Research

SWEETWOODS' game changing technology will convert almost all (over 90%) of the hardwood into usable high value biomaterials and bioproducts, establishing novel bio-based value chains with low ecological footprint.

Water2REturn used a Circular Economy approach to turn wastewater treatment facilities in slaughterhouses into "bio-refineries". Nutrients recovered were turned into value added products for the agro-chemical industry.

MyPack “Best markets for the exploitation of innovative sustainable food packaging solutions” supported the market introduction of innovative packaging to reduce food and packaging waste.

The main objective was to develop techno-economically viable solutions for manufacturing of sustainable lightweight structures for use in vehicles, aeronautical applications and sporting goods.

The aim of the project was to bridge the gap between laboratory-scale innovations in the field of atmospheric pressure plasma assisted chemical vapour deposition technology and its industrial implementation.

The project scaled up the innovation of a climate chamber for proofing and cooling with an innovative, energy-saving ultrasonic-based humidification system for the manufacture of high quality products in SME bakeries.

SUCCIPACK aimed to support European industry efforts to introduce biobased polybutylene succinate (PBS) as a new material on the food packaging market.

The main goal of iNTeg-Risk – Project was to establish a holistic approach for facing the challenge of emerging risks, due to new materials and technologies, within the next 15 years.

The main objective was to develop equipment for in-line atmospheric plasma deposition of functional nanocoatings on various fiber- and polymer-based substrates.