Clean Diesel International, LLC, a wholly owned subsidiary of Clean Diesel Technologies, a developer of emissions reductions technologies for mobile and stationary engines, has landed its first UK commercial fleet contract for the Platinum Plus DFX fuel-borne catalyst.
Burgoynes (Lyonshall) Limited, a medium-sized road haulage company operating heavy goods vehicles in the UK, will apply Platinum Plus across its entire fleet.
Platinum Plus is a bimetallic platinum/cerium kerosene-based fuel additive used at 4–8 ppm metal in fuel that:
Improves fuel economy between 3%–8%
Reduces PM emissions by 10–20% (30%–50% when combined with an oxidizer, 95% when combined with filter)
Reduces HC and CO emissions by 10%–30% (50% when combined with an oxidizer)
Lowers filter regeneration temperature to 300º–350° C.
Clean Diesel is currently running trials with small, medium and large fleets in the UK, and is involved in several UK programs to demonstrate lowest cost emission reduction in preparation for the introduction of London’s low emission zone in 2008.
Clean Diesel has a portfolio of emissions reduction products, including the Platinum Plus fuel-borne catalysts (FBC), the Platinum Plus Purifier System and the ARIS 2000 urea-injection systems for selective catalytic reduction of NOx.
In February, Clean Diesel introduced integrated urea-dosing units into Europe to work with existing Selective Catalytic Reduction Systems (SCR). (Earlier post.) The company also entered into an agreement with Mitsui Mining and Smelting Co. / Mitsui Kinzoku to introduce of Mitsui’s urea quality sensor technology for NOx reduction via Selective Catalytic Reduction (SCR) into the European marketplace. (Earlier post.)
The company is considering the development of what Dr. Walter G. Copan, Executive Vice President North American Operations and CTO, calls “BlueTec 2.0”—a framework of advanced emissions control systems, some hardware-based, some fuel-borne—that would allow licensing OEMs and Tier 1 suppliers to deploy conformant diesel-emissions control systems that perform more efficiently that current solutions.