Leading the market for the past three decades, the Actrene™ light ends programme sets the industry standard for delivering reliable fouling control for the light ends section. Our market leading position provides a unique industry benchmark, a database that allows our customers to strive for world-class performance by identifying performance gaps against their peer groups. Our product line incorporates cutting edge research, allowing customers to achieve eight+ year run lengths.
To say we understand the light ends operation is an understatement. Through our long history and market leading position, we have acquired in-depth knowledge in safeguarding light ends towers from fouling between turnarounds.
30 Years of Actrene
In the 1980s, global ethylene and propylene demand was on the rise. Capacity was limited by frequent plant maintenance, and the average plant runlength was less than 2 years. In 1986, fouling control in ethylene distillation was forever changed with the 1st Generation Actrene. Over the last 30 years, Actrene has increased plant runlength to a record 8 years, saved $127MM in cleaning costs, reduced hazardous operations by 500,000 man hours, & increased ethylene producers profits by $3.9 billion.
We customize each customer’s treatment based on a thorough understanding of your tower sequences, operational conditions, feedstock compositions, and tower and reboiler designs. Our fourth generation product line contains patented proprietary combinations of polymer inhibitors and dispersants specifically designed for each tower’s fouling severity. We have a track record for delivering light ends performance from turnaround to turnaround.
Industry Leading Fouling Monitoring
Combining our experience throughout the decades, we created our Actrene Pro programme—the most comprehensive monitoring and optimization tool for light ends operation. The programme allows our service engineers to gain an in-depth knowledge of the tower fouling tendencies and adjust our programme accordingly.
See how implementing a new Actrene antifoulant programme dramatically increased depropanizer tower runlength.