Neste and Shell sign sustainable aviation fuel agreement
Published by Nicholas Woodroof,
Editor
Hydrocarbon Engineering,
The agreement significantly increases the supply and availability of SAF for the aviation industry with effect from October 2020.
“To tackle climate change and reach net zero emissions, the aviation industry must act fast. Shell Aviation aims to reduce the carbon intensity of the fuels we sell which includes selling more lower-carbon fuels like sustainable aviation fuel, over time. Today’s agreement with Neste will help Shell Aviation customers to lower their emissions and demonstrates the kind of progress we can deliver by working in collaboration with others,” said Anna Mascolo, President, Shell Aviation.
“The aviation industry is essential for global business, generating growth and facilitating economic recovery. It also enables people to travel and goods to be transported rapidly across the globe. But if we are to address aviation-related emissions, we need to utilise all the available solutions. SAF offers the only viable alternative to fossil liquid fuels for powering commercial aircraft with an immediate potential to reduce aviation’s greenhouse gas emissions. We are fully committed to supporting the aviation industry, its customers and corporates with their emission reduction targets,” said Thorsten Lange, Executive Vice President for Renewable Aviation at Neste.
Read the article online at: https://www.hydrocarbonengineering.com/clean-fuels/23092020/neste-and-shell-sign-sustainable-aviation-fuel-agreement/
You might also like
Hydrocarbon Engineering Podcast
Mike Logue, Owens Corning Global Business Director – Mechanical Insulation, delves into factors that can support the performance, safety and longevity of insulating systems installed in hydrocarbon processing environments, including cryogenic facilities.
Zeopore’s semi-industrial facility fulfilling first customer orders
The recently commissioned facility is fulfilling its first customer orders of high-performance zeolites for multiple catalytic applications.