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Getting nice clean air flow into a motor without too much added engine heat has always been the first modification to the OEM design. Little changes in air flow management can allow for some well needed reductions in engine compartment temperatures and increases in cool air flow velocity. Getting all the spent air and fuel out would be the next logical area to assess for potential improvement. Many times the engine tuning is looked at strictly for performance, but efficiency can be had with a re-tune as well.
Driving style for many is faster is better, but thats generally not the best or most efficient use of resources or driving privilege. It takes many people a few speeding tickets to fully understand this concept. When it comes to performance driving smooth and easy can produce better results than quick and fast. To better understand the finer points behind smooth and easy driving get involved with www.chinmotorsports.com. Chin Motor Sports has helped me to fully understand the art of performance driving. They teach high performance driving at many local auto tracks in the Eastern United States. The concepts involved can have a dramatic impact on ones self control and ability to safely navigate an automobile in any situation.

Current Eco-Auto Events
June 2010
On June 23, the American Le Mans Series announced the competition rules and regulations for its Green Challenge™ that will debut at Road Atlanta on Oct. 4 for Petit Le Mans.
The Green Challenge™ has been developed in association with the U.S. Department of Energy, the U.S. Environmental Protection Agency and SAE International. The protocols upon which the rules are built were developed to provide guidance to race series for the development of competitions that allow for the recognition of different types of renewable fuels and technologies that reduce the use of petroleum.
Representatives from these entities along with those from Argonne National Laboratory and the American Le Mans Series collectively have spent thousands of hours developing the formula for the race car competitors to win the Green Challenge™.
That formula involves more than 30 pieces of data and measurements. The criteria measures race car performance, fuel efficiency and environmental impact using a formula that ranks each car by the amount of energy used, greenhouse gasses emitted and petroleum displaced.
In recent months, members of the aforementioned entities have comprised the Green Racing Work Group (GRWG) commissioned with the task of creating the rules, regulations and protocols of that competition in which all race cars would participate in a competition measuring three critical criteria: performance, fuel efficiency, and environmental impact.
"The subjects of energy and environment are globally profound. At SAE International, we are committed to making sure that dialogue on these related subjects is amplified and carried forward. We believe that the Green Racing Initiative, and the American Le Mans Series' entrance into this project, is significant because of Series' overall recognition with the public,� commented Dr. David L. Amati, PhD, SAE International's Automotive Business Director
The American Le Mans Series features four different classes of cars, 14 auto and chassis manufacturers, and three different alternative fuels. To develop a formula of how to create a fair competition with real time analysis and a format that is easy to understand and communicate has been very difficult to say the least.
The American Le Mans Series and internationally recognized Argonne National Laboratory have developed a Green Challenge™ ranking system to be used for all cars competing in the Series. Cars will be ranked by the:
In brief, race cars that go the farthest, the fastest with the smallest environmental footprint for the energy used will get the lowest scores.
Members of the GRWG and The International Motor Sport Assn. (IMSA) will test the process and criteria August 7 to 9 at the Generac 500 at Road America in Elkhart Lake, WI.
More information is available at: http://www.americanlemans.com/News/Article.aspx?ID=4384
June 2008
On June 23, the American Le Mans Series announced the competition rules and regulations for its Green Challenge™ that will debut at Road Atlanta on Oct. 4 for Petit Le Mans.
The Green Challenge™ has been developed in association with the U.S. Department of Energy, the U.S. Environmental Protection Agency and SAE International. The protocols upon which the rules are built were developed to provide guidance to race series for the development of competitions that allow for the recognition of different types of renewable fuels and technologies that reduce the use of petroleum.
Representatives from these entities along with those from Argonne National Laboratory and the American Le Mans Series collectively have spent thousands of hours developing the formula for the race car competitors to win the Green Challenge™.
That formula involves more than 30 pieces of data and measurements. The criteria measures race car performance, fuel efficiency and environmental impact using a formula that ranks each car by the amount of energy used, greenhouse gasses emitted and petroleum displaced.
In recent months, members of the aforementioned entities have comprised the Green Racing Work Group (GRWG) commissioned with the task of creating the rules, regulations and protocols of that competition in which all race cars would participate in a competition measuring three critical criteria: performance, fuel efficiency, and environmental impact.
"The subjects of energy and environment are globally profound. At SAE International, we are committed to making sure that dialogue on these related subjects is amplified and carried forward. We believe that the Green Racing Initiative, and the American Le Mans Series' entrance into this project, is significant because of Series' overall recognition with the public,” commented Dr. David L. Amati, PhD, SAE International's Automotive Business Director
The American Le Mans Series features four different classes of cars, 14 auto and chassis manufacturers, and three different alternative fuels. To develop a formula of how to create a fair competition with real time analysis and a format that is easy to understand and communicate has been very difficult to say the least.
The American Le Mans Series and internationally recognized Argonne National Laboratory have developed a Green Challenge™ ranking system to be used for all cars competing in the Series. Cars will be ranked by the:
In brief, race cars that go the farthest, the fastest with the smallest environmental footprint for the energy used will get the lowest scores.
Members of the GRWG and The International Motor Sport Assn. (IMSA) will test the process and criteria August 7 to 9 at the Generac 500 at Road America in Elkhart Lake, WI.
More information is available at: http://www.americanlemans.com/News/Article.aspx?ID=4384
Shell is demonstrating its commitment to fuels innovation and the development of sustainable, low-carbon fuels with the blending of BTL (Biomass to Liquids) into its Shell V-Power Diesel race fuel at the 24 Hours of Le Mans race, in France.
This will be the first time a second-generation biofuel has been used at the 24 Hours of Le Mans race, highlighting the role of Shell V-Power Diesel race fuel as a test bed for new technologies and fuels innovation. Shell V-Power Diesel also includes synthetic GTL (Gas to Liquids) Fuel made by Shell from natural gas, which provides very clean and efficient combustion.
BTL is a high-performance synthetic diesel fuel made from non-food biomass, such as forest residues and waste wood, and promises to reduce CO2 production by up to 90% compared to conventional diesel.
A small amount of this new biofuel will be blended into the Shell V-Power Diesel race fuel together with the established GTL component, which is already being produced at a commercial scale and has been used in the Shell V-Power Diesel race fuel since 2006.
2006-2007
Shell, together with the Audi R10 TDI, re-wrote motorsport history by powering the first diesel-engine car to win the 24 Hours of Le Mans race. Audi Sport, an innovation leader in Turbo Diesel Technology and the inventor of TDI, repeated this success with Shell in 2007.
Through its collaboration with German company CHOREN Industries GmbH, Shell is working to develop BTL. A CHOREN facility produced the BTL blended into the Shell V-Power Diesel race fuel being used at Le Mans and CHOREN’s world-first demonstration commercial plant in Freiberg, Germany, is due to start producing fuel within 12 months.
Richard Karlstetter, Shell Global Technology Manager, Racing Fuels, said “It is still early commercial days for BTL but Shell sees motorsport as a technical test bed and we are excited about demonstrating the performance of Shell V-Power Diesel race fuel with both GTL and BTL.
Dr. Wolfgang Ullrich, Head of Audi Sport, commented “A key part of the success of the Audi R10 TDI at Le Mans lies in ensuring we have the right fuel to provide the car with more power for longer. Shell V-Power Diesel is essential to Audi Sport’s success at Le Mans.
Daniel Poissenot, Sport Vice President from Automobile Club l’Ouest (ACO), the Le Mans governing body said “This will be the first time a second-generation biofuel is used at Le Mans, highlighting the role of the racing series in testing new technologies.
Shell V-Power Diesel is a high performance diesel fuel designed to help modern diesel engines deliver more power for longer. Already available at more than 7,000 service stations across Europe, Shell scientists have used the same fuel technology behind Shell V-Power Diesel to create this racing fuel for Le Mans.
Shell is demonstrating its commitment to fuels innovation and the development of sustainable, low-carbon fuels with the blending of BTL (Biomass to Liquids) into its Shell V-Power Diesel race fuel at the 24 Hours of Le Mans race, in France.
This will be the first time a second-generation biofuel has been used at the 24 Hours of Le Mans race, highlighting the role of Shell V-Power Diesel race fuel as a test bed for new technologies and fuels innovation. Shell V-Power Diesel also includes synthetic GTL (Gas to Liquids) Fuel made by Shell from natural gas, which provides very clean and efficient combustion.
BTL is a high-performance synthetic diesel fuel made from non-food biomass, such as forest residues and waste wood, and promises to reduce CO2 production by up to 90% compared to conventional diesel.
A small amount of this new biofuel will be blended into the Shell V-Power Diesel race fuel together with the established GTL component, which is already being produced at a commercial scale and has been used in the Shell V-Power Diesel race fuel since 2006.
2006-2007
Shell, together with the Audi R10 TDI, re-wrote motorsport history by powering the first diesel-engine car to win the 24 Hours of Le Mans race. Audi Sport, an innovation leader in Turbo Diesel Technology and the inventor of TDI, repeated this success with Shell in 2007.
Through its collaboration with German company CHOREN Industries GmbH, Shell is working to develop BTL. A CHOREN facility produced the BTL blended into the Shell V-Power Diesel race fuel being used at Le Mans and CHOREN’s world-first demonstration commercial plant in Freiberg, Germany, is due to start producing fuel within 12 months.
Richard Karlstetter, Shell Global Technology Manager, Racing Fuels, said “It is still early commercial days for BTL but Shell sees motorsport as a technical test bed and we are excited about demonstrating the performance of Shell V-Power Diesel race fuel with both GTL and BTL.
Dr. Wolfgang Ullrich, Head of Audi Sport, commented “A key part of the success of the Audi R10 TDI at Le Mans lies in ensuring we have the right fuel to provide the car with more power for longer. Shell V-Power Diesel is essential to Audi Sport’s success at Le Mans.
Daniel Poissenot, Sport Vice President from Automobile Club l’Ouest (ACO), the Le Mans governing body said “This will be the first time a second-generation biofuel is used at Le Mans, highlighting the role of the racing series in testing new technologies.
Shell V-Power Diesel is a high performance diesel fuel designed to help modern diesel engines deliver more power for longer. Already available at more than 7,000 service stations across Europe, Shell scientists have used the same fuel technology behind Shell V-Power Diesel to create this racing fuel for Le Mans.
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Central Florida Energy & Environmental Consultant
Orlando, FL 32801
United States
Mail