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Gallon Plastic Fuel
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Plastic Boat Gas Fuel Tank 29 Gallon 32 x 22 x 13 US $199.95
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Portable Plastic Fuel Tanks EPA Compliant -6 Gallons - SALE! US $69.99
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Ratio-Rite Measuring Cup List Price: $6.50 |
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Ratio-Rite Measuring Cup Stop guessing and start riding. The Ratio-Rite Measuring Cup helps you mix for your 2-cycle without making mistakes. The lines are easy to read, so you can spend more time figuring routes, and less time figuring fuel mixtures. With Ratio Rite measuring cup get a perfect mix every timeFill to the pre-calibrated ratio mark and pour into gasRatios are from 161 to 441 for 1, 1-12, 2, and 2-12 gallonsCalibrations also include oz., c.c.s, and pints on the opposite side for transmission oil, fork oil, etcTotal capacity is 24 oz.Polypropylene constructionOptional Stay-Clean Lid Available |
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No-Spill 1405 2-1/2-Gallon Poly Gas Can (CARB Compliant) List Price: $20.95 Sale Price: $14.17 |
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The 2 1/2-gal. No-Spill gas can features professional-quality push-button pour control that makes it fast and easy to fill your gas tank without spilling a drop. Simply hold down the button for smooth, uninterrupted fuel flow at an exceptionally fast rate. The flow automatically stops when the target tank is full - no overfilling. EPA and CARB (California Air Resource Board) approved. U.S.A. Tank Size (gal.): 2 1/2, Material: Polyethylene, Color: Red, Application: Gasoline storage and transport, Handle Type: Built-in, Handles (qty.): 3, Dimensions L x W x H (in.): 10 x 8 x 13 1/2, EPA/CARB Approval (California Air Resource Board): Yes |
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No-Spill 1450 5-Gallon Poly Gas Can (CARB Compliant) List Price: $31.49 Sale Price: $22.98 |
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Red No Spill gas cans are tested and certified to meet standards and specifications for portable gasoline containers for consumer use. Professional quality. Patented self venting, self sealing nozzle; just pick up, tip, and press the button to pour. Flows up to 3 gallons per minute. Nozzle stops flow automatically when the tank reaches full. Unique features include quart and liter markings molded into the can for easy reference and mixing. Stainless steel screen in the spout filters out debris while pouring. Tapered 7 8'' OD spout tip fits into everything from chainsaws to autos. Dust cap attached to protect spout from dust and debris when not pouring. Flex spout attachment, sold separately, will allow filling of vertical openings easier. No. 1415: 1.25 gallon No. 1405: 2.50 gallon No. 1450: 5 gallon |
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No-Spill 1415 1-1/4-Gallon Poly Gas Can (CARB Compliant) List Price: $17.95 Sale Price: $12.13 |
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The 1 1/4-gal. No-Spill gas can features professional-quality push-button pour control that makes it fast and easy to fill your gas tank without spilling a drop. Simply hold down the button for smooth, uninterrupted fuel flow at an exceptionally fast rate. The flow automatically stops when the target tank is full - no overfilling. EPA and CARB (California Air Resource Board) approved. U.S.A. Tank Size (gal.): 1 1/4, Material: Polyethylene, Color: Red, Application: Gasoline storage and transport, Handle Type: Built-in, Handles (qty.): 3, Dimensions L x W x H (in.): 10 x 8 x 9, EPA/CARB Approval (California Air Resource Board): Yes |
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Tripp Lite APS2012 2000W 12V DC to AC Inverter with Automatic Line-to-Battery 100/25-Amp Charger List Price: $1,089.00 Sale Price: $589.00 |
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Tripp Lite APS2012 PWRINV APS 2012 2000W 12VDC HWIRE |
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Garmin GFS 10 Fuel Sensor for Gas Engines Only List Price: $265.25 Sale Price: $197.04 |
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Note: Gpsmap 4Xx And 5Xx Series Canet Compatible Units Require A Canet Kit To Complete The Connection. The Gfs 10 Does Not Work With Diesel Engines. The Gfs 10 Does Not Work With Fuel Injected Gas Engines With A Fuel Return Line. |
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$20 Per Gallon: How the Inevitable Rise in the Price of Gasoline Will Change Our Lives for the Better List Price: $24.99 Sale Price: $2.48 |
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Book Description Imagine an everyday world in which the price of gasoline (and oil) continues to go up, and up, and up. Think about the immediate impact that would have on our lives. Of course, everybody already knows how about gasoline has affected our driving habits. People can't wait to junk their gas-guzzling SUVs for a new Prius. But there are more, not-so-obvious changes on the horizon that Chris Steiner tracks brilliantly in this provocative work. Consider the following societal changes: people who own homes in far-off suburbs will soon realize that there's no longer any market for their houses (reason: nobody wants to live too far away because it's too expensive to commute to work). Telecommuting will begin to expand rapidly. Trains will become the mode of national transportation (as it used to be) as the price of flying becomes prohibitive. Families will begin to migrate southward as the price of heating northern homes in the winter is too pricey. Cheap everyday items that are comprised of plastic will go away because of the rising price to produce them (plastic is derived from oil). And this is just the beginning of a huge and overwhelming domino effect that our way of life will undergo in the years to come. Steiner, an engineer by training before turning to journalism, sees how this simple but constant rise in oil and gas prices will totally re-structure our lifestyle. But what may be surprising to readers is that all of these changes may not be negative--but actually will usher in some new and very promising aspects of our society. Steiner will probe how the liberation of technology and innovation, triggered by climbing gas prices, will change our lives. The book may start as an alarmist's exercise.... but don't be misled. The future will be exhilarating. Amazon.com Review Q&A with Christoper Steiner, the author of $20 per Gallon: How the Inevitable Rise in the Price of Gasoline Will Change Our Lives for the Better Steiner, an engineer-turn-journalist, explains how the simple but constant rise in oil and gas prices will change our lifestyle, but not necessarily for the worse. Read this Q&A to find out more about this revolutionary theory. Gas prices are going up again this summer, but are you really suggesting prices might rise to $20 a gallon? That figure lies far ahead in the future; it's hardly an imminent thing. But most people don't require much convincing to know that $2 gas isn't sustainable for the long term. Oil is a finite resource that the whole world demands--a world that grows more gasoline consumers every day. It's important to understand that this book isn't about oil statistics, it's about our lives and the ways in which we live will change. What do you hope readers will gain from reading your book? Readers should gain an appreciation for the kind of change that lies behind the growing price of gas. Weaning ourselves from gasoline isn't a scary thing, it's an exciting thing. We're talking about cleaner environments, more walkable lives, better public transportation and more vibrant cities. What are some of the surprising ways you think rising gas prices will change our everyday lives? I don't think people realize how close our airline industry is to an all-out collapse. The book details a massive airline extinction at $8 per gallon, and in fact, serious change could take place even before then. It's certainly not something that should be celebrated, but the collapse of that industry will open the door to new ones, such as widespread high-speed trains in America, a phenomenon that won't take serious root until plane tickets become luxuries rather than conveniences. Beyond the airlines, I think people might be surprised to think that their future may not include Wal-Mart, and that their food world may condense, ruling out things such as sushi, but introducing things such as local organic fruit, vegetables and meat. Is this pure speculation and fantasy or what kind of research did you do? I consulted experts in a bevy of industries throughout the whole book, so this is not a random exercise, far from it. That said, it can be hard to forecast exactly at what gas price each change will happen. There are many unforeseen factors that can accelerate or forestall a certain change, such as government involvement in building high-speed train networks. If the government funds trains aggressively, change will be effected quicker, obviously. But I do feel that all of the changes represented in the book will happen eventually, whether they take place at gas prices of $10 per gallon or $12 per gallon. So how scared should we be of the changes to come? There is little to be scared of. The rising price of gas will unlock countless doors to innovation, opportunity and change. Why does your book's subtitle say rising gas prices will change our lives "for the better"? How so? We've grown used to engorging ourselves on the back of cheap oil and it has lead to all manners of problems. As the price of gas goes up, we'll live closer to work, school, eat healthier foods and even be skinnier and safer. The book profiles research that connects cheap oil to America's obesity rate and to the daunting numbers of people that die on our roadways. As the price of gas goes up to, say, $6, we'll save more than $30 billion on obesity-related diseases, 10,000 fewer people will die in car crashes and thousands of people will be spared heart attack deaths related to air pollution. Those kinds of effects will only be magnified as the price of gas rises further. And that's just a sampling of the benefits. In what ways will rising gas prices improve our economy and job market? America has lost much of its manufacturing mojo during the last 20 years. A green revolution, fueled by a search for alternative energies and technologies, could change that. Not only will there be need to produce things such as solar panels, electric cars, and new city infrastructure, but the power of globalization will be blunted by higher gasoline prices. The advantages of, say, making a computer in China decrease as the cost of fuel increases and the cost of transporting things all over the earth rises-that will lead to manufacturing jobs returning here, to home soil. In what ways will the rising cost of gasoline boost innovation? The innovation game is one that many people anticipate as oil's grip on the world ebbs. New technologies will be needed in all arenas that oil touches, including cars, trains, our homes, the plastic we use and the roads we drive on-and those are just a few examples. The opportunities for inventors in a world with less oil will be prolific. What kind of places did you visit for your research and why was it necessary to visit them? Good books need good stories, and it's hard to tell a good story from just talking to people over the phone, so I got out there and did things. I worked on an electric UPS truck in Manhattan for a day; I spent some time on a fishing boat hauling in Asian carp; I descended into one of New York's new train tunnels currently under construction; I rode our nation's fastest train to meet the Amtrak CEO in Washington. I'm not anointing my book or my stories as good--that's up to the reader--but creating an enriching storyline within a nonfiction book was my goal, so I'm hopeful I did that. So now that we know this, what should we do in the here and now? Preparing for the future isn't about buying the latest gadgets or the car with the best mileage. Those things help, of course, but they're mere pings in a coming cacophony. People who will do the least amount of adjusting in the future are those who already live more sustainable lives. Where you live largely determines how you live. Buying solar panels for a house at the far edge of the suburbs, for instance, won't alter how the future affects you. Moving to a walkable neighborhood where groceries, your kids' schools, your office or a train are all within several blocks-that's a change you'll profit from and a place where the future will be kinder. Imagine an everyday world in which the price of gasoline (and oil) continues to go up, and up, and up. Think about the immediate impact that would have on our lives.Of course, everybody already knows how about gasoline has affected our driving habits. People can't wait to junk their gas-guzzling SUVs for a new Prius. But there are more, not-so-obvious changes on the horizon that Chris Steiner tracks brilliantly in this provocative work.Consider the following societal changes: people who own homes in far-off suburbs will soon realize that there's no longer any market for their houses (reason: nobody wants to live too far away because it's too expensive to commute to work). Telecommuting will begin to expand rapidly. Trains will become the mode of national transportation (as it used to be) as the price of flying becomes prohibitive. Families will begin to migrate southward as the price of heating northern homes in the winter is too pricey. Cheap everyday items that are comprised of plastic will go away because of the rising price to produce them (plastic is derived from oil). And this is just the beginning of a huge and overwhelming domino effect that our way of life will undergo in the years to come.Steiner, an engineer by training before turning to journalism, sees how this simple but constant rise in oil and gas prices will totally re-structure our lifestyle. But what may be surprising to readers is that all of these changes may not be negative - but actually will usher in some new and very promising aspects of our society. Steiner will probe how the liberation of technology and innovation, triggered by climbing gas prices, will change our lives. The book may start as an alarmist's exercise.... but don't be misled. The future will be exhilarating. |
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Moeller DuraMax Flo n' Go LE Fluid Transfer Pump and 14-Gallon Rolling Gas Can List Price: $139.99 Sale Price: $102.86 |
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Moeller 14 - gallon Wheeled Gas Dock with Pump. Sturdy, 6" wheels make maneuverability a breeze! A 14-gallon Gas Dock and Pump with the added convenience of wheeled transport! Fill 'er up: Composed of a durable, high-density polyethylene in vibrant red for use with gasoline, diesel, or kerosene fuels ; Comes complete with a patented Flo n' Go hand pump pump holder handle; 14 gal / 53L volume capacity and a 10' long fuel hose ; Includes a bolt on hanger for convenient hose storage; Quickly refuels, using a UL approved, mechanically vented fill cap ; Fluid transfer on level surfaces with minimal priming; Ergonomically designed, heavy-duty top handle with extra deep base unit handholds for transport ; Recessed grooves provide nuisance free strapping locations for safer transport; Dual mechanical shut-off valves, at both tank and hose, for spill-proof Flo n' Go disconnection ; Meets D.O.T. UN transportation requirements. ; Order Now! Moeller Duramax 14-gallon Wheeled Gas Dock Whether your fuel needs include watercraft, hunting and camping, generators, backyard power equipment, or professional landscaping tools, the Duramax Flo 'n' Go fluid transfer pump and rolling gas can make refueling a snap. The Flo 'n' Go is made of a durable, high-density polyethylene material in red that safely holds gasoline, diesel, or kerosene fuels. When it comes time to refill, the pump's patented Flo 'n' Go hand pump and pump holder handle takes over, letting you transfer fluids on level surfaces with minimal priming. And thanks to the dual mechanical shutoff valves at both the tank and hose, the tank's disconnection is spill-proof, providing a safe fuel transfer for both you and the ecosystem. The tank includes a sizable 14-gallon/53-liter capacity and a 10-foot-long fuel hose, as well as a bolt-on hanger for convenient hose storage. And users will love the sturdy 6-inch wheels, which makes it a breeze to maneuver the tank over rough terrain. Other features include an ergonomically designed, heavy-duty top handle with extra-deep base unit handholds for transport; a UL-approved mechanically vented fill cap; and recessed grooves that provide nuisance-free strapping locations for safer transport. The Flo 'n' Go fluid transfer pump meets all DOT and UN transportation requirements. |
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Moeller Scepter Topside Marine Fuel Tank with Gauge (6.6-Gallon) List Price: $35.84 Sale Price: $44.16 |
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Moeller 6.6 - gallon Scepter Topside Fuel Tank with Gauge. For all your large or small outboard engine needs! Fill 'er up: Lightweight, non-corrosive plastic construction ; Easy-to-read gauge; Universal 1/4" NPT fuel pick-up adapter ; Complies with industry requirements, meets ISO and CSA standards. UL listed. Measures 2 1/4 x 14 x 9 3/4".; Order Now! Please Note: Once items have contained gas, kerosene, butane, diesel, or oil they cannot be returned to The Sportsman's Guide. Moeller 6.6-gallon Scepter Fuel Tank |
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Moeller Marine Fuel Tank NPT Connector (Johnson/Evinrude, 1/4", Male) List Price: $10.00 Sale Price: $5.73 |
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Moeller 1/4" NPT Male Tank Connector for Johnson / Evinrude engines. SAVE BIG! Get your boat in ship-shape with top-notch replacement parts for bottom dollar! Constructed of chrome-plated brass for strength and long life. Built to OEM specifications for replacement parts. Proper fuel connections are essential in getting the most out of your engine. Order yours today! Moeller 1/4" NPT Male Tank Connector for Johnson / Evinrude engines |
Here are some more information for Gallon Plastic Fuel:

All the talk nowadays is about the gas prices, constantly there are brands that are not only trying to come up with a car or truck that does not run on gas at all, but they are inventing new trucks that have great miles per gallon (mpg). GM has recently come out with a new truck mpg of thirty; they are also planning on coming out in 2011 with a truck that has thirty five miles per gallon.
General Motors is pushing their production team to the fullest to fill the showrooms with great trucks. The estimated time of a new truck with an estimated mpg of thirty five was 2020, but they are speeding it up to get it into the showrooms by 2011.
Hybrids are becoming quite a popular type of truck or car as well, with more and more companies producing all different types of hybrids; from cars and trucks that are completely neutral, to those that are half gas, half electric. General Motors, Ford, Chrysler are all working extremely hard to come up with a new way of thinking and designing their vehicles to meet the consumers demand for good estimated miles per gallon.
There are several engines a truck can possess, most heavier trucks use four stroke turbo intercooler diesel engines, although there are alternatives. Huge off-highway trucks use locomotive-type engines such as a V12 Detroit Diesel two stroke engine. North American built highway trucks nearly always have an engine built by a third party company, such as CAT or Detroit Diesel. The engine is not just the heart of the vehicle but what type of engine and also what condition it is in dictates how many miles per gallon the truck will get.
There are many ways an individual can use their new truck's current mile per gallon to their advantage. Rapid speeding and braking using and wastes more gas, so driving safely will in the end save a consumer up to thirty-three percent more gas. Also, any speeding can only waste more gas; you can safely assume that for each 5 mph you drive over 60 mph it is like paying an additional $0.30 per gallon for gas.
While new truck mpg may be better than an older truck, it all gets down to what type of engine is under the hood. A new truck might have a newer engine, but it could be bigger and therefore could use more gas, while an older truck might have a smaller engine and will use less gas.
Interested in the Honda Ridgeline Gas Mileage figures? Learn more about saving money on commercial truck gas mileage from 4x4's to diesel models at http://www.bettergasmileagefortruck.com
Methanol fuel
History and production
Historically, methanol was first produced by destructive distillation (pyrolysis) of wood, resulting in its common English name of wood alcohol.
Presently, methanol is usually produced using methane (the chief constituent of natural gas) as a raw material. Methanol is made from coal in China for fuel.
"Biomethanol" may be produced by gasification of organic materials to synthesis gas followed by conventional methanol synthesis. Production of methanol from synthesis gas using Biomass-To-Liquid can offer methanol production from biomass at efficiencies up to 75%. Widespread production by this route has a postulated potential (see Hagen, SABD & Olah references below) to offer methanol fuel at a low cost and with benefits to the environment. These production methods, however, are not suitable for small scale production.
Major fuel use
During the OPEC 1973 oil crisis, Reed and Lerner (1973) proposed methanol from coal as a proven fuel with well established manufacturing technology and sufficient resources to replace gasoline. Hagen (1976) reviewed prospects for synthesizing methanol from renewable resources and its use as a fuel. Then in 1986, the Swedish Motor Fuel Technology Co. (SBAD) extensively reviewed the use of alcohols and alcohol blends as motor fuels. It reviewed the potential for methanol production from natural gas, very heavy oils, bituminous shales, coals, peat and biomass. In 2005, 2006 Nobel prize winner George A. Olah and colleagues advocated an entire methanol economy based on energy storage in synthetically produced methanol., The Methanol Institute, the methanol trade industry organization, posts reports and presentations on methanol. Director Gregory Dolan presented the 2008 global methanol fuel industry in China.
Use as internal combustion engine fuel
Both methanol and ethanol burn at lower temperatures than gasoline, and both are less volatile, making engine starting in cold weather more difficult. Using methanol as a fuel in spark ignition engines can offer an increased thermal efficiency and increased power output (as compared to gasoline) due to its high octane rating (114) and high heat of vaporisation. However, its low energy content of 19.7 MJ/kg and stoichiometric air fuel ratio of 6.42:1 mean that fuel consumption (on volume or mass basis) will be higher than hydrocarbon fuels. The extra water produced also makes the charge rather wet (similar to hydrogen/oxygen combustion engines)and combined with the formation of acidic products during combustion, the wearing of valves, valveseats and cylinder might be higher than with hydrocarbon burning. Certain additives may be added to motor oil in order to neutralize these acids.
Methanol, just like ethanol, contains soluble and insoluble contaminents . These soluble contaminants, halide ions such as chloride ions, have a large effect on the corrosivity of alcohol fuels. Halide ions increase corrosion in two ways; they chemically attack passivating oxide films on several metals causing pitting corrosion, and they increase the conductivity of the fuel. Increased electrical conductivity promotes electric, galvanic, and ordinary corrosion in the fuel system. Soluble contaminents, such as aluminum hydroxide, itself a product of corrosion by halide ions, clog the fuel system over time.
Methanol is hygroscopic, meaning it will absorb water vapor directly from the atmosphere. Because absorbed water dilutes the fuel value of the methanol (although, it suppresses engine knock), and may cause phase separation of methanol-gasoline blends, containers of methanol fuels must be kept tightly sealed.
Toxicity
Methanol is poisonous; ingestion of only 10 ml can cause blindness and 60-100 ml can be fatal, and it doesn't have to be swallowed to be dangerous since the liquid can be absorbed through the skin, and the vapors through the lungs. US maximum allowed exposure in air (40 h/week) is 1900 mg/m for ethanol, 900 mg/m for gasoline, and 1260 mg/m for methanol. However, it is less volatile than gasoline, and therefore decreases evaporative emissions. Use of methanol, like ethanol, significantly reduces the emissions of certain hydrocarbon-related toxins such as benzene and 1,3 butadiene. But as gasoline and ethanol are already quite toxic, safety protocol is the same.
Safety
Since methanol vapour is heavier than air, it will linger close to the ground or in a pit unless there is good ventilation, and if the concentration of methanol is above 6.7% in air it can be lit by a spark, and will explode above 54 F / 12 C. Once ablaze, the flames give out very little light making it very hard to see the fire or even estimate its size, especially in bright daylight. If you are unlucky enough to be exposed to the poisonous substance through your respiratory system, its pungent odor should give you some warning of its presence. However, it is difficult to smell methanol in the air at less than 2,000 ppm (0.2%), and it can be dangerous at lower concentrations than that.
Use in racing
Beginning in 1965, pure methanol was used widespread in USAC Indy car competition, which at the time included the Indianapolis 500.
A seven-car crash on the second lap of the 1964 Indianapolis 500 resulted in USAC's decision to encourage, and later mandate, the use of methanol. Eddie Sachs and Dave MacDonald died in the crash when their gasoline-fueled cars exploded. The gasoline-triggered fire created a dangerous cloud of thick black smoke, which completely blocked the view of the track for oncoming cars. Johnny Rutherford, one of the other drivers involved, drove a methanol-fueled car which also leaked following the crash. While this car burned from the impact of the first fireball, it formed a much lesser inferno than the gasoline cars, and one that burned invisibly. That testimony, and pressure from Indianapolis Star writer George Moore, led to the switch to alcohol fuel in 1965.
Methanol was used by the CART circuit during its entire campaign (1979-2007). It is also used by and many short track organizations, especially midget, sprint cars and speedway bikes. Pure methanol was used by the IRL from 1996-2006.
In 2006, in partnership with the ethanol industry, the IRL used a mixture of 10% ethanol and 90% methanol as its fuel. Starting in 2007, the IRL switched to "pure" ethanol, E100.
Methanol fuel is also used extensively in drag racing, primarily in the Top Alcohol category.
Formula One racing continues to use gasoline as its fuel, but in pre war grand prix racing methanol was often used in the fuel.
Methanol fuel by country
This section requires expansion.
United States
The State of California ran an experimental program from 1980 to 1990 which allowed anyone to convert a gasoline vehicle to 85% methanol with 15% additives of choice. Over 500 vehicles were converted to high compression and dedicated use of the 85/15 methanol and ethanol, with great results. Detroit was not willing to produce any methanol or ethanol vehicles without government subsidy.
In 1982 the big three were each given $5,000,000 for design and contracts for 5,000 vehicles to be bought by the State. That was the beginning of the low compression flexible-fuel vehicles which we can still buy today.
In 2005, California's Governor, Arnold Schwarzenegger, terminated the use of methanol after 25 years and 200,000,000 miles of success, to join the expanding use of ethanol driven by producers of corn. In spite of this, he was optimistic about the future of the program, claiming "it will be back." Ethanol is currently (as of 2007) priced at 3 to 4 dollars per gallon, while methanol made from natural gas remains at 47 cents per gallon.
Presently there are over 60 operating gas stations in California supplying methanol in their pumps. Rep. Eliot Engel [D-NY17] has introduced "An Open Fuel Standard" Act in Congress: "To require automobile manufacturers to ensure that not less than 80 percent of the automobiles manufactured or sold in the United States by each such manufacturer to operate on fuel mixtures containing 85 percent ethanol, 85 percent methanol, or biodiesel."
Brazil
A drive to add a significant percentage of methanol to gasoline got very close to implementation in Brazil, following a pilot test set up by a group of scientists involving blending gasoline with methanol between 1989 and 1992. The larger-scale pilot experiment that was to be conducted in So Paulo was vetoed at the last minute by the city's mayor, out of concern for the health of gas station workers (who are mostly illiterate and could not be expected to follow safety precautions). As of 2006[update], the idea has not resurfaced.
See also
energy portal
Sustainable development portal
Alcohol fuel
Ethanol fuel
Gasoline gallon equivalent
List of energy topics
Liquid fuels
Methanol economy
flex fuel vehicles
Oil crisis
Timeline of alcohol fuel
Dimethyl ether
References
^ Reed, Tom B.; Lerner, R.M. (1973-12), "Methanol: A Versatile Fuel for Immediate Use", Science 182 (4119): 1299 1304, doi:10.1126/science.182.4119.1299, http://www.woodgas.com/Science1.pdf
^ Hagen, David L. (1976-12), Methanol: Its Synthesis, Use as a Fuel, Economics, and Hazards, Energy Research and Development Administration (ERDA), NTIS #NP-21727
^ Swedish Motor Fuel Technology Co. (1986). Alcohols and alcohol blends as motor fuels, Vol II A & Vol II B. State-of-the-Art report. Swedish National Board for Technical Development. ISBN 91-7850-156-3.
^ George A. Olah (2005). "Beyond Oil and Gas: The Methanol Economy". Angewandte Chemie International Edition 44 (18): 26362639. doi:10.1002/anie.200462121.
^ Beyond Oil and Gas: The Methanol Economy , George A. Olah, Alain Goeppert, G. K. Surya Prakash, Wiley-VCH, 2006
^ Dolan, Gregory (2008-10-01). "Methanol Fuels: The Time Has Come". Methanol Institute. http://methanol.org/pdfFrame.cfm?pdf=DolanISAF.pdf.
^ Burton, George; Holman, John; Lazonby, John (2000). Salters Advanced Chemistry: Chemical Storylines (2nd ed.). Heinemann. ISBN 0-435-63119-5
^ Brinkman, N., Halsall, R., Jorgensen, S.W., & Kirwan, J.E., "The Development Of Improved Fuel Specifications for Methanol (M85) amd Ethanol (Ed85), SAE Technical Paper 940764
^ More About Ethanol
^ "Error: no |title= specified when using {{Cite web}}". 2009. http://www.govtrack.us/congress/bill.xpd?bill=h111-1476.
External links
Methanol Safety Concerns, Advantages and Corrosive properties
Commercial Scale Demonstration of the Liquid Phase Methanol Process, Dept. of Energy Production of methanol by Clean Coal power plants for $.50 - .60 per gallon.
DOE Alternative Fuels Data Center - Methanol
Methanol as an alternative fuel Recording of a discussion with Nobel laureate George Olah broadcast on NPR.
An Energy Revolution by Robert Zubrin Mandating Flexible Fuel Vehicles to run on ethanol and methanol as well as gasoline will defund oil producers who are funding terrorists. The cost per car is $100 $800.
University of Cambridge, General Management of Acute Poisoning, Specific Poisonings: Methanol
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Electric vehicle Battery electric vehicle Electric car Solar vehicle Wind-powered vehicle Motorized bicycle Electric motorcycles and scooters Electric aircraft Electric boat
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Alcohol fuel Methanol fuel Methanol economy Ethanol fuel Common ethanol fuel mixtures Butanol fuel E85 Biodiesel Biogas
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Documentaries
Who Killed the Electric Car?
Categories: Alternative propulsion | Bioalcohols | Synthetic fuels | Second generation biofuelsHidden categories: Articles with broken citations | Articles to be expanded from September 2008 | All articles to be expanded | Articles containing potentially dated statements from 2006 | All articles containing potentially dated statements
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Is it safe or unsafe to keep spare gas in the car - in a gas can/plastic gas container?
I have a plastic 1 gallon gas container and there is a little bit of fuel in it. It's closed and I put it behind my seat in my truck. Is it safe to keep it there? Can I light a cigarette and be ok??? Thanks!
It's not full, it's just got residue in it? Do your best to empty the residue into your gas tank, then take the lid off the gas can and leave it in the sun for a day or two, hopefully the gas should evaporate. (not real good for the environment though, so don't do it on smog warning days.) Once there's no liquid left, it should be OK to haul around.
U.S. Bank Voyager & Boyett Petroleum Launch Fleet Card Made from Recycled Plastic
HOUSTON and MODESTO, CA - U.S. Bank Voyager Fleet Systems has launched its first customized fleet card made from recycled plastic for Boyett Petroleum.
Thanks for visiting!

US $25.00










