We have started!
Engineering world’s first full-scale PHA from process water plant has started. Paques Biomaterials and ESKA have signed a cooperation agreement with Envirochemie, Paques (both part of the Skion Water Group), and Jorritsma Bouw on how to conduct the engineering of the world’s first Full-Scale Plant for PHA production from Process Water. This agreement contains far-reaching […]
After a year of bold passion it was time for some bold fashion
After a year of bold passion, it was time for some bold fashion One of our colleagues designed some bold fashion for the Paques Biomaterials team. We are proud to be surrounded by so many passionate and committed colleagues. When you develop a new technology, and we are even developing two, we need their bold […]
PHA from sewage sludge is a good business case
PHA from sewage sludge is a good business case Last Friday, we celebrated the closing of the PHA2USE project with the consortium partners at the Greenwise Campus Innovation Center. This project has contributed significantly to scaling up our technology and has shown that making PHA from sewage sludge is a good business case. Thank you […]
Development agreement signed for first full-scale PHA biomass plant from paper process water
Development agreement signed for first full-scale PHA biomass plant from paper process water ESKA and Paques Biomaterials signed a Memorandum of Understanding for the construction of the first full-scale plant for the production of PHA from paper process water. In the coming year, both parties will carry out all the preparations to make an investment […]
Our extraction pilot plant reached its highest point
Yesterday, the construction of our PHA extraction pilot plant in Emmen reached its highest point. We had a small celebration with our construction partners.
ReBiocycle: multiple recycling routes for PLA, PHA and Mater-bi
ReBiocycle: multiple recycling routes for PLA, PHA and Mater-bi The ReBioCycle project wants to show the multiple recycling routes for PLA, PHA and Mater-bi. The different routes are mechanical recycling, chemical recycling, enzymatic recycling, microbial recycling and thermal degradation. ReBioCycle aims to demonstrate that bio-based biodegradable plastics can be kept in the cycle for as […]
Promofer: state-of-the-art in biobased waste treatments
Promofer: state-of-the-art in biobased waste treatments PROMOFER will address the improvement of fermentation processes and downstream purification for the production of biobased bioplastics as PHB(V) and biobased polyurethane by valorising two kinds of feedstock (lignocellulosic biomass and food industry residual streams). Increasing the yield and productivity of these processes are essential for an introduction of […]
PRO-PHBV: an outlook in our future biobased society.
PRO-PHBV: an outlook in our future biobased society. Within the PRO-PHBV project, we are developing two applications that show the unique characteristics of biobased materials and offer an outlook in our future biobased society. The first application is a waste-based and biobased leather composite, and the second is a biodegradable nature restoration structure. 1. Waste-based […]
Development of biodegradable controlled-release fertilizers
Development of biodegradable controlled-release fertilizers Biodegradable controlled-release fertilizers are a very relevant application for us because of an enormous market pull that is expected within two years. The European Commission has recently also acknowledged the microplastic pollution caused by fertilizers with fossil-based plastic, and consequently, they have set up regulations that will finally prohibit the […]
JTF: Market-driven synthesis of fit-for-purpose bioplastics (PHBVs)
JTF: Market-driven synthesis of fit-for-purpose bioplastics (PHBVs) This JTF project aims to deepen our knowledge of the wide variety of PHBVs that can be produced from waste streams and their full potential for different applications. The project has been granted nearly €4 million. The total investment of this project is €8 million. We will be […]
