Posts Tagged ‘Automobile Industry’

Just What Are Thee Flexi-fuel Logos I Am Seeing On Brand New Cars

January 2nd, 2010

You may have well noticed logos on new cars and trucks of “Flexifuel” or “Flexi-fuel”. You may have well wondered what this innovation is. Is something to increase fuel efficiency? Is it a means of being able to use regular gasoline instead of high premium test? The automobile industry has a well deserved record of relaunching and repackaging old products as new and simply applying chrome and simple modifications to previous models and technologies and selling them as new products and innovations. Flexifuel is new. A Flexifuel vehicle is a flexible-fuel vehicle (FFV) or a dual-fuel vehicle. Flexi fuel vehicles may also be called flex-fuel as well. The Flexi fuel vehicles that you are seeing on American roads are designed to run on ethanol (a type of alcohol), gasoline or any mixture of both. Cars made previously to 1980 can not tolerate any ethanol at all. The ethanol played havoc with those cars rubber seals, aluminum and other components of those car models. Cars made after 1980 onwards could tolerate and run on gasohol – a 10 % mixture of ethanol mixed with 90 % ethanol. What makes Flexfuel cars different is that they can run on gasoline or ethanol alcohol gasoline percentages up to 85 % ethanol. That combination of 85 % ethanol with alcohol is commercially sold and referred to as E85 fuel. No damage of any kind is done to cars certified with the Flexfuel certification when they run ethanol / gasoline combinations or straight gasoline. Further the owner can switch back and forth without skipping a beat. . Flexi fuel cars have been used for a number of years in Brazil. Since the 1980’s and the energy crisis Brazil built up a substantial ethanol industry in tandem with its sugar cane production. As a result of Flex-fuel automobiles Brazil has substantially reduced its dependence on costly foreign imported oil. In the United States we take foreign currency for granted. American dollars a standard in the world. Everyone wants American dollars. However I most of the world foreign currency is a country’s most precious commodity. Without foreign currency – be it dollars , Japanese Yen or The European Union’s Euro a county can not buy essential items to improve their economy and feed their people – whether it be factory tools , tractors, computers or the money to send their students abroad to learn new procedures to improve their society. As a result of Flexi-fuel gas / ethanol cars Brazil has reduced its dependency on foreign imported oil and saved much precious foreign currencies. Motorists choose their type and grade of fuel depending on availability or cost or a combination of all the above. Gasoline can be used by Flex-fuel cars. So can 10 % Gasohol. . Ethanol / Gasoline fuels can be used all the way up to 85 % ethanol mixed with 15 % gasoline. There are some disadvantages to Flex-fuel though. Because the Flexi-fuel engine has to be all things to all kinds of fuel the Flex-fuel vehicle may not be as fuel efficient as a regular gasoline single fuel engine. Secondly ethanol’s higher volatility means that ethanol mixed with gasoline may actually increase smog which is not a good idea in large urban areas or in areas such as California which rely on a large amount of vehicles with much driving in an automobile culture. However there are often tax advantages and credits both directly for using ethanol based fuels both for the motorist and the car manufactures in their fleets. There are currently more than an estimated 4 million flexible-fuel vehicles currently being operated on American roads. Most of the owner’s of these vehicles have no idea of the capabilities of their engines to accept ethanol based fuels. In the last number of years many cars had the term Flexi-fuel without even the dealer never mind car owners even knowing what the term meant. Less expensive ethanol based fuels are not readily available throughout America. Time and the price and availability of gasoline at the pump for American motorists will change their preferences for Ethanol and Flexi-fuel.

Commentary: Yergin Sees Clear Road Ahead For More Fuel-Efficient Cars

December 25th, 2009

The road is getting much clearer.
This week, legislation will emerge from committee, and almost certainly soon head to the floor of the U. S. Senate. It might not get that much notice in itself, but it ought to, because it tells you how much has changed on energy issues. And, given its probable passage (or that of something along its lines), the new legislation will have a big impact on the automobile industry, on gasoline consumption, and on what people drive.
The bill is the “Ten-in-Ten Fuel Economy Act,” and it is coming out of the Senate Committee on Commerce, Science, and Technology under the joint sponsorship of Democratic Chairman Daniel Inouye and Republican Vice Chairman Ted Stevens. Whether it is the provisions in this bill, or something like it, fuel efficiency standards for American vehicles are going to go up.
It’s no longer left versus right, Democrats versus Republicans, Congress versus the Administration. In this year’s State of the Union address, President Bush cited the need to “reform and modernize fuel efficiency standards,” and the Administration is working on its own proposals. Putting it simply, on this formerly contentious issue, bipartisanship prevails.
We even know pretty much by how much efficiency will go up. “The Great Mentioner” (to borrow a conceit that the columnist Russell Baker invented years ago) has decided on the “Four-Percent Solution. ” That is, fuel efficiency is meant to go up by about 4% a year (though, some of the time, by 3. 5%). That translates into about a 10-mile-per-gallon improvement over the next ten years. That’s your “Ten in Ten. ”
There are some key characteristics of this “Ten in Ten. ” First, it will apply not only to cars, but also to SUVs, vans, pickups, and medium and heavy trucks, all at the same rate. Secondly, it will be based on “attributes. ” That is, it will allocated across class of vehicles (measured by weight and size and functionality). This will help eliminate the rigidities of the current Corporate Average Fuel Efficiency Standards, which measure changes across a company’s entire output – a problem when the public tilted to larger, less fuel-efficient vehicles, forcing companies to produce smaller, less-profitable or barely-profitable cars to meet the targets.
There is still one hot issue – the appropriately named “off-ramps. ” Tuesday’s legislation would give the National Highway Transport Safety Administration the authority to reduce or waive the 4% target in a given year if it was proving not cost-effective.
Off-ramps are controversial, so expect much debate on that question before this is all over, but don’t expect the debate to go off road.
Where did this consensus come from? The answer is clear. It’s the coalescing of concerns about energy security, prices at the pump, and climate change. And it is a very powerful consensus.
In his opening statement at last week’s hearing on the legislation, Senator Stevens captured the new tone: “The issue of fuel economy of our cars and light trucks is significant as our country faces an increasing energy crisis. ” He then went on to talk about the effects of climate change on his state, Alaska.
Retired Admiral Dennis Blair, formerly commander of the U. S. Pacific Fleet, testified at the same hearing. He was representing the Energy Security Leadership Council, headed by Former Marine Commandant P. X. Kelley and FedEx CEO Fred Smith, which has been one of the key players in helping to shape this consensus. Over the last few months, the Council had worked with Democrat Byron Dorgan and Republican Larry Craig to draft legislation that embodies many of these principles.
“Improved security,” said Admiral Blair, “will require greater conservation as well as increased production of petroleum and alternatives here at home. Put another way, improved vehicle fuel economy will increase our military flexibility and our overall national security, not just our energy security. ”
The ESLC estimates that this improvement will end up saving 4. 5 million barrels a day by 2030.
The fuel-efficiency standards were originally established in 1975, two years after the 1973 oil embargo, with the aim of doubling fuel efficiency levels within a decade. It was a furious battle to get them enacted.
“We do not want any handouts, we do not way any taxes, and we do not want any regulations,” said the CEO of one of the Big Three in the midst of the battle. “We do not like that sort of thing. “
But a few years later, Henry Ford II declared, “It is fair to say” that the fuel efficiency standards “moved us faster toward energy conservation goals than competitive, free-market forces would have done. ”
They certainly did work, saving about two million barrels per day, compared to what would otherwise have been consumed.
At the same time, two million barrels per day of new supply was added with the construction of the Alaska oil pipeline. That’s the same point that the ESLC and others argues today, about the importance of both greater efficiency and additional supply.
Our study Gasoline and the American People shows that fuel-efficiency gains have flattened out in recent years as Americans’ love affair with the automobile turned into a passion for SUVs. Low gasoline prices further stimulated the ardor. The larger, less-efficient vehicles also turned out to be the part of the market where Detroit had competitive advantage. Any significant improvement in fuel efficiency standards was stalemated by, among other things, fear for the impact on beleagured Detroit, struggling as it is with heavy legacy and health costs compared with its competitors.
But circumstances have been changing over the last couple of years. In 2002, for instance, the National Academy of Science argued that fuel efficiency could be improved by a quarter over a decade with “existing and emerging technologies. ” Right now, the momentum for higher standards looks unstoppable. Tying the changes to class of vehicles, rather than across an automaker’s entire output, is meant to help troubled Detroit steer it way through the challenges ahead.

Water Thats Work as Fuel

December 11th, 2009

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Recent survey says that some old gas stations are going out of business because their gas machines can only go up to $4 and they have to invest $30,000 to buy new machines to get the correct price printed on them.

So what can be done to deal with these rising gas prices? Do you want to save money on gas, help the economy, create an eco-friendly environment, and to clean your car emissions? Substituting the fuel in your car with water is the cheapest and most effective way of doing this. Water Fuel technology has recently become a viral Internet phenomenon. Thousands of people across the globe are presently using this technology to combat the price of gas and lower their fuel costs.

What is water fuel technology? It is a process to transform a car to a water hybrid. All we require to do is perform a very simple conversion. It only takes a couple of hours. Any experienced mechanic can do this conversion in under an hour. A few steps are to be taken to do the conversion. Firstly the usage of pure water is to be avoided as fuel. By the process of electrolysis the water molecules are broken down into hydrogen ions and oxygen ions. The hydrogen ion that is produced by electrolysis is converted to hydrogen gas by combustion. This hydrogen gas is used as a fuel for the car and is also called as HHO gas. When HHO Gas combines with gasoline, combustion occurs and water fuel is produced.

This is a 100% legit and effective technology, will not void our warranty, and will save us thousands of dollars on our fuel.

Are you ready to run a car on water fuel? Start fighting with the overpriced gas before you spend any more money. Water is coming to revolutionize the entire automobile industry.

 




By: Paul Aitchison