Afton Chemical first to receive TOP TIER Diesel approval
Afton Chemical Corp. said its North American Diesel Performance Additive (DPA) product line is the first in the industry to receive TOP TIER Diesel approval.
The recently launched TOP TIERTM Diesel standard seeks to increase diesel fuel quality by establishing performance requirements for diesel fuel in five key parameters: detergency/injector cleanliness, oxidative stability, lubricity, water content and particulate count. Afton’s DPA product line, containing Greenclean Detergent TechnologyTM, has been proven to successfully deliver the required level of performance specified in the standard, Afton Chemical said.
Fuel quality plays a vital role in ensuring that equipment is able to run properly, preventing unscheduled downtime for maintenance and maximizing operational profitability for drivers and operators. Today’s basic fuel standards may not protect against some potential field issues, according to Afton Chemical in a statement. In 2004, TOP TIER Gasoline was launched by a consortium of global automakers as a voluntary program for fuel retailers to address modern engines’ needs for higher levels of detergency to protect the vehicles’ increasingly complex fuel systems. Earlier this year, TOP TIER released their standard for TOP TIER Diesel in an effort to increase diesel fuel quality, address consumer field issues, and enable optimal vehicle performance for today’s equally complex diesel engines.
“In order to continue to provide best-in-class diesel additive solutions to our customers, we are committed to designing chemistries that help prevent performance issues occurring under real world operational conditions,” said Alexandra Fersner, Afton’s North American marketing manager for DPA. “We support all fuel quality efforts that seek to improve the operability and longevity of diesel engines in all types of equipment,” said Fersner.
TOP TIER is a trademark of General Motors, LLC. Greenclean Detergent TechnologyTM is a trademark of Afton Chemical Corporation.