Glaukos a four-year European project coordinated by the Bio Base Europe Pilot Plant, will develop biodegradable and biorecyclable textile fibres and coatings to be used in fishing gear and clothing.
Glaukos will develop innovative textile fibres and textile coatings that reconcile an excellent environmental performance with adequate technical characteristics.
BioSFerA aims to develop a cost-effective interdisciplinary technology to produce sustainable aviation and maritime fuels. Thus, biogenic residues and wastes will be gasified and the syngas will be fermented to produce bio-based triacylglycerides (TAGs).
USABLE PACKAGING project will establish a new value chain for bioplastics. This will be based on low-cost and widely-available feedstock, such as by-products and sidestreams from the food processing industry.
iFermenter will render production of high value products with residual sugar stream highly efficient and cost-effective contributing to circular economy.
The objective of BioRen is to develop competitive drop-in biofuels for road transport from the organic fraction of municipal solid waste (OFMSW). A higher value fuel is targeted: glycerol tertiary butyl ether (GTBE) is a promising fuel additive to both diesel and gasoline that improves engine performance and cuts harmful exhaust emissions (e.g. fine dust).
The Prolific project will apply a range of processing technologies to agro-industrial residues of legumes, fungi and coffee in order to recover significant amounts of proteins/peptides, fibres and other value-added compounds.
A new circular economy value chain will be generated from agro-food wastes that will be exploited for the production of PHB, while designing and validating the process up to pilot scale.
Providing innovative microbiome solutions to increase food security, nutrition, and help address key societal challenges.
Press release, 20 December 2018: Sustainable European food systems using microorganisms, the SIMBA Project, kicks off
BIOtechnological processes based on microbial platforms for the CONversion of CO2 from iron&steel industry into commodities for chemicals and plastics
CO2PERATE aims to develop catalytic technologies to convert CO2 into formic acid, using renewable electricity. Formic acid will subsequently be used as building block for the biosynthetic production of value-added chemicals, as a building block for the chemical industry, or as a potential carrier for energy storage.
SPICY aims at creating a new and profitable value chain in the Flemish bio-economy by connecting sugar feedstock suppliers with fermentation-based and chemical biorefinery companies to end-users active in chemical and polymer production.
Meet our Business Development Team at RAFT 2017.
The AFTERLIFE project proposes a flexible, cost- and resource-efficient process for recovering and valorising the relevant fractions from wastewater.
and help Bio Base NWE win the Public Choice Award at the RegioStars Award ceremony
The MARISURF project will use marine bacterial strains to produce new SAs. To ensure the newly discovered SAs satisfy their requirements and demands, MARISURF will place the industrial end-users in a leading role in guiding the search for new SAs.
ReSolve sets out to replace two hazardous solvents – toluene and NMP (N-methyl-2-pyrrolidone) – with safer alternatives derived from non-food carbohydrates.
Rehap aims to strengthen the European bio-economy industry by creating novel materials from agricultural and forestry waste, and considering how they can be used commercially in the green building sector.
ReSolve, a €4.3 million EU project focused on replacing traditional, fossil-based solvents, was officially launched Thursday June 15. Led by the University of York, the project consortium is comprised of 11 partners from 5 different countries.
Falcon: Fuel And chemicals from Lignin through enzymatic and chemical CONversion.
FALCON aims to convert this lignin-rich industrial waste of 2G biofuel plants to higher value products, in particular shipping fuels, fuel additives and chemical building blocks. This would be the next consecutive step in turning waste to products, thus minimizing waste and simultaneously providing new alternatives for fossil resource based processes.
The main objective of DAFIA is to exploit the organic fraction of municipal solid wastes (MSW) and marine rest raw materials (MRRM) as feedstocks for higher value products.
NanoPack: Pilot line manufacturing of functional polymer nanocomposites from natural halloysite nanotubes: demonstrating controlled release of active antimicrobials in food packaging applications.
NanoPack aims to develop and demonstrate state-of-the-art antimicrobial packaging solutions for perishable foods based on natural nanomaterials that will prevent food-borne illness outbreaks and reduce food waste caused by early spoilage.
The BioBase4SME project intends to help Start-ups and SME to overcome technological and non-technological barriers to bring their innovation to market.
Biorizon has developed three commercially promising technologies for the conversion of wood, sugars and lignin into aromatics. By demonstrating the technology within this project on a larger scale, the confidence in the applicability of the technology on an industrial scale enhances and the risk to invest diminishes.
On November 3rd, 2016, Inbiose, a Belgium-based producer of specialty carbohydrates and DuPont Nutrition & Health (DuPont, USA) announced a joint development and licensing agreement for exclusive rights to selected fucosylated human milk oligosaccharides (HMOs), including 2’-fucosyllactose. HMOs are a group of unique oligosaccharides found in mother’s milk, with 2’-fucosyllactose being the single most abundant […]
What a nice experience for a start-up to conduct a feasibility study! by Dr Pattanathu Rahman, Founder TeeGene Biotech Ltd. ‘It was one of the great moments, when I met a Bio Base Europe Pilot Plant (BBEPP) facilities representative at the Industrial Biotech Leadership Forum (IBLF) at London in Feb 2015. I picked up a […]
The CARBOSURF project aims to develop new biobased processes as well as products and solves bottlenecks in the fermentative production of biobased biosurfactants and specialty carbohydrates. Specifically, it targets different glycolipid biosurfactants with a wide range of application fields and specialty carbohydrates, i.e. complex Human Milk Oligosaccharides that find applications as neutraceutical, pharmaceutical and cosmetic ingredients. The project is coordinated by Prof. Soetaert from Ghent University (Belgium).
European Reseach Infrastructure for Circular Forest Economy ERIFORE aims to establish an open access research infrastructure for circular forest bioeconomy across Europe. This will unlock the full potential of available forest biomass and will give rise to a new level of co-operation between the major RTD providers in the field. To achieve this, the project […]
The Nano3Bio project aims to develop biotechnological production systems for nanoformulated chitosans. Chitosans are among the most versatile and most promising biopolymers and have excellent physico-chemical and material properties as well as a wide range of biological functionalities.
The RenewPACK project will demonstrate the material Skalax as a barrier in food packaging for the first time ever. RenewPACK is a project partly financed by the European Commission through LIFE+. The project is conducted by Xylophane AB (as coordinating beneficiary) and Bio Base Europe Pilot Plant (as associated beneficiary).
IB2Market aims to bring industrial biotechnology from the research lab to the market and to solve the bottle-necks in industrialization. The project covers process development, scale up, market exploration and the drafting of a valorization plan to support a successful market introduction.
The main goal of the project is to facilitate the transition of the Flemish industry to a sustainable, biobased economy by building a competitive biocluster of companies that are able to build new value chains.
The project is primarily aimed at companies from the agro-industry, technology developers and the chemical sector.
The VISIONS project aims to identify the main organic waste streams and by-products in Flanders with the ambition to use these products in new value chains.
The project, a CINBIOS* initiative, is financially supported by the Flemish Agency for Innovation by Science and Technology (IWT). It is co-funded by a large consortium of companies interested in either valorising their waste stream or in finding alternative feedstocks for biobased processes. This consortium is monitoring and steering the project’s progress.
The aim of BIOKATALYSE is to acquaint traditional chemical industry with the Key Enabling Technology Biocatalysis. Biocatalysis is a technology that uses enzymes instead of chemical catalysts to catalyse or speed up chemical processes. The target group is the Flemish chemical industry that is mainly making use of conventional chemical conversion techniques.
The project aims to accelerate the growth of the biobased economy, EU and local partners joined forces by providing financial, technological, training, networking and political support to enterprises in North West Europe (NWE) innovating in biobased products and processes.
This project aims to create new-to-nature and tailor-made biosurfactants through metabolic engineering of the unconventional yeast Starmerella bombicola.
Surfactants or surface active agents are applied in a wide range of industries and products e.g. cleaning, personal care, cosmetics, agriculture, oil recovery, paper industry. Surfactants are produced in large amounts of which the majority is used in households for laundry and cleaning. This results in large volumes of waste water ending up in the environment.
The ChitoBioEngineering project aims at establishing biotechnological ways of producing fully defined, partially acetylated chitosan oligomers. This will be achieved through genetic, metabolic, and enzyme engineering.
The goal of the Novosides project is the development of biocatalytic processes for the glycosylation of small organic molecules such as flavonoids, alkaloids and steroids. Glycosylation can drastically improve both the physicochemical and biological properties of these molecules (e.g. slow release, improved solubility and stability, taste modification, drug targeting), but few biocatalysts are currently available to perform this modification cost-efficiently at industrial scale.