Turning Pollution Into Energy
If there were a product in the world today, that could save more money in fuel consumption than it cost to use, could clean up the environment, and make engines last longer… would you use it?
Green Diesel Technology, Inc. is a developmental green energy company with the first industry-proven, cost-effective and commercially viable technology that dramatically reduces commercial and industrial diesel engine emissions by 40% or more, while simultaneously improving fuel economy by 8-12%.
This propietary technology provides diesel engine owners with an affordable solution to a worldwide pollution problem that is cost-negative. This technology has been successfully implemented on commercial boats, trucks, and tractors nationwide. Green Diesel Technology provides a global solution to a burning problem.
Global Pressure
Today, industries worldwide face issues of increased fuel costs and governing efforts to reduce carbon emissions.
Current technologies fail to provide a cost-effective solution to millions of older diesel engines that are still being used today, and are the worst polluters. For many industries, diesel engines remain the only viable power source in the immediate future.
Burning diesel is a dirty process: a significant portion of the diesel fuel entering the combustion chamber never burns. Approximately, 30% of diesel fuel entering the combustion chamber is actually converted into work. The remaining 70% is wasted. Governing agencies are creating laws to mandate the decrease of harmful emissions and the effects are reaching global proportions.
By 2030, international mandates require the reduction of global emissions of nitrous compounds (NOx) from marine engines by 1.2 million tons and particulate matter emissions by 143,000 tons (EPA, Federal Register, August 28, 2009, volume 74, number 166). Installing our system on just a relatively small percentage of ocean shipping vessels containing these older diesel engines will meet these requirements, and it will do so at zero net-cost to end-users.
