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ISSUES
101
Why are mileage standards lower than they were 25 years ago?
Until we break the oil companies' stranglehold on our national energy policy, we will keep paying more and more for a gallon of gas. If we go into an expanded war in the Middle East, for example with an attack on Iran - oil will soar to over $200-$250 a barrel - or $10-$15 a gallon for regular unleaded gas. This does not count the tens of billions we give to the oil companies as tax breaks, while they make record profits that are not being funneled into refinery construction. If we want to break that stranglehold - and increase our own personal mileage by as much as 100-160% - there are ways to do that now, using technology that was first patented in 1800. While this section will discuss energy as a political issue, it also contains more practical how-to information for those who want to kiss the oil companies goodbye and start becoming energy-efficient on their own - in your car or truck and in your home.
Ethanol Ethanol was thought to be the solution just a year or two ago, but the fact is it costs more to produce a gallon of ethanol than it does to produce a gallon of gasoline. We've also seen the price of food skyrocket because corn is being produced for ethanol (and its tax breaks) instead of food. This is having serious consequences around the world as food riots spread from country to country and national governments are overthrown. The water it takes to grow corn for ethanol is also helping lead to a water shortage. Already, 36 states are facing water shortages. Certainly corn is not the only means of producing fuel from plants. Barley, soybeans, sunflowers, safflower oil, even grass, and who knows what, can be converted into fuel. We've just begun to tap the possibilities. British Columbia scientists are developing ways of using micro-algae to produce enough diesel fuel for the entire province's diesel needs. The algae can use virtually any organic material.
Monsanto is getting into the act, too, along with British Petroleum. The only problem is that Monsanto has been viciously aggressive in protecting its "ownership" of genetically-modified seeds as it attempts to take full control of the global food supply. Its seeds cannot reproduce and so new seed must be purchased every season - only from Monsanto. There have been many cases where Monsanto has sued farmers because their genetically-altered seed has been blown onto their property from a neighboring farm. Monsanto enters partnership to make biofuel from grass Hybrid Hybrid vehicles (1) are not getting the mileage manufacturers claim, and (2) are just trading one form of pollution for another. Hydrogen Water is quite possibly the perfect "chemical" fuel if we can take steps to avert the growing water shortages, since it is made up of hydrogen and oxygen - H2O. The exhaust is pure water, though not in as great an amount as is used. However, hydrogen is highly explosive, especially when kept under pressure. The Hindenburg disaster is a grim reminder of this.
Another problem is that using only hydrogen can overheat and destroy aluminum engines. One solution that has been successfully developed for the automotive market (and do-it-yourselfers) is the use of much smaller amounts of hydrogen generated onboard the vehicle and used as a supplement to gasoline to greatly increase mileage. Within the next month, the non-profit Phoenix Foundation (sponsor of this website) will begin offering the technology to the public, along with complete kits for do-it-yourselfers. Installation takes about an hour. Electro-Magnetic The planet Earth itself is one gigantic power generator, as Nikola Tesla demonstrated nearly a century ago when he used just the power from the planet to light a large array of flood lamps. However, Tesla's secrets died with him and his most valuable papers were stolen by the FBI or Yugoslavian agents (take your pick) when he died. But the secret is still there, waiting to be re-discovered. The technology today is used only by the military. During World War II it was used to power radio communications (VLF transceivers). Commercially, it will be some time before the potential of this technology is recognized and made available. The Phoenix Foundation, a non-profit research organization, has been studying and experimenting with electro-magnetic frequency (ELF) for nearly 30 years - not just for energy, but for health applications. Solar Energy With oil prices rising and solar energy technology improving, solar costs are becoming more attractive. Initial investment is expensive, but in some states, enough excess power is generated so that the homeowner receives a monthly check instead of a bill for selling excess energy to the power grid. Perhaps this ability should be implemented in every state, perhaps through federal law. The use of solar energy for heating water is much less expensive and can still reduce a large portion of a homeowner's electrical costs. Related techniques involve landscaping and home design, such as the use of underground air conduits to cool the air flow in summer and warm it in winter, using the earth's natural 55-degree temperature. That means a homeowner only needs to raise or lower the temperature enough to cover the difference between 55 degrees and the ambient atmospheric temperature. Have you ever noticed how cool basements are in the summer? In the winter, in an area where the temperature outside may be 20 degrees, the homeowner gains 35 degrees of heat, warming 55-degree air up to 68 (13 degrees) instead of trying to warm the outside air from 20 degrees to 68 degrees (48 degrees). The potential energy savings is enormous. In the summer, in an area where the outside temperature may reach 100 degrees, he/she only has to warm the air from 55 to 72 (17 degrees) instead of cooling the air from 100 to 68 (32 degrees). In most cases, it involves only pumping the cooler air into the home where it is naturally warmed - without any energy costs. Wind Energy Windmills have been used in America since pioneer days to pump water for feeding livestock. As more efficient and affordable wind technology comes online, it could replace a large part of America's electrical energy needs. Oil There is strong evidence that there is a lot more oil available in the U.S. than we have been told. One huge untapped field is known as the Green River Project, the largest deposit in the world. The problem with gasoline is that it is a hydro-carbon (such as C11H24 - C7H16) and it is the carbon portion that creates carbon monoxide and contributes to the greenhouse effect or global warming. Sugar has everything that we need to make gasoline and other hydrocarbons like propane C3H8, Butane C4H10, or hexane C6H12. Vinegar is C2H4O2 but remove the oxygen and you get C2H4 which is highly combustible Ethylene gas. Still, though, carbon continues to be the "bad guy" in emissions. (By the way, sugar added to urine makes an excellent fertilizer for those of us back-to-the-earthers). Coal Hy
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