Senbis Sustainable Products B.V. investing 6.6 million
Senbis Sustainable Products B.V., together with Senbis Polymer Innovations B.V. and research institutions RUG, WUR, TNO, and NHL Stenden, will invest 6.6 million euros over the next three years in research on sustainable plastics through the BIOTEKK project. The consortium will receive an additional 3.3 million euros in support from the Just Transition Fund (JTF). […]
Senbis Polymer Innovations B.V. investing 6.6 million
Senbis Polymer Innovations B.V., together with Senbis Sustainable Products B.V. and research institutions RUG, WUR, TNO, and NHL Stenden, will invest 6.6 million euros over the next three years in research on sustainable plastics through the BIOTEKK project. The consortium will receive an additional 3.3 million euros in support from the Just Transition Fund (JTF). […]
Happy New Year 2024!
Senbis wishes all its customers, suppliers and friends a happy new year! Just like the past four years Senbis has donated in total 400 trees as a Christmas gift to its relations. We would like to thank you all for the cooperation in 2023 and look forward to an exciting 2024.
Dutch project BIOTTEK aims to develop new biopolyester with 6.6 million EUR investment
A consortium of Senbis and Dutch universities and research institutes plans to invest 6.6 million EUR in the development of a new biodegradable polyester The consortium receives a 3.3 million EUR grant through the European Just Transition Funds ( JTF). The focus of the project is to find a solution for the enormous microplastic pollution […]
Paques Biomaterials and Senbis Polymer Innovations agreed to collaborate.
Paques Biomaterials and Senbis Polymer Innovations have partnered strategically to develop new applications for a breakthrough biopolymer with all the advantages of plastics but without its disadvantages. Paques Biomaterials has been working on a new value chain in which bacteria in organic waste streams produce the biopolymer PHA for more than ten years. “Our background […]
S.C. Erica Installs the First Full-Size Football Pitch with Senbis GreenFill
S.C. Erica has unveiled their renovated full-size football pitch. What makes this installation truly remarkable is the utilization of Senbis GreenFill, our cutting-edge eco-friendly polymeric infill material. This development follows several successful years of implementing GreenFill on the club’s training pitch. The project was executed in collaboration with DOMO Sports Grass, a leading provider of […]
New melt-spinning pilot plant in operation in the Chemport Europe Region
Senbis and SPIC Facilities B.V. are happy to announce the commissioning of a new ultimate flexible pilot plant for multifilament yarns and monofilaments. In 2020, Senbis initiated an investment programme of €5.5 million through its subsidiary SPIC Facilities B.V.. This investment brought new unique opportunities for the development of sustainable plastics in the Chemport Europe […]
Projectpresentatie OP EFRO Valorisatie 2021
Natuurvezel versterkte biodegradeerbare compounds voor technische toepassing Per jaar komen er in de EU tussen de 75.000 en 300.000 ton microplastics in het mileu terecht. Deze ontstaan onder andere door de plastic slijtage van gebruiksapparatuur (o.a. borstels, trimmerdraden, infills van kunstgrasvelden). Op dit moment bestaat er nog geen vervangbare duurzame biodegradeerbare compounds die van dezelfde […]
Senbis donates 400 trees as a christmas gift to its relations
Thank you for your cooperation in 2021! Senbis has donated 400 trees as a christmas gift to its relations. This was the third year in a row that we chose for this gift. All together Senbis has donated over 1,000 trees in the Netherlands and abroad. We are looking forward to working with you again […]
Evaluating recycled PET grades and making them Fit for Purpose.
Senbis’s whitepaper provides in-depth insights how recycled PET (rPET) can be evaluated and modified to convert the polymer into rPET based products that are ‘Fit for Purpose’. During PET production, product use and PET recycling, the PET product quality can deteriorate significantly by: Thermal degradation Chemical and mechanical attack The presence of contaminants The whitepaper […]
