Biopolymer experts Paques Biomaterials and Senbis to expand applications for PHAs

Paques Biomaterials and Senbis Polymer Innovations have partnered strategically to develop new applications for a breakthrough biopolymer with the advantages of plastics but without the 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. Senbis Polymer Innovations is a chemical R&D company specializing in biopolymers.

“Our background is in biotechnology,” stated Joost Paques, founder of Paques Biomaterials. “And with this collaboration, biotechnology and chemistry join forces which is a formula for success for a biopolymer. We are convinced we will soon produce a high-quality alternative to fossil plastics, which can be widely applied and prevent microplastics.”

“We will help Paques Biomaterials develop different PHA grades suitable for a wide range of applications,” explained Gerard Nijhoving, managing director of Senbis. “Paques Biomaterials develops the PHA, but we give direction on which way it must be developed and then evaluate it."

Paques Biomaterials and Senbis partner to develop new applications for PHAs.

"Paques Biomaterials has a promising biopolymer in hand with Caleyda. It is biobased and highly biodegradable in all kinds of environments. Their product is unique because it is made from waste streams and doesn't use genetically modified bacteria. That makes it sustainable and natural on all sides. This involves a major challenge to deliver consistent quality, as for plastic processing purity is the key."

"Senbis has all commercially available biopolymers in-house and has researched them. We know what works for which application," Nijhoving continued. "Many PHAs we see now need to catch up in mechanical and thermal properties compared to other bioplastics. If we can improve these topics with Paques Biomaterials, their PHA Caleyda will soon be a serious player in the market.”

“We also see much potential for this material for so-called compounds. That means mixing the PHA with other biopolymers. For some applications, you need a mix of bioplastics to get the required mechanical properties and velocity of biodegradability,”

“Like applications such as injection moulding, yarns, 3D printing or films. With this knowledge, Paques Biomaterials can optimise Caleyda where necessary, and we work together towards a high-quality PHA," Nijhoving added. "Furthermore, you can use these compounds to serve new applications. We also see opportunities for this in our customer portfolio and even within our product development.”

The beginning of this new circular value chain is already at an advanced stage. Paques Biomaterials has already signed a memorandum of understanding (MoU) with Kolon Industries and Kolon Global in South Korea, launching large-scale production of PHA from food waste.