Sign in to confirm you’re not a bot
This helps protect our community. Learn more

Asynt & Revive Eco | Chemistry scale up to replace palm oil with sustainably sourced ECO alternative

Asynt
483 subscribers
<__slot-el>
<__slot-el>
385 views 2 years ago
Asynt talk with sustainable chemistry champions, Revive Eco, to learn more about how their process chemists are using the ReactoMate ATOM jacketed lab reactor & waterless CondenSyn MAXI to scale up their patent-pending process to recycle used coffee grounds to create high value compounds with a similar fatty acid profile to palm oil, thus offering a sustainable alternative to manufacturers. Find out more about Revive Eco via their website here: https://revive-eco.com/ and further information on the ReactoMate ATOM lab reactor system via the Asynt website here: https://www.asynt.com/products/jacket... Alternatively please contact us via email at enquiries@asynt.com or call on +44 (0)1638 781709. With: Martyn Fordham (Asynt), Fergus Moore, Scott Kennedy, Dawn Thompson (Revive Eco) ...more
...more
Asynt & Revive Eco | Chemistry scale up to replace palm oil with sustainably sourced ECO alternative
Asynt talk with sustainable chemistry champions, Revive Eco, to learn more about how their process chemists are using the ReactoMate ATOM jacketed lab reactor & waterless CondenSyn MAXI to scale up their patent-pending process to recycle used coffee grounds to create high value compounds with a similar fatty acid profile to palm oil, thus offering a sustainable alternative to manufacturers. Find out more about Revive Eco via their website here: https://revive-eco.com/ and further information on the ReactoMate ATOM lab reactor system via the Asynt website here: https://www.asynt.com/products/jacket... Alternatively please contact us via email at enquiries@asynt.com or call on +44 (0)1638 781709. With: Martyn Fordham (Asynt), Fergus Moore, Scott Kennedy, Dawn Thompson (Revive Eco)

Follow along using the transcript.

Asynt

483 subscribers
Chat Replay is disabled for this Premiere.