Valuable Project

Valorisation of fungal Biomass using novel Enzymatic technology

About

VALUABLE will focus on the demonstration of a platform non-plant-based biomass valorisation process for the production of yeast oils as a viable substitute for fossil-based and plant-based products (such as palm oil) in applications such as cosmetics, adhesives and resins. More specifically, the VALUABLE process will valorise Aspergillus niger biomass feedstock to demonstrate:

· Techno-economic viability of producing oils as a substitute for fossil based and plant-based products for applications in cosmetics and bio-based chemicals (e.g., resins for coatings) markets.

· Better valorisation of fungal biomass waste streams rich in chitin for the production of non-animal derived chitosan and chitosan oligomers for use in applications such as cosmetics and bio-based chemicals (e.g., adhesives) markets.

Objectives

Assess

To assess and validate the environmental footprint and commercial viability of the VALUABLE process.

Upcycling

To demonstrate the viability of the VALUABLE platform process by upcycling Aspergillus niger fungal.

Benefits

To demonstrate economic benefit and improved industrial competitiveness by adopting and implementing.

Results

To develop and transparently communicate the results and activities of VALUABLE and disseminate the key outputs.

Biomass to chemicals

Biomass residues from the citric acid industry (residual aspergillus) to chitosan/chitosin and derivatives, and yeast oil

Latest from the blog

Our first comic has been published!

Are you curious on following the adventures of our friend Aspergillus Niger ? We have … Read more

THE THIRD GENERAL ASSEMBLY OF THE VALUABLE PROJECT WAS DONE!

Just a month ago, during the days 16-17th January, VALUABLE 3rd General Assembly took place … Read more

GST AT THE HEF AGRICULTURAL SCIENCES SYMPOSIUM

Our partners from GST visited the Hans Eisenmann-Forum (HEF) for Agricultural Sciences Symposium on the … Read more
VALUABLE

Valorisation of fungal biomass using novel

enzymatic technology