Biodiesels deliver largest carbon emission reductions for California transportation sector
May 31, 2019
According to new data gathered by the California Air Resources Board’s (CARB) Low Carbon Fuel Standard program, bio-based diesel fuels like Neste MY Renewable Diesel deliver the state’s biggest reduction in carbon emissions for the transportation sector.
In 2018, the use of these bio-based fuels reduced 4.3 million tons of carbon dioxide in California. This amount surpassed the reduction from ethanol for the first time since the program started in 2011. In that time renewable diesel and biodiesel have reduced CO2 emissions by over 18 million tons.
Neste MY Renewable Diesel is a low-carbon fuel produced from 100 per cent renewable and sustainable raw materials, primarily wastes and residues. The fuel cuts greenhouse gas emissions by up to 80 per cent* and reduces local engine-out emissions, all while enhancing fleet performance. Neste MY Renewable Diesel is a drop-in alternative to fossil diesel. It is fully compatible with current fuel distribution infrastructures and suitable for all diesel engines.
“This study from CARB is a welcome confirmation: renewable diesel can significantly reduce greenhouse gas emissions and make an immediate contribution to the reduction of California’s carbon footprint all while using existing infrastructure and without further investments,” said Jeremy Baines, vice-president of sales, Neste US Inc.
“Transportation is currently the leading cause of carbon emissions in the US, and as such is a conspicuous starting point for change. As this study demonstrates, diesel operators can reduce their lifecycle greenhouse gas emissions already today, simply by switching to renewable diesel. At Neste, we believe strongly in renewables, and we have made significant investments to increase our renewable products production capacity by 2022.”
Neste is the world’s largest producer of renewable diesel refined from waste and residues, and the largest supplier of renewable diesel to the state of California.
* Using Californian LCFS carbon intensity calculation methodology.
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