by the day. It is also worth noting that the proponents of climate fears are increasingly attempting to suppress dissent by skeptics.

Once Believers, Now Skeptics

Geophysicist Dr. Claude Allegre, a top geophysicist and French Socialist who has authored more than 100 scientific articles and written 11 books and received numerous scientific awards including the Goldschmidt Medal from the Geochemical Society of the United States, converted from climate alarmist to skeptic in 2006.

...

Geologist Bruno Wiskel of the University of Alberta recently reversed his view of man-made climate change and instead became a global warming skeptic. Wiskel was once such a big believer in man-made global warming that he set out to build a “Kyoto house” in honor of the UN sanctioned Kyoto Protocol which was signed in 1997.

...

Astrophysicist Dr. Nir Shaviv, one of Israel's top young award winning scientists, recanted his belief that manmade emissions were driving climate change. ""Like many others, I was personally sure that CO2 is the bad culprit in the story of global warming. But after carefully digging into the evidence, I realized that things are far more complicated than the story sold to us by many climate scientists or the stories regurgitated by the media. In fact, there is much more than meets the eye,” Shaviv said in February 2, 2007 Canadian National Post article.

...

Mathematician & engineer Dr. David Evans, who did carbon accounting for the Australian Government, recently detailed his conversion to a skeptic. “I devoted six years to carbon accounting, building models for the Australian government to estimate carbon emissions from land use change and forestry. When I started that job in 1999 the evidence that carbon emissions caused global warming seemed pretty conclusive, but since then new evidence has weakened the case that carbon emissions are the main cause. I am now skeptical,” Evans wrote in an April 30, 2007 blog. “But after 2000 the evidence for carbon emissions gradually got weaker -- better temperature data for the last century, more detailed ice core data, then laboratory evidence that cosmic rays precipitate low clouds,” Evans wrote. “As Lord Keynes famously said, ‘When the facts change, I change my mind. What do you do, sir?’” he added.

...

Climate researcher Dr. Tad Murty, former Senior Research Scientist for Fisheries and Oceans in Canada, also reversed himself from believer in man-made climate change to a skeptic. “I stated with a firm belief about global warming, until I started working on it myself,” Murty explained on August 17, 2006. “I switched to the other side in the early 1990's when Fisheries and Oceans Canada asked me to prepare a position paper and I started to look into the problem seriously,” Murty explained.

...

Botanist Dr. David Bellamy, a famed UK environmental campaigner, former lecturer at Durham University and host of a popular UK TV series on wildlife, recently converted into a skeptic after reviewing the science and now calls global warming fears "poppycock." According to a May 15, 2005 article in the UK Sunday Times, Bellamy said “global warming is largely a natural phenomenon. The world is wasting stupendous amounts of money on trying to fix something that can’t be fixed.” “The climate-change people have no proof for their claims. They have computer models which do not prove anything,” Bellamy added.

...

Climate scientist Dr. Chris de Freitas of The University of Auckland, N.Z., also converted from a believer in man-made global warming to a skeptic. “At first I accepted that increases in human caused additions of carbon dioxide and methane in the atmosphere would trigger changes in water vapor etc. and lead to dangerous ‘global warming,’ But with time and with the results of research, I formed the view that, although it makes for a good story, it is unlikely that the man-made changes are drivers of significant climate variation.” de Freitas wrote on August 17, 2006.

...

Meteorologist Dr. Reid Bryson, the founding chairman of the Department of Meteorology at University of Wisconsin (now the Department of Oceanic and Atmospheric Sciences, was pivotal in promoting the coming ice age scare of the 1970’s ( See Time Magazine’s 1974 article “Another Ice Age” citing Bryson: & see Newsweek’s 1975 article “The Cooling World” citing Bryson) has now converted into a leading global warming skeptic. In February 8, 2007 Bryson dismissed what he terms "sky is falling" man-made global warming fears. Bryson, was on the United Nations Global 500 Roll of Honor and was identified by the British Institute of Geographers as the most frequently cited climatologist in the world. “Before there were enough people to make any difference at all, two million years ago, nobody was changing the climate, yet the climate was changing, okay?” Bryson told the May 2007 issue of Energy Cooperative News. “All this argument is the temperature going up or not, it’s absurd. Of course it’s going up. It has gone up since the early 1800s, before the Industrial Revolution, because we’re coming out of the Little Ice Age, not because we’re putting more carbon dioxide into the air,” Bryson said.

...

Global warming author and economist Hans H.J. Labohm started out as a man-made global warming believer but he later switched his view after conducting climate research. Labohm wrote on August 19, 2006, “I started as a anthropogenic global warming believer, then I read the [UN’s IPCC] Summary for Policymakers and the research of prominent skeptics.” “After that, I changed my mind,” Labohn explained. Labohn co-authored the 2004 book “Man-Made Global Warming: Unraveling a Dogma,” with chemical engineer Dick Thoenes who was the former chairman of the Royal Netherlands Chemical Society. Labohm was one of the 60 scientists who wrote an April 6, 2006 letter urging withdrawal of Kyoto to Canadian prime minister Stephen Harper which stated in part, “’Climate change is real’ is a meaningless phrase used repeatedly by activists to convince the public that a climate catastrophe is looming and humanity is the cause.

...

Paleoclimatologist Tim Patterson, of Carlton University in Ottawa converted from believer in C02 driving the climate change to a skeptic. “I taught my students that CO2 was the prime driver of climate change,” Patterson wrote on April 30, 2007. Patterson said his “conversion” happened following his research on “the nature of paleo-commercial fish populations in the NE Pacific.” “[My conversion from believer to climate skeptic] came about approximately 5-6 years ago when results began to come in from a major NSERC (Natural Sciences and Engineering Research Council of Canada) Strategic Project Grant where I was PI (principle investigator),” Patterson explained. “Over the course of about a year, I switched allegiances,” he wrote.

...

Physicist Dr. Zbigniew Jaworowski, chairman of the Central Laboratory for the United Nations Scientific Committee on the Effects of Radiological Protection in Warsaw, took a scientific journey from a believer of man-made climate change in the form of global cooling in the 1970’s all the way to converting to a skeptic of current predictions of catastrophic man-made global warming. “At the beginning of the 1970s I believed in man-made climate cooling, and therefore I started a study on the effects of industrial pollution on the global atmosphere, using glaciers as a history book on this pollution,” Dr. Jaworowski, wrote on August 17, 2006. “With the advent of man-made warming political correctness in the beginning of 1980s, I already had a lot of experience with polar and high altitude ice, and I have serious problems in accepting the reliability of ice core CO2 studies,” Jaworowski added.

...

Paleoclimatologist Dr. Ian D. Clark, professor of the Department of Earth Sciences at University of Ottawa, reversed his views on man-made climate change after further examining the evidence. “I used to agree with these dramatic warnings of climate disaster. I taught my students that most of the increase in temperature of the past century was due to human contribution of C02. The association seemed so clear and simple. Increases of greenhouse gases were driving us towards a climate catastrophe,” Clark said in a 2005 documentary "Climate Catastrophe Cancelled: What You're Not Being Told About the Science of Climate Change.” “However, a few years ago, I decided to look more closely at the science and it astonished me. In fact there is no evidence of humans being the cause. There is, however, overwhelming evidence of natural causes such as changes in the output of the sun.

...

Environmental geochemist Dr. Jan Veizer, professor emeritus of University of Ottawa, converted from believer to skeptic after conducting scientific studies of climate history. “I simply accepted the (global warming) theory as given,” Veizer wrote on April 30, 2007 about predictions that increasing C02 in the atmosphere was leading to a climate catastrophe. “The final conversion came when I realized that the solar/cosmic ray connection gave far more consistent picture with climate, over many time scales, than did the CO2 scenario,” Veizer wrote. .

Saturday, June 23, 2007.

The makers of the documentary The Great Global Warming Swindle have made many science documentaries before. The thing they found most shocking when they started to make this one, was the weakness of the case for man made global warming, and the quantity and quality of the evidence which flatly contradicts it.

http://greatglobalwarmingswindle.co.uk/

La Nina threatens to wreck world’s weather

‘Fertilising’ oceans with iron may combat climate change | Damage to the planet ‘is already inevitable’

Experts predict a run of severe weather in the coming months, with devastating floods striking some parts of the world while severe droughts afflict other regions, as the climate phenomenon known as La Niña gathers momentum.

A chronic drought afflicting southern California and many southeastern states of America could be exacerbated, with Los Angeles heading for its driest year on record. In contrast, western Canada and the northwestern US could turn colder and snowier. Mozambique, southeast Africa, and northern Brazil may face exceptionally heavy rains and floods, while southern Brazil and much of Argentina suffer drought.

La Niña could even rearrange the pattern of sea ice around the Antarctic, pushing the ice pack towards the Pacific side of the continent. Already, torrential rains have triggered severe floods across a huge swath of Central Africa, stretching from Senegal in the west to Uganda in the east.

Related Links

Warm waters may trigger Mediterranean hurricane

Rupa Kumar Kolli, chief of world applications at the World Meteorological Organisation (WMO) in Geneva, predicts that the worst of La Niña is yet to come. “This La Niña is now in its developing phase and getting stronger, and we can expect it to peak this coming December and January,” he said. Whether this episode of La Niña will make itself felt in Britain and continental Europe this winter is not certain. “We tend to get a mild end to winter with La Niña, but it’s not a strong signal,” said Adam Scaife, at the Hadley Centre of the Met Office in Exeter.

Met Office scientists have found that La Niña is likely to have played a part in the abysmal British summer. By upsetting the usual track of the high-altitude jet stream towards Britain, it delivered barrages of slow-moving Atlantic depressions with torrents of rain. La Niña may also have been involved in the spectacular Asian monsoon this summer, leading to floods that killed about 1,000 people in India and Bangladesh. And it allows hurricanes to develop - already this month the Caribbean and the Gulf of Mexico have experienced two monstrous Category 5 storms. Another hurricane broke the record for the fastest intensification of a storm.

La Niña occurs when the tropical seas of the Pacific off the coast of Latin America cool down, while the waters turn warmer towards Australia, the Philippines and Indonesia. That lurch in ocean temperatures can send weather systems into havoc over vast areas, delivering huge deluges of rain over the Far East and tropical Australia, while western parts of Latin America turn much drier than usual. This is the flip side of El Niño, although La Niña lasts for a shorter time, usually no more than a year.

The way that La Niña casts its spell over the globe, from the Pacific to the rest of the world, is known as a “tele-connection”. By disrupting sea temperatures, pressure systems and winds over the Pacific, it interferes with the atmospheric circulation around the tropics. This sends out waves in the atmosphere, like casting a stone into a pond, which can change the strength and position of jet stream winds several miles high. In this way the Pacific can have a huge impact on the weather far from the tropics.

We really DO NOT know that carbon dioxide is causing climate change. There are several alternative suggested causes and the current warming (which seems to have stalled around 1998) is probably more likely a continuation of the warming that has taken place since the end of the Little Ice Age, from around 1850 (which by no coincidence is the starting year for Gore's temperature chart that supposedly shows alarming warming).

The dominant greenhouse gas is WATER, not carbon dioxide. It is responsible for up to 95% of the so-called "greenhouse effect". Carbon dioxide is only a minor player, and Man's activities put only about 3% as much CO2 into the atmosphere yearly as does Nature. How does the atmosphere distinguish between them? Its concentration is believed to have increased from 0.00028 of the atmosphere to 0.00038 over the past couple of hundred years.

If the Kyoto Accord were put into effect...heck, if ALL manmade CO2 emissions were stopped immediately...there would be no discernible temperature effect 50 and 100 years from now. (As an aside, we don't even have accurate ground-level temperature measurements over most of the world.) The scare tactics are based on glorified video games and are not to be trusted to the extent of spending billions of dollars and damaging our economies. Canada, and every other country, would be foolish to take heroic action on the basis of shonky "everybody-knows" pseudo-science. Even the much-quoted IPCC reports are more political than scientific and should be approached with great caution as a source of information.

Ian L. McQueen

Here's how Essenhigh sees the global temperature system working: As temperatures rise, the carbon dioxide equilibrium in the water changes, and this releases more carbon dioxide into the atmosphere. According to this scenario, atmospheric carbon dioxide is then an indicator of rising temperatures -- not the driving force behind it.

Essenhigh attributes the current reported rise in global temperatures to a natural cycle of warming and cooling.

He examined data that Cambridge University geologists Nicholas Shackleton and Neil Opdyke reported in the journal Quaternary Research in 1973, which found that global temperatures have been oscillating steadily, with an average rising gradually, over the last one million years -- long before human industry began to release carbon dioxide into the atmosphere. Opdyke is now at the University of Florida.

According to Shackleton and Opdyke's data, average global temperatures have risen less than one degree in the last million years, though the amplitude of the periodic oscillation has now risen in that time from about 5 degrees to about 10 degrees, with a period of about 100,000 years.

"Today, we are simply near a peak in the current cycle that started about 25,000 years ago," Essenhigh explained.

As to why highs and lows follow a 100,000 year cycle, the explanation Essenhigh uses is that the Arctic Ocean acts as a giant temperature regulator, an idea known as the "Arctic Ocean Model." This model first appeared over 30 years ago and is well presented in the 1974 book Weather Machine: How our weather works and why it is changing, by Nigel Calder, a former editor of New Scientist magazine.

According to this model, when the Arctic Ocean is frozen over, as it is today, Essenhigh said, it prevents evaporation of water that would otherwise escape to the atmosphere and then return as snow. When there is less snow to replenish the Arctic ice cap, the cap may start to shrink. That could be the cause behind the retreat of the Arctic ice cap that scientists are documenting today, Essenhigh said.

As the ice cap melts, the earth warms, until the Arctic Ocean opens again. Once enough water is available by evaporation from the ocean into the atmosphere, snows can begin to replenish the ice cap. At that point, the Arctic ice begins to expand, the global temperature can then start to reverse, and the earth can start re-entry to a new ice age.

According to Essenhigh's estimations, Earth may reach a peak in the current temperature profile within the next 10 to 20 years, and then it could begin to cool into a new ice age.

Essenhigh knows that his scientific opinion is a minority one. As far as he knows, he's the only person who's linked global warming and carbon dioxide in this particular way. But he maintains his evaluations represent an improvement on those of the majority opinion, because they are logically rigorous and includes water vapor as a far more significant factor than in other studies.

"If there are flaws in these propositions, I'm listening," he wrote in his Chemical Innovation paper. "But if there are objections, let's have them with the numbers."

Adapted from materials provided by Ohio State University.

A Brief History of Ice Ages and Warming

Global warming started long before the "Industrial Revolution" and the invention of the internal combustion engine. Global warming began 18,000 years ago as the earth started warming its way out of the Pleistocene Ice Age-- a time when much of North America, Europe, and Asia lay buried beneath great sheets of glacial ice.

Earth's climate and the biosphere have been in constant flux, dominated by ice ages and glaciers for the past several million years. We are currently enjoying a temporary reprieve from the deep freeze.

Approximately every 100,000 years Earth's climate warms up temporarily. These warm periods, called interglacial periods, appear to last approximately 15,000 to 20,000 years before regressing back to a cold ice age climate. At year 18,000 and counting our current interglacial vacation from the Ice Age is much nearer its end than its beginning.

Global warming during Earth's current interglacial warm period has greatly altered our environment and the distribution and diversity of all life. For example:

Approximately 15,000 years ago the earth had warmed sufficiently to halt the advance of glaciers, and sea levels worldwide began to rise.

By 8,000 years ago the land bridge across the Bering Strait was drowned, cutting off the migration of men and animals to North America.

Since the end of the Ice Age, Earth's temperature has risen approximately 16 degrees F and sea levels have risen a total of 300 feet! Forests have returned where once there was only ice.

Is there a scientific consensus about global warming?

All climate scientists accept that there are more greenhouse gases in the air than there were, and that in consequence the world will warm somewhat. There is no consensus on the central question of how much warming there will be. The main area of dispute is about the magnitude of the temperature effect of carbon dioxide. Arrhenius (1896) was the first to calculate the effect of doubling atmospheric carbon dioxide, concluding that global temperature would rise by 8C.

In the 1970s, experiments showed that at the Earth’s surface the principal absorption bands of atmospheric CO2 were saturated, and it was thought that a doubling of CO2 might raise temperature by as little as 0.5C. However, subsequent experiments indicated that in the much thinner air and much lower temperature at the tropopause – the top of the main atmospheric layer, around 5 to 11 miles up – the secondary absorption bands of CO2 were not fully saturated. Some of the outgoing, long-wave radiation from the Earth’s surface would be intercepted at the tropopause and scattered back into the troposphere. The UN’s 1990 and 1996 Assessment Reports suggested that additional warming of 4.4 watts per square metre per second would occur. The 2001 report cut this figure to 3.7 watts. However, it is not clear how much of this additional energy reaches the surface.

A submission to the UN by Dr. Hugh Elsaesser suggested that only 1.5 watts would reach the surface.

See also De Laat et al. (2004) and Etheridge et al. (1996) for a discussion of man’s contribution to the greenhouse effect.

Leading climate scientists who strongly disagree with the view that additional carbon dioxide in the air will have the large effect on the climate suggested by the UN include Professor Richard Lindzen of the Massachusetts Institute of Technology, who recently received a £10,000 prize for courage in opposing

conventional thinking. Some 41 scientists recently wrote to the Telegraph to say they were not part of, and were not convinced by, the “global warming” consensus.

Unstoppable Global Warming: Every 1,500 Years by Dennis T. Avery, S. Fred Singer

The advertising for the book says: ""Singer and Avery present in popular language supported by in-depth scientific evidence the compelling concept that global temperatures have been rising mostly or entirely because of a natural cycle. Unstoppable Global Warming explains why we're warming, why it's not very dangerous, and why we can't stop it anyway."

Reviewer: Crosslands (Maryland USA) wrote: Excellent Resource, November 13, 2006Mrs. Avery and Singer provide an excellent readable and well documented book on the global warming hoax. The reader can only conclude that this book is an invaluable resource on the topic of global warming. The work refers to a vast amount of scientific research in a wide variety of scientific journals indicating a natural sunspot magnetic wave is causing what little global warming exists. Man created carbon dixoide has very little effect on the earth's climate.Avery and Singer go further by providing an in depth expose of the fallacious research that alledgedly supports man made global warming. In particular the authors make an incisive investigation into the so called hockey stick hypothesis of unprecedented recent warming hoax widely enunciated by the UN's climate change panel. This hoax was first exposed by two skilled and courageous Canadian researchers - McIntyre and McKitrick.Pseudoscientists and others with a vested interest in controlling the global economy by use of the global warming hoax will not like this work. However informed readers concerned with human welfare and human progress will find this book invaluable. This book should be read by all Amercians and really by everone else in the world.

There is another theory of global warming and cooling that Gore does not address in An Inconvenient Truth. The Solar/Cosmic Ray Theory posits that cosmic rays, not humans, cause climate change. The Chilling Stars: A New Theory of Climate Change (2007) by Henrik Svensmark and Nigel Calder is the first book to be published on this subject. Svensmark proposed this theory in 1996 and supplies the scientific input for the book. Calder, a British science writer, "strung the words together," as he puts it. He does this very well and explains Svensmark’s theory in an engaging and easily understandable way. It will be published in the U.S. March 25 (I obtained my copy from the UK, where it was published last month).

The Solar/Cosmic Ray Theory says that cosmic rays make clouds. Exploding stars continually spray the galaxy with cosmic rays, which consist of protons, alpha particles (helium nuclei), electrons, and muons (heavy electrons). The muons in this mix of atomic bullets make low-level (below 8,000 feet) clouds. They do this by knocking electrons off atoms and molecules in the air, and these liberated electrons seed the formation "cloud condensation nuclei." Water vapor in the atmosphere condenses on these specks to form cloud water droplets. The wet clouds thus formed block sunlight and reflect its rays back into space, which has a cooling effect. In 2006, Svensmark and colleagues showed experimentally how it is done, which involves adding sulfuric acid to these condensation nuclei. (Plankton, microscopic plants in the ocean and to a much lesser extent volcanoes and fossil fuels, continually restock the atmosphere with sulfur.)

The sun’s magnetic field encloses its planets in a magnetic solar wind (the heliosphere) that shields us from many of the cosmic rays that exploding stars shoot our way. Sunspots, dark spots made by pools of intense magnetism seen through a telescope, indicate heightened magnetic activity, which deflects more cosmic rays away from Earth. During the 20th century the sun’s magnetic shield more than doubled, and the sun had a lot of sunspots. Fewer cosmic rays reached Earth to make clouds, and global temperatures rose. When the sun’s magnetic activity wanes and sunspots disappear, more cosmic rays hit the Earth’s atmosphere to make clouds; and the globe cools. The Solar/Cosmic Ray Theory of climate change explains observations made over the last 400 years since the advent of the telescope that correlate sunspots with global warming and cooling.

The Solar/Cosmic Ray Theory explains climate change on a geologic time scale. Our solar system in its rotation around the center of the Milky Way Galaxy passes through one of its spiral arms every 135 million years. These arms contain high levels of cosmic rays. Astrophysicist Nir Shaviv and geologist Ján Veizer in "Celestrial Driver of Phanerozoic Climate?" (Geological Society of America Today 2003;13:4-10) and Veizer in "Celestial Climate Driver: A Perspective from Four Billion Years of the Carbon Cycle" (Geoscience Canada 2005;32:13-30) show that the variability in the Earth’s temperature over the past 500 million years correlates well with the intensity of cosmic rays hitting the planet when it passes in and out of the spiral arms of the Milky Way. They found that at one point atmospheric CO2 levels were 18 times higher than they are today, and they were 10 times higher when the planet was an "icehouse" during the Ordovician glacial period (450 million years ago).

During one warm period, 50 million years ago, the weather in the arctic was like that in Florida today. The Arctic Ocean was free of ice year-round and was populated by alligators and turtles. Axel Heiberg Island, in the high Canadian arctic 600 miles from the North Pole, has a well-preserved fossil forest (discovered in 1985), in what once was a semi-tropical swamp. At the other extreme, 2.2 billion years ago, and several times more recently, the planet was covered in ice down to the equator, making it a "Snowball Earth." Planetary factors that have played a role in these climate changes include the position of drifting continents and the evolving composition of the atmosphere.

Other cycles that drive climate change include the Earth’s 100,000-year elliptical orbit around the sun and its 41,000-year axial tilt cycle. (In the most elliptical phase of the Earth’s orbit, the sun’s rays must travel 3 percent farther to reach the planet. The Earth’s axial tilt ranges from 22.1 to 24.5 degrees and is currently at 23 degrees.) And then there is the 1,500-year solar cycle.

S. Fred Singer and Dennis T. Avery describe the 1,500-year solar warming and cooling climate cycle in their book Unstoppable Global Warming: Every 1,500 Years (2007). It has 528 references, a glossary, and an index. This well written book is arguably the best book to date on the politics and science of global warming. In addition to presenting evidence for the 1,500-year solar cycle, first proposed by European researchers in 1996, the authors address both the Greenhouse and Solar/Cosmic Ray theories of climate change.

The sun’s role in climate change is due not so much to changes in intensity of its visible and/or invisible rays, or irradiance, but to its magnetic effect on cosmic rays. Changes in the sun’s magnetic activity have a four-fold greater effect on the Earth’s temperature than variations in its irradiance.

Today’s global warming is part of a natural 1,500-year, plus or minus 500-year, solar cycle operating for at least a million years. The Earth’s climate has warmed and cooled nine times in the past 12,000 years, in lock step with the waxing and waning of the sun’s magnetic activity (Science 2001;294[7 December]:2130-2136). Over the last 1,200 years there has been a "Medieval Warming" (900-1300), when Greenland was green; a "Little Ice Age" (1300-1850), when New York harbor froze, and people could walk from Manhattan across the ice to Staten Island a mile away (in 1780); and the current global warming (1850-?). Rather than "global warming," a better term for this phase of the solar cycle is "Modern Warming." Since 1850, temperatures have risen 0.8 degrees C, most rapidly in 1850-1870 and 1920-1940. Temperatures in the 1,500-year solar cycle fluctuate within a 4 degree C range – two degrees above and two degrees below the norm.

The Modern Warming is not confined to this planet. Mars, Jupiter, Pluto, and Triton (Neptune’s largest moon) in the solar system are also warming.

It is not surprising that the former vice president did not address the Solar/Cosmic Ray Theory of Climate Change in An Inconvenient Truth. This "documentary," as the Christian Science Monitor notes, is really a docuganda, propaganda disguised as documentary. It manipulates the audience, with alarming images and a skewed presentation of facts, into believing that humans cause global warming and that "polluting" the atmosphere with carbon dioxide will have catastrophic consequences. Unlike a true documentary, which seeks to inform the audience about a given state of affairs in a balanced and unbiased fashion, in An Inconvenient Truth Gore ignores or misrepresents evidence that refutes the human-caused Greenhouse Theory. Addressing competing theories on global warming in an even-handed way is not his intent.

Christopher Horner, in his recently published book The Politically Incorrect Guide to Global Warming and Environmentalism (2007), gives a lively account of the data Gore omits that contradict his global warming alarmism, especially with regard to hurricane frequency and severity and the increase in weather-related damages. He also addresses the film’s misrepresentations and some outright falsehoods.

The discredited "hockey stick" graph of the Earth’s temperature over the last 1,000 years is one of them. This widely publicized and cited graph reported by Mann and colleagues in 1998/1999 expunges the Medieval Warming and Little Ice Age from the climate record. By getting rid of these two phases of the most recent solar cycle, they make the temperature for the first 900 years relatively flat and unchanged, with the rise in temperature in the 20th century on the graph made to look like the blade of a hockey stick. This graph so constructed matches that of atmospheric CO2 levels during this time period, which remained unchanged for 900 years until they began their rapid rise in the 20th century. Although now acknowledged by climate scientists to be false, Gore nevertheless makes this hockey stick graph the centerpiece of his "documentary." (Horner’s colleague, Marlo Lewis, has put together an excellent critique of this film on PowerPoint slides, available here.)

Unstoppable Global Warming: Every 1,500 Years, in a tightly woven and sober manner, and The Politically Incorrect Guide to Global Warming and Environmentalism, with rapier wit, expose the flaws in the human-caused Greenhouse Theory. The Solar/Cosmic Ray Theory presented in The Chilling Stars: A New Theory of Climate Change is more convincing.

At CERN, Europe’s particle-physics laboratory in Geneva, researchers are building the world’s most powerful particle accelerator, the $2.4 billion Large Hadron Collider. In the upcoming CLOUD experiment (Cosmics Leaving OUtdoor Droplets) led by Jasper Kirby, investigators will generate high-energy particle beams in this accelerator simulating cosmic rays that they will use to validate and better understand the connection between cosmic rays and clouds.

Al Gore tells us in An Inconvenient Truth that he has given this lecture more than 1,000 times around the world. To help solve the climate crisis (his term for global warming), as a "recovering politician," he has gone on a crusade against CO2. Gore and his fellow climate alarmists do not want anything to do with CLOUD and wish it would go away. As Calder recounts in The Chilling Stars: A New Theory of Climate Change, climate scientists wedded to the greenhouse theory were able to block it when Kirby proposed doing this experiment in 2000; but now, in 2007, with CERN’s backing and funding secured, CLOUD will come online in 2010.

A basic rule of investigative journalism and criminal investigation is "Follow the Money," or as Cicero put it, "Cui bono?" ("To whose benefit?," literally, "[being] good to whom?").

Al Gore profits handsomely from his climate crisis activities. Validation of the Solar/Cosmic Ray Theory poses a major threat to this source of income. He will not disclose his speaking fees, but he reportedly received $250,000 for a speech that he gave in Saudi Arabia recently, and his average speaking fee for his global warming lectures is said to be $50,000 to $100,000. Gore is also a founding partner and Chairman of Generation Investment Management (GIM), a firm that "manage[s] the assets of institutional investors… as well as those of select high net worth individuals." [Emphasis added.] GIM invests in companies poised to cash in on CO2-caused global warming solutions, such as government subsidized solar and wind alternative-energy ventures and projects that reduce energy consumption around the globe.

The day after he won his Academy Award The Tennessean reported that Gore’s electrical and natural gas bills for his home in Nashville in 2006 were $27,360. This amount of energy, all of it generated from fossil fuels, is more than 20 times than that consumed by the average American household. A spokesperson for Gore pointed out that he buys "carbon offsets" to pay for his large "carbon footprint." Gore invests these offset funds in GIM, the company he chairs; and his apocalyptic climate forecasts (reinforced by those currently being made by the UN’s Intergovernmental Panel on Climate Change) scare citizens and government leaders around the world and persuade them to invest in alternative energy programs, raising the value of GIM’s privately held shares.

Can an individual who stands to make millions from the CO2 global warming paradigm be trusted to present an unbiased review of this subject and view with an open mind alternative theories of climate change?

Global warming is now a $5 billion industry, which benefits the government and its politicians and bureaucrats, environmental activists, the media, executives and shareholders of "green" industries, and climate scientists. Businesses profit by gaming the regulatory and planned "cap and trade" process rather than have to make money by producing things people want. The ("good news is no news") media shamelessly plays along and profits by frightening people. And we see how the movement’s most prominent activist, former Vice President Al Gore benefits. Climate scientists are awarded $1.7 billion a year in government grants to study climate change, but under the condition that these scientists continue to support the "consensus" or lose their funding. Climate scientist Richard Lindzen, in Climate of Fear, writes : "Scientists who dissent from the alarmism have seen their grant funds disappear, their work derided, and themselves libeled as industry stooges, scientific hacks or worse. Consequently, lies about climate change gain credence even when they fly in the face of the science that supposedly is their basis."

The global warming scare enables government to intervene and extend its control over people’s lives. The House Ways and Means Committee and the Senate Finance Committee, looking for ways to keep Social Security and Medicare afloat and balance the budget, are investigating proposals for a carbon tax, under the pretext of cutting down on Greenhouse emissions.

Gore barely mentions the Kyoto Protocol in his film and says nothing about what sacrifices people will have to make in order to reduce CO2 emissions. He does say, however, that combating CO2-induced global warming will take a commitment similar to what the country had to make to win World War II. At some point in this climate war the government will ration CO2 and issue "carbon credits" – CO2 ration cards. In World War II Americans had to have the appropriate ration card to purchase gasoline, tires, coffee, sugar, meat, and shoes; a certificate to purchase a stove; and an authorization for vacation travel. At the height of the War on CO2 global governance, which only a socialist state can provide, will be required to rein in CO2 emissions, with international inspectors at one’s doorstep prosecuting and confiscating property of people and industries that make "greedy [CO2-producing] choices," like using an air-conditioner and driving a SUV.

Government leaders, environmental activists, and "select high net worth individuals" (including, of course, Hollywood celebrities) will not be inconvenienced by the strictures on CO2 emissions government imposes. In medieval times the nobility invoked sumptuary laws to limit what it considered to be conspicuous consumption of the bourgeoisie. Carbon offsets in the CO2 war will create a de-facto sumptuary law rendering the elite exempt from the hardships that carbon rationing will cause.

Human emissions of CO2, which account for 3 percent of the CO2 in atmosphere, may not have caused the recent rise in atmospheric CO2 levels. It is a reasonable hypothesis, but it has not been tested. Habibullo Abdussamatov postulates a different cause for the rise in CO2 levels: "Increased solar irradiance warms Earth’s oceans, which then triggers the emission of large amounts of carbon dioxide into the atmosphere. So the common view that man’s industrial activity is a deciding factor in global warming has emerged from a misinterpretation of cause and effect relations." Whichever way it has happened plants thrive with rising CO2 levels. Studies show that plants and trees raise their productivity by 30-80 percent when the CO2 concentration in the atmosphere is doubled from 300 to 600 ppmv. Orange trees produce twice as many oranges. Satellite observations from 1982 to 1999 show that global vegetation increased more than 6 percent.

The Environmental establishment is able to ignore these benefits, but the Solar/Cosmic Ray Theory of climate change is another matter, particularly when validated by the CLOUD experiment. It is a paradigm shift that will topple the charade of human-caused warming. Vested interests will fight it. Too much money, power, and control are at stake.

Claims of warming due to human production of CO2 are supported only by its association with a recent rise in temperatures and on global climate models, which fail to account for past climate changes and whose future predictions have yet to be verified. Experimental evidence and empirical observations of past global warming and cooling events underpin the Solar/Cosmic Ray Theory of climate change.

One hopes that science will prevail. It is the only way people can prevent the climate alarmists, backed by the media and the state, from carrying out their plan to "save the planet." If not stopped, they will eventually establish global governance; dismantle modern technology; cripple industry; impose carbon rationing with radical reductions in the average American’s standard of living and quality of life; and inflict untold misery, suffering, and death for hundreds of millions of people around the world.



The Variable Energy Output of the Sun Appears to Be the Major Determinant of Decadal- to Millennial-Scale Global Climate Change

So how do the small changes in solar radiation inferred from the cosmogenic nuclide variations bring about such significant and pervasive shifts in earth's global climate? In answer to this question, which has long plagued proponents of a solar-climate link, Bond et al. describe a scenario whereby solar-induced changes high in the stratosphere are propagated downward through the atmosphere to the earth's surface, where they likely provoke changes in North Atlantic Deep Water formation that alter the global Thermohaline Circulation. In light of the plausibility of this scenario, they suggest that "the solar signals thus may have been transmitted through the deep ocean as well as through the atmosphere, further contributing to their amplification and global imprint."

Concluding their landmark paper, the authors say the results of their study "demonstrate that the earth's climate system is highly sensitive to extremely weak perturbations in the sun's energy output," noting that their work "supports the presumption that solar variability will continue to influence climate in the future." It is readily evident, therefore, that the study of Bond et al. provides ample ammunition for defending the premise that the global warming of the past century or so may well have been nothing more than the solar-mediated recovery of the earth from the chilly conditions of the most recent Little Ice Age, and that any further warming of the planet that might occur would likely be nothing more than a continuation of the same solar-mediated cycle that is destined to usher the globe into the next Medieval-like or Modern Warm Period. Consequently, since there's plenty of precedence for this scenario - it's happened over and over for more than a million years - and none for a warming of the planet as a consequence of atmospheric CO2 enrichment (see CO2-Temperature Correlations in our Subject Index), it would seem the height of folly to implement any energy policy that would restrict anthropogenic CO2 emissions for the avowed purpose of attempting to prevent future global warming. It's not CO2 that's been causing the earth to warm. It's the sun!

7

AMERICANS INSATIABLE THIRST FOR ENERGY MUST BE MODERATED R3

By YJ Draiman, Energy Development Specialist

As you know, many serious problems are associated with our insatiable thirst for energy. The reason is simple: To gain the energy we must burn the fuels. The combustion, by the way quite inefficient, causes huge gaseous emissions polluting the air and forming an invisible screen responsible for the famous “ green house effect ”, i.e., blocking the dissipation of heat and thus causing the feared warming up of our planet, with deadly consequences for nature and man.

There is only a finite amount of oil in the world. Everybody knows this.

Someday, we'll run out. It will be gone.

Meanwhile, our insatiable thirst for oil -- which we burn -- has put enormous sums of money into the hands of fanatics who hate us and everything we stand for, and who use that oil money to fund the terrorists who murder Jews and Americans wherever they can.

We can't burn oil forever.

And it's bad strategy to base our economy on cheap oil when we have to buy at least some of it from our enemies.

Optimists tell us that the free market will eventually deal with the problem. Their theory is that as oil gets harder to extract cheaply, the price will go up; then other forms of energy will become economically attractive and we'll switch over to them.

Here's why their optimism is nothing short of suicidal.

First, there's no guarantee that without intense government-funded research and financial incentives now, the new energy sources will be available in quantities large enough to replace oil when it does run out.

In other words, if we wait until it's an emergency, our economy could easily crash and burn for lack of energy sources sufficient to drive it.

It's easy to supply energy for an economy that's only a tenth the size of the world's economy today. The question is how many people will die in the resulting chaos and famine, before new free-market equilibrium is established?

Second, how stupid do we have to be to wait until we run out of oil before acting to prevent its waste as a fuel? Petroleum is a vital source of plastics. We could use it for that purpose for hundreds of generations -- if we didn't burn any more of it. But if we wait till we've burned all the cheap petroleum, it won't be just fuel that we have to replace.

Third, market forces don't do anything for our national defense, our national security. We had a clear warning back in the 1970s with the first oil embargo. What if terrorism in the Middle East specifically targets all oil exports, from many countries?

And even if they keep the oil flowing, why are we pumping money into the pockets of militant extremists who want to destroy us? Why are we subsidizing our enemies, when instead we could be subsidizing the research that might set us free from our addiction to oil?

You notice that I haven't said anything about polluting the environment. Because this is not an environmental issue.

In the long run, it's an issue of whether we wish to provide for our children the same kind of prosperity that we've luxuriated in as a nation since World War II.

It is foolish optimism bordering on criminal neglect that we continue to think that our future will be all right as long as we find new ways to extract oil from proven reserves.

Instead of extracting it, we ought to be preserving it.

Congress ought to be giving greater incentives and then creating mandates that require hybrid vehicles to predominate within the next five years.

Within the next fifteen years, we must move beyond hybrids to means of transportation that don't burn oil at all.

Within thirty years, we must handle our transportation needs without burning anything at all.

Predicting the exact moment when our dependence on petroleum will destroy us is pointless.

What is certain is this: We will run out of oil that is cheap enough to burn. We don't know when, but we do know it will happen.

And on that day, our children will curse their forebears who burned this precious resource, and therefore their future, just because they didn't want the government to interfere with the free market, or some other such nonsense.

The government interferes with the free market constantly. By its very existence, government distorts the market. So let's turn that distortion to our benefit. Let's enforce a savings program. But instead of putting money in the bank, let's put oil there.

Oil in the bank ... so our children and grandchildren for a hundred generations can slowly draw it out to build with it instead of burn it.

Oil in the bank ... so we'll be free of the threat of fanatics who seek to murder their enemies -- including us -- with weapons paid for at our gas pumps.

Do you want to know who funded Osama bin Laden? We did. And we continue to do it every time we fill up.

You don't have to be an environmental fanatic to demand that we control our greed for oil.

In fact, you have to be dumb and a fool not to insist on it.

But ... foresight just isn't the American way. We always seem to wait until our own house is burning before we notice there's a wildfire.

Oh, it won't reach us here, we tell ourselves. We'll be safe.

Talk about foolish optimism.

Fair Threat to World Economy But Oil Boycott Improbable

Energy Efficiency Must Be North America’s Priority but Canada and

U.S. Fail on Energy Efficiency Policies

“The despots of the moderate Middle East are non-players save for

their oil in the ground… My concern is that my grand kids might see parts of the

Middle East turned into a nuclear waste land, and Ali Baba and The Forty

Thieves. The world community needs to see a checkmate within the next 60 -

90 days. Failing that, Iran and Syria will be emboldened.” Reiterating an almost

universal view on the panel, this CEO emphasized that the world’s seemingly

The Chinese contribution to the energy crisis

The quest for resources. The dynamic Chinese economy, which has averaged 9 percent growth per annum over the last two decades, nearly tripled the country's GDP, has also resulted in the country having an almost insatiable thirst for oil as well as a need for other natural resources to sustain it. The PRC has been a net importer of petroleum since 1993, and has increasingly relied on African countries as suppliers. As of last year, China was importing approximately 2.6 million barrels per day (bbl/d), which accounts for about half of its consumption; more than 765,000 bbl/d – roughly a third of its imports – came from African sources, especially Sudan, Angola, and Congo (Brazzaville).

To get some perspective on these numbers, consider that one respected energy analyst has calculated that while China's share of the world oil market is about 8 percent, its share of total growth in demand for oil since 2000 has been 30 percent. The much publicized purchase, in January of this year, of a 45 percent stake in an offshore Nigerian oilfield for $2.27 billion by the state-controlled China National Offshore Oil Corporation (CNOOC) was just the latest in a series of acquisitions dating back to 1993 whereby the three largest Chinese national oil companies – China National Petroleum Corporation (CNPC), China Petroleum and Chemical Corporation (Sinopec), and CNOOC, respectively – have acquired stakes in established African operations.

Our insatiable thirst for Middle East energy is “the oil [that] feeds the fire.”

This idea that we can live in a homogenous cul-de-sac suburban development in our plastic homes driving 50 to 100 miles to work in a 4700lb SUV to our middle management job at Bed Bath and Beyond and expect this way of life to just continue on indefinitely with no consequences represents mind boggling ignorance and negligence towards our future. The "American Dream" is a relic of the Baby Boomer generation and will die with our parents and grandparents. To quote author James Kunstler: "Suburban development in this country represents the single largest misallocation of wealth and resources in the history of the planet."

So could a 900 acre photo voltaic array power a major metropolitan grid. No, probably not. But the question
isn't how do we squeeze enough energy out of the technology to accommodate our seemingly insatiable thirst for electricity and fuel but rather how do we cut the fat and waste out of our civilization and our lives and actually live WITHIN our environment with some sort of sustainability. There is no one technology that will provide all our solutions. It will have to be a combination of wind turbines, solar and hydroelectric excluding the remote possibility that some new form of energy production (i.e. cold fusion or something equally fantastical) is unleashed on the world by CERN or ET. These power plants will operate primarily at a local level servicing on a much smaller scale than what we here in North America have been so used to in the last 70 or so years.

IS TECHNOLOGY BEING HELD BACK

New Solar Electric Cells - 80% efficient

Mr. Marks says solar panels made with Lepcon or Lumeloid, the materials he patented, ... Most photovoltaic cells are only about 15 percent efficient. ...

If the American public's insatiable appetite for automobiles continues, uncurbed by any sense of responsibility, someone must, like a parent with a selfish child, at least start slapping wrists.

Perhaps we should ration gasoline, and insist that all cars meet a miles-per-gallon minimum -- one higher than many sport utility vehicles, for example, achieve now. The rationing would not be a wartime figure, of course, but a reasonable amount allowed for business and pleasure.

Americans consume the largest portion of gas in the world and cry the loudest about the price.

The government should repeatedly increase the price of gasoline in an effort to slow our country's insatiable thirst for oil. Utilize the excess profits and taxes to fund research and rebates for renewable efficiency and renewable energy.

YJ Draiman, Energy Analyst – 8/16/2007 – renewableenergy2@msn.com

PS. but they will keep pumping more in the years ahead to quench our insatiable thirst for energy

Homeowners can cut energy bills by making their houses more energy-efficient R3

By YJ Draiman

HOMEOWNERS can practically hear the meters ticking as their air conditioners fight this summer's sweltering heat.

But that doesn't mean there aren't some things they can do to ward off high energy bills now--and once winter sweeps in.

Just ask THE ENERGY EXPERT, who conducts residential energy audits as National Energy Efficiency Auditor.

"The most common problem is air infiltration," he said, "where unconditioned air meets conditioned air."

THE ENERGY EXPERT, who uses smoke pencils to detect leaks and infrared scans to check insulation, windows, attics and roofs, said poorly insulated "room additions" over garages top the list of energy wasters.

"Builders don't always sheathe the back side of the drywall in insulation, so hot attic air infiltrates the room," he said. "There's only one piece of drywall keeping the hot air out."

THE ENERGY Experts’ solution is to install energy-efficient foam board with an aluminum-foil backing behind the drywall or wool insulation which also absorbs sound. A recent job cost about $400 and or insulation and attic fans in the attic – there is also a rebate and tax credits (check with your local utility). (Insulation in the attic and attic fans reduce energy consumption substantially).

"It pays for itself in one season," THE ENERGY EXPERT said.

Homeowners typically spend about $1,600 a year to heat and cool the house, turn lights on and off, and operate appliances, said spokeswoman for the nonprofit Alliance to Save Energy.

But they can cut those expenses by as much as $600 by switching to more energy-efficient products and taking a variety of other energy-saving steps.

Those can be as simple as replacing a 15- to 20-year-old refrigerator with a new Energy Star model, which uses about a fourth as much electricity as an older appliance, and/or putting compact florescent bulbs or LED bulbs in at least the five most commonly used light fixtures in the house. You should also replace burned out motors/compressors with energy efficient multi-stage motors.

"Compact fluorescents cost more up front, but you really make it up because they use somewhere between 20 and 25 percent of the energy required for an incandescent and they last 10 times longer," the Energy Expert said. "Plus, they don't burn as hot, so they don't heat up the place during the summer and your air conditioner has to work less hard."

A good place for homeowners to start in determining how their energy usage stacks up is to log on to the Home Energy Saver at homeenergysaver.lbl.gov.

Developed by the Department of Energy and the Environmental Protection Agency, this site calculates energy use and savings tips based on information that users provide. Type in a ZIP code and up pop the energy costs of an average home and an energy-efficient home for that area.

The program also includes a questionnaire that asks for more detailed information so it can provide a customized answer. It also has links to sites that provide a wealth of information about its energy-saving recommendations.

On various utility companies Web sites, shoppers can order a similarly helpful gizmo called Watts Up? Plug in any standard 120-volt appliance or electronic device, and it will analyze such things as current draw, incoming voltage and cost of operation. The Watts Up? Basic model costs $89.95 and the pro version costs $123.95.

Rather leave audits to professionals?

Some auditors offer a standard audit for $100 that includes a visual inspection of the house and its heating, ventilation and air-conditioning systems. An expanded audit, which costs $200, includes tests to check for leaks in air ducts and the house's air-tightness.

Your local utility company may do audits, also has a list of providers on its Web site.

Low-income homeowners can get help for free through the Aging weatherization assistance program.

"We go into the house and do various tests to find problem areas," said the Energy Consultant. "What we do in most cases is make minor repairs and blow in insulation."

Last fiscal year, many families got help through the federally funded program.

Sometimes, however, the most effective ways to trim energy usage are the easiest, the Energy Expert said.

Putting up weather-stripping, for example, is something anyone can do yet many people overlook, he said. The same goes for changing a heating system's air filters on a regular basis or a set-back thermostat.

The Energy Expert also recommended installing ceiling fans and programmable electronic thermostats. A fan can make a room feel cooler so the air conditioning can be turned up, and a programmable thermostat automatically lowers the heat setting while homeowners are at work and raises it just before they return.

The Energy Expert has also learned that putting the screens/shades/awning on the south-facing windows of the house in the summer will help block out some of the sun's fierce heat. In some states especially the western parts of the United States temperature at night falls to 50-60 degrees – open the windows and shut the air-condition and or utilize a fan to bring in the fresh cooler air – it is also healthier and reduces indoor pollution. In areas of the country that have a high humidity – you can install a dehumidifier in the summer to reduce energy cost and a humidifier in the winter.

A homeowner can also replace the windows with energy efficient windows. This will insulate the house further, produce better indoor temperature control and increase the value of the home. Many States and some Utility companies offer rebates and or credits for replacement windows.

"I take the screens and or shades off in the winter," The Energy Expert said.

Increasing a house's energy efficiency not only lowers the owner's bills, it also raises the value of the property. According to an EPA-funded study done in 2005, the latest year for which figures are available, a house's value jumps $10 to $25 for every $1 the owner is able to save on annual fuel/energy bills. You can also utilize rainwater and grey water to reduce your water and sewer bill. Some utility companies will allow you to install a sub-meter for the water used for landscaping, swimming pools and ponds – which eliminates the sewer charge from that portion of your water bill.

"You'll get a better price because you can show them your heating and cooling bills, which are reasonable and not outrageous," said The Energy Expert, national energy-management coordinator.

The Energy Expert oversees many Energy Saver Home programs, which inspects houses as they're being built to insure they're properly insulated and sealed. The inspections cost $250 and come with a year-long warranty. For an added service The Energy Expert will perform a site inspection for the installation of Solar/Photovoltaic system for the home and/or business and its benefits, costs, rebates, tax credits, financing and ROI.

Prospective buyers of energy-efficient houses can get a break, too.

"Some mortgage companies will allow you a better debt-to-income ratio," The Energy Expert said. "They know your electric/gas utility bills will be less so you'll have more income to put toward your mortgage."

YJ Draiman - Energy Savers 8/17/2007 – renewableenergy2@msn.com

PS. The politician’s intentions were captured perfectly. The eco-pretensions of the rich and the stupefying gullibility with which they received the task of energy savings are to be the laughing stock of society.

OUR NATURAL RESOURCES CONSERVATION

By YJ Draiman

Our concern for future generations

Rainwater harvesting and the utilization of grey-water is a must these days.

As the world population is increasing and modernizing. The utilization of our natural resources such as water is becoming scarcer and more in demand.

In order to conserve, we must utilize rainwater, and grey-water. This will also reduce water and sewer cost.

There are many techniques today which are not expensive and can be accomplished with little effort. All you need is to be concerned about the future and take action to minimize your impact on the depletion of natural resources.

We should also make it our utmost concern to make our home and or business energy efficient, and implement water conservation methods.

Builders should be required by building code to design and build structures that are energy efficient and conserve on water.

YJ Draiman, Energy Consultant

Northridge, CA. 91325 – 7/16/2007

renewableenergy2@msn.com

 

Clean energy legislation would require U.S. to shift to 20 percent renewable energy by 2020

June 3, 2007 by: Christian Evans
The Union of Concerned Scientists has praised the introduction of a House bill that will move the world toward energy independence. With efforts to lessen the nation's reliance on foreign oil, energy bills could soon be voted down in favor of alternative forms of electricity. Jump directly to: conventional view | alternative view | ...

Original NewsTarget stories (refresh for latest)

LED lights

EcoLEDs.com launches energy efficient replacement bulb for 40 watt light bulbs; uses only 5 watts of electricity, lasts 50,000 hours

6/5/2007 - EcoLEDs.com, the newly-launched lighting company offering high-brightness, energy-efficient LED lights for home and office use, has announced the availability of an LED replacement for 40...
hydrogen fuel

Breakthrough on-demand hydrogen fuel generator may make hydrogen cars safe and practical

5/28/2007 - The Arizona-based company Ecotality has announced plans to produce a device that generates hydrogen on demand for vehicle fuel cells, thus eliminating the many problems associated with hydrogen...
flex fuel

Automakers, Bush administration push flex-fuel cars while ignoring electric vehicles

5/22/2007 - President Bush joined with representatives of Ford Motor Company, General Motors Corp. and DaimlerChrysler earlier this year to highlight "flex-fuel" vehicles that are capable of running on...
incandescent lighting

Australia bans incandescent light bulbs with three-year phase-out

5/10/2007 - Australia has banned incandescent light bulbs, starting in 2009. The country down under, looking to reduce its environmental footprint, raised its energy standards for 2009, making the old...
alternative fuels

Citrus peel waste may be used to generate earth-friendly fuel

5/1/2007 - Companies in Florida are hoping to turn millions of tons of citrus peel waste into a source for cost-efficient, local biofuel. The nearly 5 million tons of citrus waste produced in the state annually could...
wind farms

Massive offshore wind farm project now underway in the North Sea

4/22/2007 - A 120-megawatt electrical wind farm in the North Sea, 23 kilometers (14 miles) off the coast of the Netherlands, was made possible only through a unique financing scheme in which a group of international...
ethanol

Termites may hold the answer to cheap, efficient ethanol fuel production

3/28/2007 - Scientists and several companies are currently experimenting with using termites to convert wood, corn stalks and other plant waste into ethanol in an effective and economic way. The hope is that through...
solar energy

Solar energy powers water treatment plant in California

3/26/2007 - A municipal water treatment plant in La Mesa, Calif., near San Diego, has installed enough solar panels to generate 20 percent of the electricity that it uses. The move is part of a greater effort by local...
solar cells

Massive solar cell production facility to be built in Oregon

3/16/2007 - The German company SolarWorld AG has announced plans to build North America's largest solar electric component factory in Hillsboro, Ore. By 2009, the plant is expected to be producing 500 megawatts worth...
wind power

Big Oil invests big in wind power

3/15/2007 - (ConsumerWellness.org) Shell Oil Co. and BP plc (formerly British Petroleum) recently have become two of the largest investors in commercial wind power in the United States. Shell ranks among the top five...
solar technology

New solar technology company plans to rent panels to homeowners to make solar more affordable

3/7/2007 - A start-up named Citizenre has announced a plan to rent out solar panels rather than selling entire systems, in an attempt to make solar energy more affordable to the average consumer. This...
solar hot water

Solar thermal hot water heater technology gaining momentum in America

3/4/2007 - Let the sun's energy heat your water: It's an idea that's been around for generations and may be making a comeback in the coming years in the face of rising natural gas prices, predicted experts...
solar power

Japanese companies ramp up solar panel production to meet accelerating demand

3/1/2007 - The production of solar energy cells has skyrocketed in recent years, and Japanese companies are cashing in on increased demand. Japanese manufacturers are responsible for 50 percent of all...
energy efficiency

California legislator set to introduce new bill to ban incandescent light bulbs

2/10/2007 - A California legislator is prepared to place before the state legislature a bill that would ban the use of incandescent light bulbs. The “How Many Legislators Does it Take to Change...
clean energy

Energy efficient, micro-combined heat and power systems now available for residential use

2/7/2007 - A technology new to the United States is set to be released next month that will allow people nationwide to slash their electricity bills while heating their homes during cold winter months...
solar power

HelioVolt engineers new solar solutions with lower installation costs

2/5/2007 - Solar technology company HelioVolt is working to reduce the cost of solar electric systems by developing new technology that is cheaper to install than conventional solar panels. According...
electric cars

ZAP leaps into the electric car market with plug-in sports car

2/1/2007 - Electric motorcycle and scooter manufacturer ZAP hopes to introduce an electric sports car by the end of next year, the company has announced. The car is intended to be cheaper and carry a...
solar power

Solar house takes on a temporary resident to test its livability

1/30/2007 - A house powered entirely by solar panels in the Commonwealth of Virginia has a new temporary resident: a state senator. State Sen. Frank Wagner, Virginia Beach-R, moved in on January...
wind power

Study shows support for wind power in Delaware

1/24/2007 - Overwhelming support for adding offshore wind power was the feedback received from a small survey of Delaware residents. In the survey of 949 people, more than 90 percent supported...
ethanol

Liquid fuel from common trash: new technology coverts municipal waste into ethanol

1/24/2007 - A new conversion technology takes organic items otherwise headed for the landfill and turns them into usable fuel. The double-punch effect of this technology comes from the fact that...
ethanol

Ethanol demand spikes U.S. corn prices

1/19/2007 - The U.S. Department of Agriculture (USDA) announced last week that the price of corn was at a 10-year high, after crop-damaging droughts left worldwide supplies short as ethanol fuel and livestock...
hybrid technology

Visionary Vehicles races big three auto makers to market with a hybrid plug-in electric car

1/16/2007 - Up until now, Visionary Vehicles CEO and former Subaru of America founder Malcolm Bricklin had been content to import Chinese-made cars to the United States, but he recently announced his...
green energy

GM fights to get green with upcoming electric car, "Volt"

1/8/2007 - Following in the wake of heavy criticism for abandoning the EV1 electric car, faltering auto giant General Motors Corp. has unveiled their latest offering to the clean car market, their new...
solar power

Solar industry to soar in 2007 as consumers, cities seek renewable energy solutions

1/5/2007 - Cost and efficiency issues have plagued solar technology's standing as a front-runner in the race for clean, renewable energy resources for years, and shortages of silicon have not helped...
biodiesel

Startup hopes to convert chicken fat into biodiesel

1/4/2007 - A Missouri man named Jerry Bagby and his longtime friend Harold Williams have amassed $5 million with which they hope to build a new plant where they can create biodiesel from chicken fat...
recycling

South Korea's largest garbage-based power plant becomes operational

12/22/2006 - In a possible -- but futuristic -- version of how South Korea is going to power itself for the next generation, that country has opened the world's largest garbage-fueled power plant.
blueberries

Blueberry pigments may replace silicon in solar panels

12/21/2006 - Blueberries are some of the most healthy foods on the planet, according to many naturalists and holistic health practitioners. The berry itself has flavors that range from mildly sweet to...
biofuels

Sandia National Labs and LiveFuels partner up to produce vehicle fuel from algae

12/18/2006 - Sandia National Labs is working on a new fuel, which they are calling "Supercrude," made from everyday algae from ponds, and they plan to market the gas by about 2010 with the help of LivingFuels...
solar power

Boeing develops breakthrough solar cell almost twice as efficient as standard models

12/12/2006 - The best silicon solar cells on the market convert 22 percent of the sunlight they receive into electricity, but Boeing-Spectrolab has developed a new cell that nearly doubles that number...




YJ DRAIMAN dba U.S. GAS & TELECOM

847-274-3100 - email: renewableenergy2@msn.com

THE DEREGULATION OF THE NATURAL GAS INDUSTRY

AND OTHER UTILITIES

In the mid 1980's the Federal Government deregulated the Natural Gas Industry in a similar manner to the deregulation of the telephone industry fifteen years prior.

Subsequently, many independent companies started marketing and transporting natural gas. At the onset, many end-users were skeptical. As time went on many large and small end-users subscribed to a transportation gas program. With such a program the Supplier delivers gas to the local distributing company (LDC) who in turn delivers the gas to the end-user with charges for the meter and deliveries only. Many end-users saved 20-30% on the cost of natural gas and in many cases were able to eliminate the payment of tax on their purchase.

In the late 1980's the local public utility commission granted some LDC’s the right to charge special tariffs to end-users who subscribe to gas transportation. Thereafter some small end-users had to withdraw from the program because the new tariffs made the program less beneficial economically for end-users with low annual gas consumption.

As new tariffs went into effect, end-users had to choose which program would be appropriate for them: full back-up or zero to variable back-up which saved more money but had the risk of penalty for non-delivery or under-delivery of gas during winter periods. End-users also had the choice of additional storage offered by the LDC’s which, when used wisely, could save more money. Also grouping meters with the same LDC saved on administrative tariffs charged by the LDC and reduced the risk of a penalty by allowing all meters to draw from one pool of deliveries.

In the mid 1990's certain LDC’s programs started requiring the end-user to provide a phone jack by the meter. The gas company then installed a remote reading device to report the gas usage on a daily basis. This device was required for end-users who elected to be on zero or variable back-up. It cost an additional fee to the end-user and it also required the supplier to provide daily uninterrupted deliveries. Therefore, it is advisable to check if multiple gas meters could be merged. It also posed an additional risk that if the supplier did not ship all the necessary gas daily, the LDC would charge a daily penalty for any shortage in deliveries plus a higher cost for the gas.

The LDC’s also provided pooling programs where suppliers stored all the gas in one consolidated storage account. This saved the customer administrative charges by the LDC and minimized the potential of buying system supply during the winter which might cost the consumer substantial penalties under zero or partial back-up.


Thereafter, the Federal Energy Regulatory Commission (FERC) completely deregulated the interstate gas pipeline industry (also known as FERC Order 636). This allowed the Gas Utility Companies to renegotiate their long-term contracts and reduce the cost to reflect current market conditions.

Again, after the mid 1990's, additional tariffs went into effect which reduced the amount of storage permitted by the LDC to the end-users. Pools were set up and bulletin boards were provided to end-users for a fee. Many end-users had to look for other options for additional storage such as pipeline storage and/or gas futures in order to assure a reasonable price for transportation gas.

Let us address now the costs and related costs aspect of gas transportation. There are various ways suppliers charge end-users for the gas: index plus, futures plus, nymex plus, hedging and fixed price for twelve months or ten years, management fee or percentage of savings or a combination of the above. Some suppliers do not guarantee reimbursement to the end-user for penalties charged by LDC for non-delivery, under delivery or over delivery of gas. You should watch out for critical day. The majority of companies that do guarantee reimbursement of penalties insert a force-majeure clause in the agreement with the end-user, which many suppliers use arbitrarily for any reason whatsoever, and eventually the end-user pays the penalty price.

The cost of gas is not everything. It is imperative that an end-user selects the supplier that can provide a guaranteed uninterruptible supply of gas, delivering 100% of the customer’s usage at no additional cost, strong supply sources, program management (applying the rate that saves the maximum to the customer), utility management and other varied energy savings services. If your supplier pays your local utility bill, a copy must be sent to the customer. A detailed explanation of the new various charges assessed by the local LDC to the consumer should be compiled. (In my experience, after auditing numerous utility bills issued by deregulated companies. I have noticed many overcharges, erroneous fees, charges not agreed to or stated in the gas purchase agreement, and numerous penalties charged by the local utility company, to the consumer’s detriment. It is extremely important to check your supplier track record). During the year 2003 and prior, after numerous investigations by the authorities it was disclosed that many regulated utility companies have been overcharging their customers. There were also numerous unregulated natural gas supply and electricity supply companies who were found to be over charging and misrepresenting the program to consumers.

Pipeline capacity throughout the United States varies substantially. It is of utmost importance for the end-user to determine whether his supplier, or proposed supplier, has had any curtailments of gas deliveries in order to assess how to handle the deliveries of gas and what program to select with the local LDC. In order for the end-user to assure an uninterrupted supply of transportation gas, the end-user may elect to procure from its supplier, firm transportation gas which increases the cost but guarantees the flow of gas.

In selecting your gas supply company you should verify the supplier’s past performance, financial capabilities, stability and past performance, determine if your supplier will confront the local LDC and/or the utility commission on your behalf in case of unjustified fees or charges, delays in implementations of programs, adverse decisions which affect your account, MDQ (maximum daily quantity allowed to be delivered daily) errors, unauthorized use, excess use penalties, wrong program billing, errors in delivery credits, etc. Check if the supplier is currently operating on the cutting edge of the latest technology available to the industry and can respond promptly to tariff changes and new natural gas market innovations and technological advances.


Many end-users fail to compute the various charges that the LDC’s add to their gas bill for deliveries. They assume that the cost of the gas by the supplier is the sole cost, while if you add the various charges by the LDC associated with transportation gas; you will find out that the cost is higher then originally perceived. (To prevent potential losses, have your supplier guarantee annual savings in writing versus payments to your local Utility Company that includes commodity and delivery to burner tip with all administrative charges and taxes.)

In setting up the account on the transportation gas program, it is important to analyze the best and most economic way to install the phone lines for the meters, effectuate economic pooling charges and to group accounts in order to minimize costs.

In 1997, new tariffs were implemented by the LDC’s to allow small volume commercial customers to procure gas on the spot market which may not save money, since administrative charges may diminish the savings. Some tariffs have been implemented in order to start flowing spot market gas to private residences in the Spring of 2000. (The savings are minimal if any.)

In the past The ICC has suspended NICOR’s residential program due to lack of economic benefits and customer complaints that they are paying higher prices than buying direct from the Gas Co. The trend is to eventually eliminate your local gas utility company to procure gas on the consumer’s behalf, but only serves as a gas delivery company. In October 1999, the State of Georgia required any customer who requested gas supply, to find a Gas supply Company and then the local gas company will deliver the gas.

Be advised, that, as cost of energy (e.g. oil) increases so will the cost of natural gas.

When consumer elects to hedge his cost, hedging does not guarantee savings, it protects consumer from paying higher prices and may help with setting the budget, provided there is no substantial change in consumption. (Consumption increase or decrease may affect and increase your costs substantially). Some suppliers have deceived consumers and misrepresented the various charges and thus have caused additional expenses to consumers (some of those suppliers are currently under investigation by the various authorities, some lawsuits are pending).

During times of high-energy costs, I recommend consumers should buy gas on the open market based on fixed monthly deliveries at index plus with provision to convert at any time to other terms such as fixed etc.

A new issue has come to my attention, Local LDC are taking customers off the transportation program, if their supplier has terminated service with them, with no replacement supplier, then the consumer has to wait one year prior to going back on transportation.

Currently, additional pipelines are being constructed which will bring additional capacity. This additional capacity has already reduced the cost of natural gas deliveries.

In the past 8 years various municipalities in the State of Illinois have enacted Municipal Use Tax on natural gas that is purchased outside of Illinois for transportation customers the LDC’s are

Responsible for collecting those tax revenues for the municipalities. These charges reduce the tax savings to the consumer. Taking into consideration other administrative charges been charged to transportation customers. (Therefore consumers should review carefully the potential saving derived by buying natural gas on the spot market, it may not have an economical benefit).

There is also another charge by the LDC’s that reduces the savings to consumers. Under the tariffs filed by the LDC’s with the Illinois Commerce Commission the LDC’s may deduct for unaccounted for gas. For Nicor Gas it is about 2.16% deductions from deliveries, it increases the cost of the natural gas and reduces the savings to consumers.

As of October 1, 2003. The State of Illinois will be collecting a 5% Natural gas use tax on any natural gas deliveries in the State of Illinois, this will reduce the savings to gas transportation customers.

Residential gas service and small commercial service: in the spring of 2002 the local gas company started offering deregulated gas to its Chicago residences. Our recommendation is the consumer should be very cautious in procuring natural gas from other sources. There is a very strong possibility that you may pay a higher price not lower, once you add the gas charge, delivery charge plus other administrative charges by the gas company and/or the pipeline company, there are also a fixed gas use tax and unaccounted for gas deductions.


Deregulation has also come to the electric utility industry. As of the Summer of 1997, Rhode Island and New Hampshire deregulated electric utilities. California has approved the transportation of electricity to end-users effective April 1, 1998. In the fall of 1999, Illinois implemented the non-lottery deregulation of electricity. Starting January 2001, all commercial accounts may apply for deregulated tariffs. I recommend Abuyer beware@ when buying deregulated electricity (tariffs & rates change annually). Watch-out for stranded and transmission costs which are tact on to your local utility bill. In fact the cost may be higher, if you compute your bill by the supplier of electricity plus the bill you receive from the local electric company for delivery charges and tariffs plus additional electricity. To assure savings, get your supplier to guarantee in writing annual savings in comparison to your local utility company, have a reputable auditor monitor your bills monthly. Check if you can merge the meters or consolidate the meters on one bill. Please check with your local electric company to verify if electricity has been deregulated. As time progresses other states are deregulating electricity and gas. I recommend to look for tariffs and rates that are most beneficial for you. (Be advised that during the summer of 2000 California consumers who purchased deregulated electricity have overpaid substantially higher prices than buying direct from the local Electric utility. This has prompted the California Utility Commission to rethink the current electric deregulation.) Electricity tariffs change frequently, which affect your savings.

Today some electric suppliers are offering up-to 5 years guaranteed pricing on the cost of electricity, based on your previous years consumption. The consumer must take into consideration that delivery charges and other tariffs by the local electric company, which delivers the electricity may change and add to the costs substantially, consumer or a utility auditor should monitor the consumption, demand and 24/7 usage patterns.

In recent years various electric generating plants have converted or built new generators that use natural gas as their source of energy. This has affected the cost of natural gas during the summer

Months when additional electric generating capacity is needed. During times of increased cost of crude oil, end users elect sometimes to use natural gas instead, this causes additional demand for natural gas especially in the eastern part of the U.S. this cause natural gas prices to increase.

Residential electric service deregulation: In the spring of 2002 the electric company started offering deregulated electricity to residential customers.

We strongly recommend ”buyer beware” you may end up paying higher prices, when you compute what you pay for commodity plus delivery and other charges by the electric company (such as CTC etc.).

Due to intensive competition in the Telecommunications business, many consumers complain of unauthorized switching by carriers and erroneous fees that were not disclosed properly to the consumer. I recommend consumers request specific proposals in writing enumerating all charges and fees including taxes and pic fees, the option to terminate agreement within 90 days of start of service, if not satisfied for any reason. It is important to receive in writing from your prospective carrier the percentage of guaranteed savings in comparison to your current carrier for local and long distance (make sure the comparison is apples to apples). If possible get your prospective carrier to state in writing that you will receive lower rates as the industry reduces its rates and becomes more competitive, remember quality and reliable service is as important as competitive pricing. Caution should be exercised before switching to other local carriers in insuring financial soundness, a proper infrastructure sufficient to handle emergencies in case of interruptions. Request the new carrier to assure you the switch will be painless, check with other customers to verify previous experience by the proposed service provider. Notify cancellation in writing to your previous carrier. Require them to cooperate in the switchover in a timely fashion. Please check what are the cancellation fees and costs, if any. SBC and other baby bell telephone companies have been given authorization to sell long distance services with their local service, it is recommended that consumer should verify in detail all the costs and terms, prior to making a term committement in order to receive special rates.

In selecting a Telephone System for your company, verify the integrity of the manufacturer and the installer, check-out previous performance of the system, make sure it is reliable, has good customer support, can be upgraded, has options for growth, keep-up with advancing technologies, make sure you have a good U.P.S. for you phone system, also make sure installer can meet installation time-table with no hidden costs, use level 5 wiring or higher.

Many providers are offering T1 ISDN PRI, Voice over IP and other services which will incorporate all you phone lines, (and sometimes your data lines), you should verify the economic benefit and the cost of the equipment, there is a potential of paying a higher cost for these services and if the circuit goes down you are totally out of service.


For your Cellular needs you should monitor your monthly usage, the areas you travel in, what type of calls you are making (local, long distance, international & roaming). Then shop for the carrier that provides you with pooling of minutes, discounts on multiple phones, discounted interstate and international calls, check on reception in the areas you travel-in, whether you can switch programs monthly and cancellation of service cost. (Be advised that when a carrier offers you a free or discounted cellular phone, you are paying for it via a signed long service contract. (cancellation fees may be costly). Be sure your carrier allows you to select any international carrier you want. Check for email and Internet access via your cellular phone and its limitations.

In the past two years consumers have been searching for faster Internet access. Many companies are offering Cable Modem, Satellite Modem, Digital Subscriber Line DSL, and T-1, Frame Relay and ISDN for commercial customers. Verify that you get the service most appropriate for your needs, eliminate unused phone lines, do not over expand, use expandable modular systems.

Be advised you should require your prospective provider to submit a detailed proposal listing specifically the cost of equipment, cost of installation, cost of Modem and hook-up to your PC and/or Network Server, monthly charges, download speed, upload speed, whether it is up-gradable, the term of contract and what are the cancellation costs. In the past year, many DSL providers have went out of business, it is recommended to shop for a financially sound provider.

When converting to a T-1 for your phone service, keep one or two regular phone line as back-up.

(Watch for clear DSL data & voice, voice over IP and voice over broadband are currently available, and extra fast wireless broadband Internet connection. Also check for MATV and HDTV)

When terminating services in writing via fax & mail with a service provider, make sure you receive credit for prepaid charges and/or storage gas.

In closing this article, I will enumerate various energy conservation methods:

1. Lighting retrofit and micro-fluorescent bulbs, LED lighting

a. Watt stoppers, motion sensors, timers, photo cells, low resistance wires, low heat circuit breakers, gas heat, gas hot water heaters, and boosters, gas cooking & fireplaces.

2. Energy efficient motors, pumps and compressors (multi-stage speed).

3. Energy management system (building automation)

a. Electric demand meters with recording device, sub metering, power conditioning and/or energy filtering and surge protectors, sophisticated computerized boiler controls. Humidifiers in winter and Dehumidifies in summer, proper water softeners.

4. Gas air-conditioning and cooling. (Environmentally friendly), gas powered motors

.

5. Co-generation (dual fuel) - for electricity generation, peak-shavers and/or power back-up.

a. Solar energy (Wind energy, Wave energy, Geothermal energy, fuel cell.)

b. Compressed Natural Gas for vehicles, hybrid vehicles, electric vehicle

c. The use of compressed natural gas for alternate supply and/or back-up

d. Tank-less water heater.


6. Thermal windows/solar windows (caulking & tuck-pointing, waterproofing) proper insulation.

Proper shading of structure (natural or artificial)

7. Thermal roofing (reflecting paint)

8. Energy efficient boilers

a. Proper venting of flames, return pump and proper vents for steam boilers, preventive maintenance, a constant calibration of controls, proper sensors, clean air ducts and verify the appropriate size of flow and return ducts fresh air circulation and exhaust.

9. HVAC systems, fresh air intake and exhaust systems (setbacks, initial start-up time).

Proper insulation of Hot water heaters, pipes & ducts, including Freon supply lines.

10. Installation of insulation and attic fans. The use of Humidifiers in winter and De-humidifiers in summer to increase comfort level and reduce energy consumption. Thermostats with setback feature.

11. Utilizing the run-off of rainwater, ponds and creeks for watering lawns, water-cooled air-conditioning, fiberglass water towers, toilets and laundry, also general cleaning purposes.

a. Checking leaking pipes (water, faucets, toilet tanks, steam and return pipes) (water savers)

12. The auditing of utility bills for electric, gas (commodity & delivery charges), telephone voice and data (local, IntraLATA intrastate, interstate, international, toll-free, calling cards, satellite, broadband, voice over broadband, cellular & cable, MATV, HDTV), (water conservation, water & sewer charges, the use of rainwater and/or creeks)

13. Inspecting building envelope, for air seepage, cold spots, hot spot, inspection via thermal imaging of draft and loss of HVAC efficiency. Insulate water heater and hot water pipes leading from the hot water heater, install a circulating pump.

14. Combining voice and data communication in order to save on telecom costs provided you have performed a proper analysis to determine the economic benefit derived from such combination (consumers should be aware, that it is probably not economically beneficial to smaller users of telephone lines).

15. Renewable energy power systems – feasibility analysis and implementation

(solar/photovoltaic, geothermal, wind, fuel-cell/hydrogen, etc.) Financing, rebates, grants, tax credits applicable to systems and efficiency implementation.

This article is written by YJ. Draiman, Dir. of Utilities for US Gas Telecom, Energy and utility auditing, consulting company located in Evanston, Illinois. Tel. 847-274-3100

Fax 847-274-3108 (You may view our website for updates and utility cost information)

Web: www.usgaselectric.com. Email: admin@usgaselectric.com

Mr. Y. Draiman also conducts Utility Seminars & Writes Articles on Utilities; Mr. Draiman also consults with the Illinois Commerce Commission. (Mr. YJ. Draiman has been in the Utility and Energy conservation business since the early 1980’s. Mr. Draiman has extensive background in rehabbing buildings and designing energy efficient buildings, renewable energy generation also had previous interest in Natural gas well and exploration)

07162007dereg.wpd

r

Deregulation Brings Competition, Opportunities, to Natural Gas 1997

Jay Draiman, Director of Marketing


In the mid 1980s the Federal Government deregulated the Natural Gas Industry in a similar manner to the deregula­tion of the telephone industry twenty years prior.

Subsequently, many independent companies started marketing and transporting natural gas. At the onset, many end-users were skeptical. As time went on many large and small end-users subscribed to a transportation gas pro­gram. With such a program the Supplier delivers gas to the local distributing company (LDC) who in turn delivers the gas to the end-user with charges for the meter and deliveries only. Many end-users saved 20-30% on the cost of natural gas and in many cases were able to eliminate the payment of tax on their purchase.

In the late 1980s the local public utility commission granted some LDC's the right to charge special tariffs to end-users who subscribe to gas transportation. Thereaf­ter some small end-users had to withdraw from the pro­gram because the new tariffs made the program less beneficial economically for end-users with low annual gas consumption.

As new tariffs went into effect, end-users had to choose which program would be appropriate for them: full back­up or zero to variable back-up which saved more money but had the risk of penalty for non-delivery or under-deliv-ery of gas during winter periods. End-users also had the choice of additional storage offered by the LDC's which,


when used wisely, could save more money. Also, group­ing meters with the same LDC saved on administrative tariffs charged by the LDC and reduced the risk of penalty by allowing all meters to draw from one pool of deliveries.

In many cases recommendations were made to eliminate multiple meters within the same facility and save on meter and delivery charges by the LDC. While, these actions could save money even if the end-user was not on trans­portation program, if the end-user is on a certain transpor­tation program, the savings is enhanced even further.

In the mid 1990s certain LDC's programs started requir­ing the end-user to provide a phone jack by the meter. The gas company then installed a remote reading device to re­port the gas usage on a daily basis. This device was re­quired for end-users who elected to be on zero or variable back-up. It cost an additional fee to the end-user and it also required the supplier to provide daily uninterrupted deliv­eries. It also posed an additional risk that, if the supplier did not ship all the necessary gas daily, the LDC would charge a daily penalty for any shortage in deliveries.

Thereafter, the Federal Energy Regulatory Commission (FERC) completely deregulated the interstate gas pipe­line industry (also known as FERC Order 636). This al­lowed the Gas Utility Companies to renegotiate their long term contracts and reduce the cost to reflect current mar­ket conditions.



Energy Conservation Methods:


1. Lighting retrofit

a. watt stoppers, occupancy sensors, timers, pho­tocells, low resistance wires, low heat circuit breakers

2. Energy efficient motors

3. Energy management system (building automation) a. Electric demand meters with recording device

4. Gas air-conditioning

5. Co-generation

a. Solar energy (Wind energy Wave energy) b. Compressed Natural Gas for vehicles

c. The use of compressed gas for alternate supply and/or back-up

6. Thermal windows (caulking & tuckpointing) a. preventing and reducing wind effect


7. Thermal roofing (reflecting paint)

8. Energy efficient boilers

a. proper venting for flames, preventive mainte­nance, constant calibration of controls, proper sensors, clean air ducts and verify the appropri­ate size of flow and return ducts

9. HVAC systems, fresh air intake and exhaust systems

10. Humidifiers and De-humidifiers

11. Utilizing the run-off of rain-water for watering lawns, water-cooled air-conditioning, toilets and laundry

a. checking leaking pipes (water, faucets, toilet tanks, steam and return pipes

12. The auditing of utility bills for electric, gas, telephone (local, interstate, international, and cellular) and wa­ter (sewer, and the use of rainwater)

Some Utility Companies will give incentives or rebates to end-users or participate in the cost for energy savings components and methods.

Again, after the mid 1990s, additional tariffs went into effect which reduced the amount of storage permitted by the LDC to the end-users. Pools were set up and bulletin boards were provided to end-users for a fee. Many end-users had to look for other options for additional storage such as pipeline storage and/or gas futures in order to as­sure a reasonable price for transportation gas.

Turning now to the "cost" and related costs aspects of gas transportation. There are various ways suppliers charge end-users for the gas: index plus, futures plus, fixed price for twelve months or ten years, management fee or percent­age of savings or a combination of the above. Some sup­pliers do not guarantee reimbursement to the end-user for penalties charged by LDC for non-delivery, under delivery or over delivery of gas. The majority of companies that do guarantee reimbursement for penalties insert a force ma-jeur clause in their agreement with the end-user which many suppliers use arbitrarily for any reason whatsoever and eventually the end-user pays the penalty price.

The cost of gas is not everything. It is imperative that an end-user selects the supplier that can provide a guaran­teed uninterruptible supply of gas, strong supply sources, program management, utility management and other var­ied energy savings services.

Many end-users fail to compute the various charges the LDC's add to their gas bill for deliveries. They assume that the cost of the gas by the supplier is the sole cost, while if you add the various charges by the LDC associated with transportation gas, you'll find out that the cost is higher than originally perceived.

In setting up the account on the transportation gas pro­gram, it is important to analyze the best and most economic way to install the phone lines for the meters and to effectu­ate economic pooling charges and to group accounts in order to minimize costs.


In selecting your gas supply company you should verify the supplier's past performance, financial capabilities, and determine if your supplier will confront the local LDC and/ or the utility commission on your behalf in case of unjusti­fied fees or charges, delays in implementations of programs, MDQ (maximum daily quantity allowed to be delivered daily) errors, unauthorized use, excess use penalty, wrong program billing, errors in delivery credits, etc. Check if the supplier is currently operating on the cutting edge of the latest technology available to the industry and can respond promptly to tariff changes and new innovations.

Pipeline capacity throughout the United States varies substantially. It is of utmost importance for the end-user to determine whether his supplier, or proposed supplier, has had any curtailments of gas deliveries in order to assess how to handle the deliveries of gas and what pro­gram to select with the local LDC. In order for the end-user to assure an uninterrupted supply of transportation gas, the end-user may elect to procure from its' supplier firm transportation gas which increases the cost but guar­antees the flow of gas.

In recent years various electric generating plants have converted or built new generators that use natural gas as their energy source. This has affected the cost of natural gas during the summer months when additional electric generating capacity is needed.

In 1997 new tariffs were implemented by the LDC's to al­low small volume commercial customers to procure gas on the spot market. Some tariffs have been set to start flowing spot market gas to private residences as early as the Spring of the year 2000. The trend is to eventually eliminate your local gas utility company to procure gas on the consumers behalf, but only serve as a gas delivery company.

Currently, additional pipelines are being constructed which will bring additional capacity.



24/DIE CASTING ENGINEER

Your Stake in the Gas Crisis:

An Interview with YJ Draiman,

U.S. Gas, Electric & Telecommunications

With natural gas prices reaching epic proportions in

recent months, the Builder spoke with Jay Draiman, a

leading broker of natural gas and utilities, to see what

landlords, developers and property owners can do to

lessen the impact of a rapidly worsening gas situation.

The Builder: As far as gas is concerned, can you briefly

review what gas prices have been in recent months –

specifically in December, January and February?

Draiman: Well, prices peaked in January. And December

prices were somewhere in the upper $.60s, $.70s per

therm and in January they went anywhere from

between $1 to $1.20 per therm. So that by January gas

prices had tripled over the previous year.

The Builder: And how does it look as far as February

and March are concerned?

Draiman: February was down by about 25 percent.

March has seen a further decline of approximately 15

percent. I estimate that the price of natural gas will settle

somewhere between $.58 to $.62 per therm, roughly

double the cost of gas last year, for the near future.

The Builder: We understand that Peoples Gas Co. was

agreeable to setting the price of gas at around $.34 per

therm and they were rejected by the Commerce Commission,

is that right?

Draiman: The problem was due to several factors – it

was not just the city or Peoples Gas. Peoples Gas wanted

to set a price that it felt was reasonable so that they

could buy gas at a fixed price for the next year or so

about 18 months ago. This was a tariff item which had

to be filed with the Commerce Commission, and there

was a lot of discussion back and forth about setting a

price for gas. At that time Peoples Gas was asking for a

fixed price of about $.34 a therm. But the market was

going for about $.25 or $.26 a therm. So many people

were against setting a price which they felt was 40 percent

too high.As a result, they were unable to fix a price

and the deal fell through.

Peoples Gas was actually willing to guarantee the consumers

gas at the price of $.34 a therm, which as we

know today would have been terrific, but hindsight is

always easy to come by when you are dealing with such

emotional issues.

The Builder: What are some of your suggestions for

helping to keep gas costs as low as possible?

Draiman: Number one, make sure that your boilers are

firing properly.Make sure that the insulation is proper,

which does not necessarily mean that you will pay less

for gas, but it does make for greater comfort for the tenant.

This could mean physical insulation or storm windows

or replacement windows that help to block the

wind from coming in.

While this will not necessarily save the building

owner more money, it will give the tenant more of a

comfort level so that they do not have winds coming

through the windows.

When you figure the cost of installing the insulation

against the total income, you won’t save any money,

but if your tenant is comfortable, you won’t get

many complaints.

Also, they are saying that you may not see a dollar per

therm next winter, but you may see another $.80 per

them for next winter. So some are talking about the

possibility of trying to lock in prices now for at least

the next 12 months at anywhere between $.50 and

$.60 a therm. And this can be done very simply

through our office.

This would be for one year only. You don’t want to do

that for any longer a period, because we are hoping

that production will catch up with demand by the

Spring of 2002 and by then prices should be winding

down somewhat.

The Builder: You also mentioned that in the East many

buildings have dual gas and oil heating systems. Can

you explain the advantages of that, please?

Draiman: Yes, that’s true. On the East Coast, there are

a lot of buildings that have boilers which work on

both natural gas and oil. If natural gas is cheaper than

oil, they use natural gas and vice versa. As a result of

lower natural gas prices at the time, they were all using

natural gas. This put a greater strain and demand on

natural gas prices. And of course, you have to realize

that the electric company is using more than a third of

the natural gas production in the United States. So if

we have another very hot summer, you are going to

see another big increase in the cost of natural gas

because the electric companies are using so much natural

gas to make electricity.

The Builder: Do you have any further suggestions as

to how landlords can help to control the escalating

prices of natural gas?

Draiman: For one thing, you should make sure that

all radiators are properly vented and the pipes leading

to the radiators – those with number 5 vents on the

pipelines – are also properly vented. Also make sure

that every one of the radiators is very slightly tilted to

the valve so that when the steam evaporates, the

water drains right back down into the system That

way you don’t get that banging noise on the radiators,

which is caused by improper drainage – caused when

the steam is hitting the water and it is coming back

down in the system.

The most efficient heating that you can have is hot

water heating. And it’s the most economical of all

forms of heating.

Finally, make sure that you have good control of your

boiler – so that they do not get off calibration. If the

boiler controls are out of calibration, you could wind up

wasting between 15 to 20 percent of your gas.

Jay Draiman can be reached at (847)274-3100.


Power companies roll out regulating devices, programs
Associated Press (July 10, 2007)

Utilities are rolling out more programs than ever to help consumers cut their energy use, motivated by cost considerations, pressure from regulators and increased consumer acceptance. In doing so, they hope to cut greenhouse-gas emissions from power plants, forestall the need for building new plants and put a brake on rising electricity costs.

Moving beyond traditional rebate programs, utilities are putting sophisticated tools in consumers' hands, such as online calculators, advanced electric meters, in-home displays, remote-control devices and innovative pricing plans. Some consumers say they're changing their energy habits as a result, a task that can be time-consuming but which many people say they find rewarding.

Barrington Hills, Ill., resident Nancy Hennelly and her family are participating in a voluntary program offered by Commonwealth Edison Co., a unit of Exelon Corp., in which customers pay variable prices for electricity rather than a flat rate. Ms. Hennelly begins each day by checking a chart posted on the refrigerator by her husband, Patrick, which shows what's expected to happen with wholesale electricity prices that day. The information is available on a Web site (http://www.thewattspot.com) to which ComEd customers are referred.

On a late June day, with temperatures in the mid-90s, power prices were expected to range from a low of 4 cents a kilowatt hour at 3 a.m. to a high of 10 cents by 4 p.m. As a result, Ms. Hennelly said she'd probably run the dishwasher overnight and "pre-chill" the house in the wee hours, then let the temperature gradually drift up as prices rose. "I guess it's the wave of the future," she says. "It's worked as far as saving money, but it's taken a lot of adjustments on my part." The family's utility bill for their 3,000-square-foot home has dropped about 12 percent, or $20 to $25 a month, under the program.

ComEd's program comes in response to a new Illinois law that requires utilities to offer "real-time" pricing programs so consumers have an incentive to shift their energy use away from the costliest periods. Over time, it should reduce overall power costs by tapping the most-expensive generating plants less. ComEd hopes to sign 100,000 households to the program by 2010, including 10,000 this year. Participants get a new electric meter that measures usage throughout the day.

In the Carolinas, Progress Energy Inc. has a slew of programs intended to double the amount of energy conserved to 2,000 megawatts in the next few years - an amount equivalent to what four big power plants would produce. In June, it began distributing wireless devices that measure energy use by interacting with the electric meter. That allows people to switch appliances off and on and instantly see the savings, in money and kilowatt hours.

"Just giving people information has an impact on how they use energy," says Dana Yeganian, a spokeswoman for Progress Energy in Raleigh, N.C.

In California, utilities are midway through a $2 billion program, which began last year and was devised by regulators, to promote "smarter" energy use. Southern California Edison, a unit of Edison International, has signed a thousand technicians for a new program in which the techs offer more extensive air-conditioning tune-ups when they make house calls, including testing and sealing leaky duct work. The program, funded with ratepayer dollars, is intended to make the units run more efficiently.

SoCal Edison also is recruiting customers to a "cycling" program that allows the utility to turn central air-conditioning units off and on with the help of a wireless controller. The goal is to get a 40 percent increase in participation, shaving peak electricity demand enough to idle a large power plant. The program involves the installation of a special controller on the air-conditioning unit, allowing it to be operated from a remote location.

Pasadena resident Lisa Burke signed up because it looked like an easy way to help the environment. She says her family wanted to put solar panels on its 4,500-square-foot home, "but it's just too expensive. This was something we could do at no added cost." Ms. Burke says her seven-year-old twins, Kara and Kelsey, studied global warming in school and now push her to reduce energy use. "Routines can change," Ms. Burke says. "You feel good when you do something positive rather than be wasteful."

In Northern California, Pacific Gas & Electric Co. has introduced an online tool that shows consumers the connection between energy consumption and greenhouse gas emissions. Customers can go to the online calculator (http://www.pge.com/climatesmart) and plug in numbers from their monthly bill, and the calculator shows how small changes in energy use or equipment could reap significant results.

For example, a household that swapped out 20 incandescent light bulbs for compact fluorescent bulbs could cut its share of emissions by 11 percent, or 680 pounds of carbon dioxide annually. It also could save money from a reduced power bill, more than outweighing the cost of 20 bulbs, which retail for less than $20 locally. The utility, a unit of PG&E Corp. in San Francisco, is also enlisting signups for its new "ClimateSmart" program, in which it will make each home "carbon neutral" by obtaining carbon offsets, such as through reforestation efforts. The estimated cost to participants is a few dollars a month.

In a nationwide survey of 1,000 adults conducted for PG&E by Kelton Research, 71 percent of responders said it should be a "top priority" for companies "across America to do what they can to address climate change." A strong majority - 81 percent - agreed with the statement: "I would be willing to reduce my energy use to help fight global warming." There was little regional difference. Support was strongest in the Northeast and West, at 84 percent of respondents, while 77 percent expressed support in the South. Women were slightly more supportive than men.

Florida Power & Light, a unit of FPL Group Inc., intends to unveil an Internet-based tool late this month that will let small-business owners calculate how much energy different processes or pieces of equipment use. The tool, developed by Nexus Energy Software Inc., suggests changes that can reap savings and details whether rebates or tax breaks are available. FPL has high hopes for the program. "We don't want to build another power plant just to meet seasonal demand," says FPL spokeswoman Sarah Marmion.

In New York, Consolidated Edison Inc. is seeking permission from regulators to triple the size of its ratepayer-funded conservation program in the next few years. It's tailoring its appeal to get reductions where they're needed most to help the grid. "It's very targeted," says Rebecca Craft, ConEd's director of energy efficiency.

Rocky Mountain Power, a unit of Berkshire Hathaway Inc.'s PacifiCorp, has 80,000 residential accounts that have signed up to its air-conditioning cycling program - about a 35 percent penetration rate among households with central air-conditioning units. Participants get $20 to $25 as a sign of appreciation. "Half sign up for the money and half for the environmental benefit," says Bob Chistie, chief executive of Comverge Inc., East Hanover, N.J., program administrator for the Utah program and the real-time pricing program at ComEd in Chicago. "It's a very encouraging trend."

YJ Draiman, Energy Consultant says:

Energy Policy
June 24th, 2007
U.S. Energy Policy, as it stands today, is broken because it is not sustainable in the long term, and provides far too little foresight to ever become sustainable. A lot of people agree, but they are split into groups that prevent enough action from being taken. The largest group agrees with the problem, but is concerned that the necessary action will disrupt their lives through economic impacts. This is understandable, since it’s true, but the disruption is exaggerated due to factors of uncertainty.

Another group would advocate every possible action, all at once. While their concern is justifiable, the view is not realistic. It might be economically feasible to enact all or most of those changes at once, but it would require sacrifices beyond what the public will support. I doubt most people in this group believe they’re unreasonable because they rarely put all those actions together into one set. But if you ask them about any specific action, their response will undoubtedly be right here, right now. There is ground between these two groups, but it’s relatively unpopulated.

There are also people who stubbornly believe that because the current system is functioning today it’s not broken. Only when they can divide the other two groups, as they have done, do these people have power. In order to maintain the confidence of the pragmatic first group, there needs to be a plan stating what’s in, what’s out, and when. Today, it seems, we leave this up to our elected officials to create through compromises. This is a mistake as these efforts become heavily influenced by powerful interests. This prevents the taking of enough action to produce a sustainable plan.

If, however, a plan had solid support from pragmatists and idealists, it could deliver a message strong enough and clear enough that our elected officials would not need to make compromises with those hostile influences. While I hardly consider myself qualified to draft such a plan, I did think I’d try and write something up that might at least be heading in the right direction.

The energy situation in the U.S. requires more than quick fixes. The demand for energy continues to increase for good and bad reasons, and almost assuredly will continue to. On the other hand, it would be irresponsible to not take action today to put into use the most practical advances available to us today. Many of the most promising long term options still require additional research and refinement. Many others require infrastructure changes that will take time to enact even with sufficient consumer and political support.

Oil and Vehicles
The current situation with oil is orders of magnitude larger than we can sustain long term. In fact, due to worldwide consumption our long term plans should not be to reduce petroleum consumption, but to almost entirely eliminate it. There is, however, no short term method to entirely eliminate oil consumption compatible with the technological, economic and political limitations of today. However, there are still short term motivations for reducing petroleum consumption and methods available to accomplish this less ambitious goal.

Ethanol
Short term considerations are why I support ethanol usage. In the long term there are more efficient means of powering transportation devices, but presently we have a very large quantity of cars designed to run on gasoline. Likely, these cars will be on the road for another 10 to 20 years, and will not be retrofitted to be more efficient. However, ethanol can reduce the gasoline consumption of these vehicles by 10 to 15 percent when used as an additive to gasoline. This is a tried and tested practice, yet of the 140 billion barrels of gasoline consumed in 2006, less than 3.8 billion gallons of ethanol were used. That comes out to about 2.7%.

Even if today’s cars could use 100% ethanol, it would be difficult to produce that much ethanol. However producing 14-20 billion barrels of ethanol yearly is possible. That won’t solve all the problems but it will reduce pollution and reduce dependence on the volatile world producers of oil for the next 20-30 years that gasoline only vehicles remain in service.

People often put down ethanol by pointing out the factors that make it unsuitable as a long term fix. They’ll point out the difficulties of producing enough ethanol to meet the national demand, much less the international demand. They’ll point out the stress that diverting farmland toward the production of ethanol producing crops will place upon food supplies. These are valid points, but not when applied to a much less aggressive goal of 100% E10 (a mix of 10% ethanol, 90% gasoline) usage. The US currently has a surplus of the crops used to produce ethanol, and has difficulty economically exporting these crops to the places in the world where they are needed because of the high transportation and distribution costs.

Another argument against ethanol is the erroneous claim that ethanol requires more energy to produce than it generates. This claim is untrue and is based upon old surveys of facilities using old methods and not benefiting from economies of scale. Admittedly the raw number of a 10% positive gain is marginal, but this number is not a fair comparison. The production of ethanol produces byproducts which, if not producing ethanol, would directly consume production energy. Also, the production of gasoline itself requires the use of energy.

Also, ethanol use in E10 has energy benefits beyond the pure energy value of the ethanol added. E10 burns cleaner and more completely than regular gasoline because ethanol enhances the octane of fuel. The result is burning 10 gallons of E10 produces more energy than burning 1 gallons of ethanol and 9 gallons of gasoline separately. Fuels like E85 don’t have this advantage, but E10 does. Lastly, energy input is not the same as petroleum consumption. Ethanol production (and use) consumes a great deal less petroleum (or petroleum substitute) than the use (and production) of petroleum.

In terms of energy production per acre, ethanol will never come close to the efficiency of solar power, but that’s not the point because we have no method to directly power the cars already in service through solar power and almost certainly do not have the political will to gather up all the existing cars and replace or retrofit them. The purpose of batteries or hydrogen is not the production of power, but as a vehicular energy delivery device. Ethanol is less efficient than solar as a renewable energy source and less efficient than batteries and hydrogen as a vehicular energy delivery device, but it does have the advantage of doing both in a way that is compatible with today’s vehicles.

Electric
In the long term the gasoline powered car must be replaced, and we need to start the process today, or very soon. The best long term replacements are electric powered cars because they are readily adaptable to whatever clean power generation technology we employ in the future. Electric cars have challenges, such as range for which technological solutions need to continue being pursued. Despite these challenges, it is entirely possible to build electric cars today that meet the needs of many. It is also possible to enhance the support infrastructure to mitigate the impact of these challenges. The car linked above can be charged in 10 minutes through an off board charger,
which if as ubiquitous as gas stations would make the charge process almost the same as a fill up. Or, battery packs could just be swapped out for fully charged packs if that infrastructure existed.

It would be nice to steer consumers toward electric cars today, but public sentiment is not yet mature enough for this step. What we can do is to take the early adopter edge off the technology through incentives to consumers, manufacturers and researchers. In addition we can place more research money into the challenging areas in the hope that solutions will develop to mitigate the remaining consumer objections, or at least broaden the customer base.

Efficiency
Beyond the question of what powers a vehicle, there is the question of efficiency. For conventional car engines the efficiency of converting gasoline into mechanical energy varies substantially. Beyond this, the weight, and thus amount of mechanical energy required to move different vehicles varies dramatically. The result is that some vehicles have mileage ratings of 10mpg and others have ratings of 60mpg. The 60mpg vehicles are not generally impractical, or even expensive, yet quite often the small differences in practicality or price, or other even less important characteristics cause consumers to purchase the 10mpg vehicle instead.

The problem is not what can we do, but what are we doing? It’s not just the choice of vehicle; many other decisions result in less efficient energy use. Buying a home an extra 10, 20 or 30 miles away from your job, to get an extra 100sq ft; or avoiding public transportation, because it makes you feel safer. Driving a car most definitely is not safer, by the way, but the perception is that it is.

While not all such decisions are so illogical, usually there are at least some advantages, from the point of view of those making them, that encourage them to consume more energy and create pollution. Personally, I’m not sure they’re worth what others think, but if they really are, they’ll withstand an increase in gas prices. But if they aren’t, an increase in gas prices will show they aren’t even worth an extra $500 per year, per person. If they aren’t worth an extra $500 per year, how can they be worth the destruction of our planet?

The simplest way to address all the decisions that result in inefficient usage of gasoline is to raise the price. The economy demonstrated last year that despite all of the gloom and doom, it can handle $3.50 gas. To encourage consumer driven change I feel we ought to institute a much larger federal gasoline tax. I’m not sure of the exact amount, but my general feeling is a $1.00 increase to $1.50 per gallon.

Consumer driven change is critical to both short term and long term change, and is the only method by which to cause short term change.

For long term change it’s also important to invest heavily in research, but it’s important to remember that additional capabilities developed through research will always still require adoption. Without consumer demand for efficiency improvements, not only does all research need to be centrally funded by the government, which is inefficient, but it often goes to waste as business continues as normal.

Hydrogen
The purpose of hydrogen is often confused. Hydrogen is better compared to battery technology than to gasoline or ethanol. Though often not employed today, hydrogen production is possible with just water and energy. Hydrogen has long term promise since it is not dependent on limited resources of petroleum or farmland. The energy for hydrogen production could come from the same sources as electric power for batteries.

Also, like electric cars, hydrogen requires a completely new vehicle. The engine has more similarities to a gasoline engine than an electric engine, but this has little real world value as it still requires a new car.

As far as cars go, I don’t think hydrogen is as promising as batteries, but that’s only a guess since it’s really all a numbers game, and the numbers aren’t yet written in stone. Even the numbers we have so far are very confusing. Batteries are supposedly somewhere around 90% efficient as short term storage devices energy drawn from the power grid. Hydrogen is 40% efficient for this same purpose. However, over long periods of time, hydrogen is more stable, and economic. This advantage may have validity in some applications (such as remote areas that aren’t connected to a power grid), but it isn’t exceptionally pertinent to vehicles.

Therefore, while hydrogen research is important, I’d prefer adoption to head toward the electric car, which has a simpler and more efficient support infrastructure.

Electricity
As visible as cars are, they still account for less than 20% of U.S energy consumption (61% of transportation’s 28%). You could fairly add another 5% to that to account for the energy spent on petroleum refining, but still, there is more than 75% left.

Conservation
After cars, the largest use of energy is in heating and air conditioning. Better insulation and personal conservation (running air conditioning at 72 rather than 68) can help, but the real culprit for the rise in use in this sector is the increase in average home size. While I feel the obsession with bigger and bigger homes is lamentable, it’s not something I’ve really put much thought into preventing. For one, I think the vast majority of people have no problem with this trend, and as such there is likely to be little public support for it. Secondly, in the area of electricity I feel a more important goal is in the pursuit of sustainable clean method of production.

Production
Today, the U.S. and the world rely mostly upon fossil fuels for the production of electricity. This is despite the technical know-how to produce electricity through other non-polluting and sustainable methods. It’s important to make changes to cars so that they can rely upon this infrastructure, but it is just as or more important to reform this infrastructure itself.

Solar power in the long term is probably our most solid hope. With the exception of nuclear, all other power sources are really just a byproduct of solar energy. Wind and weather is a result of the solar energy heating our atmosphere, our oceans and our land. Virtually everything else that affects weather is merely a conduit or resistive force that shapes, rather than creates weather. Petroleum products are the decayed remains of animals which ate plants which gained their energy from the sun. So why not just go to the source?

Even in the short term solar power is very attractive, but wind is very attractive as well. Hydroelectric power has proven to be fairly economic, but the good opportunities are mostly already in use, leaving fewer opportunities for improvement.

Also, in the short term, cleaning up the existing infrastructure of mostly coal burning power plants is important.

Accounting
Amazingly, one of the largest obstacles to renewable electricity generation is accounting. The most visible example of this is consumer credits
for excess power from sources like rooftop solar panels. Even among and inside power companies however there are sometimes issues. I’ve heard of wind turbines being stopped because the billable price to the power company was higher than non-renewable sources. Power companies also worry a great deal about the impact on profitability of existing power plants if demand for their services becomes more variable due to variations in sources like solar or wind.

All of these problems are solvable. For each megawatt a coal, oil, natural gas or biomass power plant operates below capacity for which they produce a matching megawatt of clean renewable power positive variation, electric companies should receive a credit. Pricing and accounting practices should insure that the billable price for no production cost clean renewable power sources always remains 5% below the next lowest price. If necessary, credits should also be given to the producers to insure these pricing practices don’t ruin the economics of clean power generation. For each kilowatt of excess clean renewable power a consumer produces, electric companies should pay them market rates. In addition the consumer and electric company should receive credits to insure that it never is in an electric company’s best interest to discourage consumer production.

Credits for these policies could come from traditional local, state and federal taxes, but it would be most logical to instead tax the power producers, and distribute the credits from this pool. This will keep average prices relatively unchanged because credits and taxes will cancel each other out, but the internal economics will shift to insure that accounting practices are never the obstacle.

Conclusions
To sum up, here is a list of actions I would like to see taken:

Target 100% replacement of pure gasoline with E10 in all US states within 5 years.
100% sales tax rebate for electric cars from local and state governments.
Free vehicle registration for electric cars from local and state governments.
Federal tax incentive, similar to the fuel cell credit, for electric cars. For cars this would be a $12,000 tax credit. Electric is better than hydrogen, so reward it as well or better.
The subsidization of construction and maintenance of electric charging
stations, especially in urban environments and along interstate highway routes.
Increase federal gas tax to $1.50 per gallon to target a price of at least $3.50 per gallon.
Rewrite the CAFE regulations to average efficiency ratings based upon gallons per mile, rather than miles per gallon.
Raise CAFE standards to 5% per year as per ACEEE recommendation. Under gpkm (gallons per thousand miles) ratings this would target 23.4 gpkm (42.6 mpg) for cars, and 27.4 gpkm (36.5 mpg) for light trucks.
Include large SUVs in CAFE regulations. Use a 2008 target of 20mpg, rising to 30.7 gpkm (32.6 mpg)
Consider consolidating CAFE classes should be one class fits all.
Dramatically increase research funding for the key technologies of Solar Cells and Electric Vehicles. Continue or increase funding for Ethanol Production, Wind Power, Hydrogen Production and Nuclear Power.
Increase incentives for construction of Solar and Wind Power Generation facilities.
Reform consumer and producer excess capacity accounting practices to insure economic viability of both clean renewable power and less consistent and lower usage of existing power plants.
Continue to encourage existing power generation plants to modernize their clean up processes. I realize the importance of this, but unfortunately I don’t know enough about the current day laws to say whether we’re doing a good or bad job, and if bad, how to appropriately improve it.
If all of these actions were taken, there would be certain other initiatives I’d be willing to sacrifice:

There is not a strong need for E85 development or infrastructure. As long as battery development is vigorously pursued, and E10 universally replaces non-reformulated gasoline, E85 conversions would be unnecessary. I wouldn’t take any action to discourage E85 development, but I wouldn’t press for any action to be taken to encourage it either.
The development of a hydrogen infrastructure likewise feels unnecessary, although more promising than E85.
Other than the gas tax, which might reduce suburban sprawl as a side effect, I would leave the concerns of America’s growing home size and suburban sprawl to be dealt with on their other merits and demerits. It’s tempting to try and address this area, but the forces are simply too complex, and involve too much public emotion. The thing to do here is to continue attempts to change public opinion. Illogical misconceptions should be clarified, and education and development of alternatives that are palatable to the public are necessary.
In the short term, I’m not very concerned with whether solar power utilizes some harmful chemicals. The benefit of reducing demand for
other types of power, in the short term outweighs those concerns. I’m not saying anything goes, but if the chemicals are only as bad as what goes into gasoline, at it significantly lowers the cost of solar power, that’s a reasonable sacrifice. There will always be environmental impacts to any development. If an initiative saves 5 environmental dollars, but costs 1, it’s a good thing.
Other than the gas tax, which might convince some people to retire some of the most harmful vehicles a bit earlier, it wouldn’t be appropriate to force vehicles to be replaced. If progress is made in the types of new vehicles purchased soon, then this won’t be necessary.
Forcing existing power plants to close is not possible, nor desirable. Reducing their overall usage, and insuring that sufficient new clean capacity is created to reduce the need for new coal, oil or natural gas plants should be the short and midterm goal. With sufficient clean capacity and proper accounting practices existing plants will eventually close without being forced to do so.

Water is the source of life - treasure it! R2

Water is the source of all life on earth. It touches every area of our lives. Without it, we could not thrive — we could not even survive.

We should discourage wastefulness and misuse, and promote efficiency and conservation.

For the benefit of mankind, maintain the quality of life and preserve the peace and tranquility of world population. Water resources must be preserved - to sustain humanity. We must eliminate wasteful utilization of water, conserve our water sources and implement rigid conservation methods. We should utilize solar and or other source of renewable energy to operate desalinization projects from the oceans. Utilize renewable energy sources to purify and transport the water to its final destination. As world population increases the scarcity of water will become a cause for conflict, unless we take steps now to develop other sources of water for drinking, rainwater harvesting – storm-water and gray-water utilization. Designing of landscaping that uses minimal amount of water.

"With power shortages and a water scarcity a constant threat across the West, it's time to look at water and energy in a new way,"

To preserve the future generations sustainability, we should look into urban farming – vertical farming. The term "urban farming" may conjure up a community garden where locals grow a few heads of lettuce. But some academics envision something quite different for the increasingly hungry world of the 21st century: a vertical farm that will do for agriculture what the skyscraper did for office space. Greenhouse giant: By stacking floors full of produce, a vertical farm could rake in $18 million a year.

Jay Draiman, Energy and water conservation consultant

Oct. 16, 2007

PS

Hydro dynamics: forget oil. Sharing freshwater equitably poses political conundrums as explosive and far-reaching as global climate change.

Quoted from other sources

Anyone who has ever stood on a beach and looked out into the vast expanse of an ocean knows that there is a lot of water on this planet. In fact, 70 percent of the Earth's surface is covered by water. It may seem like water is all around us, but safe, clean, reliable drinking water is not a cease­less resource. The problems facing drinking water range from failing infrastructure, to climate change, to insufficient supplies.

Personal Conservation

Preserving our water resources is not a job for water industry professionals alone. We all have a vested interest in ensuring that water remains safe, af­fordable and available. Therefore, each individual American has a responsibility to monitor and control their water use, There are many simple ways for people to reduce excess water use, lower water bills and protect the environment, espe­cially in die spring and summer months, Beyond the standard constraints of watering the lawn only when neces­sary and washing car wisely by using soap and a bucket of water, some steps include: draining water lines to outside faucets, disconnecting hoses, shutting off outdoor water sources during cold weather and running a small trickle of water on whiter nights to prevent pipe from freezing.

Conclusion

Water supply management is an issue that affects us all. It may not be apparent to every citizen today, but with climate change and population shifts transforming the United States, it soon will be. Effective solutions need to be put into place today before we are faced with a water crisis. A focus on careful planning, treatments, innova­tions and conservation measures will help to create stability for long-term water management. Commitment to keeping water at the top of the list for communities and citizens will better prepare us for whatever the future of water holds.

WATER!

The indispensable source of life-without water there would be no industry, no agriculture and, most importantly of all, no life. In dry parts of the world this essential commodity is even more precious. Almost all human actions involve water from taking a shower to reading a newspaper to driving a car or simply eating a sandwich - almost everything we do or touch is somehow related to this precious treasure. We ask that you stop and think how you use water and what you can do to conserve this essential natural resource.

*Water, beliefs and customs,

*Water as a vehicle of the economy,

*Water, source of art and life, irrigation and cultivation.

The people have decided to act to try and develop a real awareness program on the theme of water preservation and distribution in an attempt to help maintain the original purity of rivers and streams.

In many parts of the world water sources and wells are not equally distributed. Water as a source of life can also be at the source of conflict.
Whether we live in India, Iceland or the Atlas… we have always tried to trap and tame water. Dams, pumps, canals, water treatment centers; there are so many different ways to exploit this resource that we often forget how fragile this unique and essential treasure actually is.

Unfortunately, many of the things we do every day can harm our water. That’s why all people and government should be working with municipalities, farmers, business leaders and developers just like you to take action to protect our water and clean it up.

Small changes can make a big difference. This guide outlines practical things we can all do to preserve and protect our water. We all need to be part of the solution.

“You can’t escape the responsibility of tomorrow by evading it today” - Abraham Lincoln.

“That man is richest whose pleasures are the cheapest” – Henry David Thoreau.

“To waste, to destroy, our natural resources, to skin and exhaust the land instead of using it so as to increase its usefulness, will result in undermining in the days of our children the very prosperity which we ought by right to hand down to them amplified and developed” – Theodore Roosevelt.

“When the ‘study of the household’ (ecology) and the ‘management of the household’ (economics) can be merged, and when ethics can be extended to include ‘environmental’ as well as human values, then we can be optimistic about the future of mankind. Accordingly, bringing together these three E’s is the ultimate holism and the great challenge for our future” – Eugene Odum.




U.S. Gas ElectricSolar EnergyEnergy EfficiencyEnergy Savers, TelRenewable - pages