By Pira International Ltd
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130 min. 05 max. 02 max. % volume °C % vol mm2/sec. 0015 max. 05 max. 1 Specification for biodiesel (B100) – ASTM D6751-07a (continued) Property Copper strip corrosion Cetane Cloud point Carbon residue 100% sample Acid number Free glycerin Total glycerin Phosphorus content Distillation, T90 AET Sodium/potassium, combined Oxidation stability Workmanship ASTM method Limits Units D 130 No. 3 max. D 613 47 min. 05 max. 50 max. 020 max. 240 max. 001 max. % mass D 1160 360 max. °C EN 14538 5 max. ppm EN 14112 3 min.
Connecticut can use biodiesel mixed with the newly mandated low-sulphur petro-fuels Connecticut’s to increase lubricity and cleanliness in diesel engines. neighbours (in particular Rhode Island) use biodiesel in school buses and school heating systems to reduce (cancer-causing and respiratory illness-causing) pollutants where children are present. Page 33 © Copyright Pira International Ltd 2007 Advances in Biodiesel End-user applications T he University of Connecticut uses recycled cooking oil to power a shuttle bus.
The small agri-biodiesel producer credit is also in effect through 2008. It provides producers, with annual capacity not exceeding 60 million gallons, an income tax credit worth 10 cents per gallon on up to 15 million gallons of agri-biodiesel produced in a tax year. The domestic biodiesel industry in the US is expanding at an exponential rate. Production of biodiesel fuel has grown from 500,000 gallons in 1999, to more than 150 million gallons in 2006. Today, there are an estimated 65 operational biodiesel plants in the US, with 50 more under construction.
Advances in Biodiesel by Pira International Ltd