Case Example of Corporate Environmental Strategy in Practice

In this new century, there is considerable pressure on the top six automakers to reduce their environmental and ecological footprint calculation. The automaker that wins the race to build and sell the superior car will shape consumer preferences, thereby boosting sales and profits. The winning firm will fashion a corporate strategy that drives automobile emissions to near zero while simultaneously providing high levels of performance, safety, and comfort. (more…)

Fuel Cycle Analysis and Green House Gas Emission

Fuel Cycle Analysis
The spark-ignition and compression-ignition engine and internal combustion engines technologies that are currently employed in motor vehicles were developed more than 100 years ago. These conventional vehicle technologies are fueled by petroleum-derived gasoline and diesel fuels (the socalled conventional fuels). Over the past 100 years, the conventional technologies have been dramatically improved, reducing cost and increasing performance. (more…)

Biodiesel in Japan as Alternative Transportation Fuels

Biodiesel in Japan
Biodiesel is an ester that can be made from substances such as vegetable oils and animal fats. Biodiesel can either be used in its pure state or blended with conventional diesel fuel derived from petroleum. Vegetable oil was used as a diesel fuel as early as 1900, when Rudolf Diesel demonstrated that a diesel engine could run on peanut oil. (more…)

Vehicle Tax Incentives in United States

A number of countries have vehicle tax incentives programs designed to reward purchasers and owners of alternative fuel-efficient vehicles (or to penalize purchasers and owners of fuel in efficient vehicles) by tying vehicle purchase and/or ownership taxes either directly to fuel economy or to vehicle features associated with fuel economy (e.g., engine displacement). (more…)

Gasoline Competition from Alternative Fuels

Most alternative fuel vehicles on the road today were originally designed for gasoline, but converted for use with an alternative fuel. Because the petroleum industry has successfully responded to the competitive threats of alternative fuels by developing reformulated gasoline that burn much cleaner, the conversions are typically performed more for economic reasons (when the alternative fuel is less expensive, which has occurred with propane) rather than environmental reasons. (more…)

Practicality and Reliability of Alternative Fuels and Vehicles

The demand for alternative fuels to substitute current fossil fuels is increasing more that ever. This is because the less availability of fossil fuel and the negative side effects to environment are the main issue that needs to be handled. Renewable energy such as wind, solar, tidal, hydro, geothermal or thermal are gaining more popular. The biomass energy industry in the production of respiration and dead organic matter can be used as industrial production or as fuel. (more…)