Catalysts production, emissions control catalysts site Nienburg, Germany
Global
Automotive & Transportation
Global
Automotive & Transportation

Reach zero evap standards with emission control technology

EvapTrap™ XC Emission Control Technology

 

Across the globe, evaporative emissions are being regulated to reduce air pollution - with the end goal to drive fuel vapor emissions down toward zero. Evaporative hydrocarbon emissions occur when fuel molecules escape from the vehicle during parking of the vehicle. Global OEMs and engine manufacturers are striving to meet stringent zero-evap standards with a minimal impact on vehicle design and performance. A partner in this ongoing effort is BASF, which is creating innovative, cost-effective solutions. BASF has unsurpassed expertise in evaporative emission control system technologies and its EvapTrap™ XC scrubber for the fuel canister offers best-in-class hydrocarbon capture, enabling automakers to successfully meet the LEV III/Tier 3 regulation requirements.

 

EvapTrap XC (i.e. EvapTrap™ XC scrubber) hydrocarbon absorber technology

EvapTrap™ XC (i.e. EvapTrap™ XC scrubber)  is a hydrocarbon scrubber technology aimed at helping meet the LEV III/Tier 3 20 mg per test canister.

OEMs use activated carbon pellets in the vapor canister to adsorb the majority of the hydrocarbons from the fuel system, but to meet tightening regulations, they are applying secondary traps to control the fine hydrocarbons that can break through the carbon pellets. EvapTrap™ XC (i.e. EvapTrap™ XC scrubber) has demonstrated an improvement to traditional scrubbers and is designed to be durable for the life of the vehicle or 15 years or 150,000 miles. The secret behind this solution is the advanced adsorbent and structure that improves hydrocarbon capture efficiency.

By innovating and working collaboratively, OEMs and suppliers can meet these stringent regulations and achieve cleaner air for future generations. To learn more about BASF's mobile emission catalyst solutions, visit catalysts.basf.com.