07.06.2011 DPOLLUTION'S FUEL SAVING DEVICE UNDERGOES TESTS AT FIAT'S ELASIS RESEARCH CENTRE

DPOLLUTION DEVICE
DPOLLUTION DEVICE

dPollution has revealled that its fuel-conditioning technology device (above) produced significant emission reductions and fuel-economy improvements in two laboratory tests held at Fiat's Elasis research facility, using standardised U.S. Environmental Protection Agency (EPA) emission-testing protocols.

dPollution has revealled that its fuel-conditioning technology produced significant emission reductions and fuel-economy improvements in two laboratory tests held at Fiat's Elasis research facility, using standardised U.S. Environmental Protection Agency (EPA) emission-testing protocols.

The tests were conducted by Elasis, one of Fiat's two key research arms. The research vehicle used for the tests was a 2003 Fiat Scudo equipped with a 2-litre diesel engine.

dPollution owns the exclusive manufacturing and distribution rights to a patented fuel-conditioning technology that reduces polluting emissions and increases mileage. dPollution’s innovative products improve engine performance by causing fuel to combust more efficiently and completely. The technology works on all closed-combustion engines, including those used in cars, trucks, buses, trains and heavy equipment.

One of the tests followed the EPA’s Federal Test Procedure 75 (FTP-75), which is designed to measure a vehicle’s tailpipe emissions under urban driving conditions. The second test followed the EPA’s Highway Fuel Economy Test (HFET), which is designed to represent a mix of interstate highway and rural driving. The EPA’s emission testing protocols are carefully controlled methods that include the use of standardized fuels, laboratories, testing equipment, test cycles and calculations.

Compared to control trials, the Fiat test vehicle with the dPollution Device installed produced the following results:

EPA FTP-75 (urban driving conditions): Total Hydrocarbon (THC) emissions were reduced by 43.75%; Carbon Monoxide (CO) emissions were reduced by 15.30%; Carbon Dioxide (CO2) emissions were reduced by 11.09%; Particulate Matter (PM) emissions were reduced by 73.91%; Fuel Economy (MPG) was increased by 11.84%.

EPA HFET (mix of highway and rural driving conditions): Carbon Monoxide (CO) emissions were reduced by 72.45%; Carbon Dioxide (CO2) emissions were reduced by 15.28%; Nitrogen Oxide (NOX) emissions were reduced by 12.50%; Fuel Economy (MPG) was increased by 18.14%;

“These test results further demonstrate the effectiveness of our technology in combating emissions and high fuel prices,” said dPollution's President and Chief Executive Officer Rocco Di Fruscia. “We’re excited about the advances our company is making and look forward to providing our shareholders with more exciting news in the days and weeks ahead.”

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