Products

• Overview
• Approvals and Verifications
• EGR-SCR
• ARIS® Airless Return Flow Systems
• UREA Injection SCR Applications
• HC Injection Applications
• Particulate Filter Systems
• Purifier™ e4 System
• Purifier™ e3 System
• Purifier™ e2 System
• Partial Filter Substrate Wire Mesh Filters
• Fuel-Borne Catalysts
• DPF Filter Synergy
• OEM Mileage and Capital Costs
• Biodiesel Synergy
• Fuel Economy/Carbon Reduction
• Two-Stroke

• Low Emissions Zones (LEZ)
• DPF Problem Solver
• Low Temperature BACT

Fuel-Borne Catalysts

Biodiesel Synergy

Biodiesel blends are becoming increasingly popular as companies and governments are looking to reduce the environmental impact and overall carbon footprints from the transportation and distributed diesel-fueled power generation sectors. Biofuels are also an important element for governments to strengthen national security by reducing dependence on foreign oil.   Depending on the feedstock and process, “well-to-wheels” analyses of B20 biodiesel blends typically report a 10-20% carbon reduction compared to conventional diesel. However, biodiesel tends to command a premium over conventional diesel and is also accompanied by an increase in NOx emissions.

The unique in-cylinder catalytic and multi-mode emission reduction mechanisms of Platinum Plus both enhance the carbon benefits of biodiesel and offset the higher costs and NOx emissions.

• Platinum Plus® fuel-borne catalysts provide energy efficiencies and CO2 reduction of 5-12%*
• Overcomes the NOx penalty of biodiesel
• Reduced levels in the emissions of Particulate Matter (PM), Hydrocarbons (HC) Carbon Monoxide (CO)

* Typical in field fuel economy improvement and carbon reduction of 5-12% depending on fuel quality, engine type and application.