Liberate Project
Design of an electrochemical plant to demonstrate the commercial opportunities of converting low cost lignin feedstock in high value biosustainable chemicals such as vanillin, antioxidants or polyamide.
Liberate Project
Design of an electrochemical plant to demonstrate the commercial opportunities of converting low cost lignin feedstock in high value biosustainable chemicals such as vanillin, antioxidants or polyamide.
The idea is to convert lignin (low cost material) in different chemicals (high value and biosustainable) by means electricity in an electrochemical reactor.
The idea is to convert lignin (low cost material) in different chemicals (high value and biosustainable) by means electricity in an electrochemical reactor.
Newsletter | Phenol-Formaldehyde resins in LIBERATE project
Committed to setting science-based emission reduction targets, there will be a necessity for the chemical…
Liberate project meeting hosted by SINTEF
Committed to setting science-based emission reduction targets, there will be a necessity for the chemical…
Spire Dissemination Video
Committed to setting science-based emission reduction targets, there will be a necessity for the chemical…
Defossilized building blocks for specialty chemicals
Committed to setting science-based emission reduction targets, there will be a necessity for the chemical…
Pilot scale electrochemical plant at Tiller, Norway
SINTEF’s s primary task in the LIBERATE project is the design, build and operation…
Antioxidants Additives
What are antioxidants ? Antioxidant molecules are usually defined as a group of different organic compounds that inhibit oxidation, which is a chemical reaction that can produce free radicals and...