Keep up with what’s new.
Connect with us on LinkedIn for news, insights and related topics.
At Honeywell UOP, we’re reimagining refining to help make a lower carbon future a reality. We’ve applied our rich history in innovation to the development of our diversified technology portfolio for renewable diesel and sustainable aviation fuels. Whether applied to more traditional biofuels, or those that are strictly ethanol based, these conversion technologies hold real promise when it comes to next generation fuels.
Refiners are facing a new world and new markets as the drive toward sustainability accelerates. From earning new profits through renewable diesel and jet fuels to repurposing your refinery with a cost-efficient revamp, take a deeper dive into these topics and others in this educational e-book.
Explore e-bookIn worldwide renewable fuel markets, why do prices vary significantly for biofuels produced from sustainably sourced waste oil and animal fat feedstocks compared to biofuels made from virgin oil crop feeds like soybean or rapeseed? Read how you can target your technology capital investments to turn paybacks into months, not years.
Honeywell announces a new single-stage version of the UOP Ecofining™ technology for the production of renewable diesel fuel. The new single-stage technology is a fast-to-market, low capital cost solution ideal for repurposing an underutilized hydrotreating unit while producing higher yields of renewable diesel fuel than other single-stage technologies.
Watch VideoRead how Honeywell UOP technology can help you make the leap to renewable production
Honeywel UOP’s Ecofining™ technology helps top global refiners maximize profits by producing renewable diesel fuel and jet fuel.
Get in Touch with our technical experts
Did you know that your internet browser is out of date?
Your browser is out of date, and may not be compatible with our website.
Just click on the icons to download a compatible browser.
By closing this window you acknowledge that your experience on this website may be degraded.
