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Hello world!
Welcome to IRIS Multisite 2 Sites. This is your first post. Edit or delete it, then start writing!
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W2F – Publications List
Hi all! Click on the link to have a look and download the list of journal papers published within W2F project.
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4th WASTE2FUELS newsletter released
The 4th – and last -Waste2Fuels Newsletter was released, including final glance of the scientific manager and dissemination manager on the closed project. You are able to download the newsletter at the following link.
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Final WASTE2FUELS Project Meeting
Waste2Fuels project partner met on February 19th and 20th 2019 in Berlin for the last time. During 2 days, in the presence of the project officer final project achievements and results were presented and discussed from the scientific and exploitation point of view. Over 3 years, the project – funded under the LCE-11-2015 call of […]
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Napoli Workshop
NAPOLI WORKSHOP
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Extention deadline for abstract submission 3rd ABE Workshop
Dear ABE interested community! The deadline for submission of abstracts and contributions to the 3rd Workshop on “ABE Fermentation and Recovery – Commercialisation Status and Hurdles”; to be held 11-12 July 2019 at the University of Rostock is extended to 9 June 2019! The aim of the workshop is to bring relevant key players together […]
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Newsletter #4
Dear Waste2Fuels reader, It has been an entire pleasure for us sharing with you our latest news, but it’s time to say goodbye. Click on the link to read our last Newsletter Hope you have enjoyed our blog! See you!
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Newsletter #3
Dear Waste2Fuels reader, Our 3rd Newsletter is already here! Don’t miss it and enjoy! PS: The next one is coming…
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Waste2Fuels Roadshow
Waste2Fuels Roadshow
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Simple physicochemical pretreatments for agrofood wastes
The selected agro-food wastes (potato peel, apple pomace, brewers’ spent grain and coffee silverskin) contain 8-21% cellulose, 7-19% hemicellulose and 19-33% lignin. In order to use these agro-food wastes as feedstocks for butanol biorefineries, simple sugars must be released from cellulose and hemicellulose. In the Waste2Fuels project, ITACyL has focused on physicochemical pretreatments to degrade […]