Paques Biomaterials

Biomaterials made by nature

Paques Biomaterials produces Caleyda: a natural alternative to plastic, with all its advantages but without its disadvantages.

Our vision: A civilisation in symbiosis with nature.

Since the industrial revolution mankind has exploited nature without taking the ecosystem boundaries into account. Although this has brought us incredible wealth, over time this has brought us further and further away from a planetary equilibrium. This is not sustainable.

At Paques Biomaterials we believe that prosperity and sustainability can go hand in hand. Our biomaterials are naturally produced using renewable resources. In harmony with nature.

Microplastics pollution

Human society is addicted to plastics, consuming millions of tons per year. Plastic’s use brough prosperity due to its great mechanical and barrier properties. However, its leakage to the environment leads to accumulation of microplastics, which can nowadays be found in every corner of Earth and in most living beings, including ourselves! Its concerning effects in the environment and living organisms are now coming to light, making it urgent to tackle the microplastics pollution from growing further.

Paques Biomaterials provides a solution to microplastics

We produce Caleyda, a natural material replacement for plastic, with the major benefit of being fully biodegradable in all Earth environments. Caleyda consists of PHA polymers produced by natural microbes that can be used in a wide variety of applications. These polymers offer better end of life options compared to other plastics, always preventing  accumulation of microplastics in the environment.

Latest news

Planet B.io is a busy community, we are constantly developing and so are our collaborators, residents and members. To keep everyone updated we write articles and organise events. Take a look!

23-07-2024

Interview with Professor Jack Pronk: About the Intersection of Academia and Entrepreneurship in Industrial Biotechnology

Jack Pronk is full professor in Industrial Microbiology and the head of the Biotechnology Department at TU Delft. His research focuses on understanding enhancing microbial performance in industrial processes by integrating quantitative physiology, genomics, synthetic biology, and evolutionary engineering. His team's work on yeast engineering for alcoholic fermentation and improving ethanol yields is applied on an industrial scale. Recently, he was awarded the prestigious Novozymes Prize, given annually since 1963 for outstanding European research in biotechnology. Planet B.io had the opportunity to sit down with Professor Pronk to discuss his views on entrepreneurship in industrial biotechnology.

09-07-2024

Hologenomix | Pioneering Multi-Omics Profiles for Early Disease Diagnosis

Hologenomix, the newest resident at Planet B.io, is creating multi-omics profiles from human biofluids. As the first user of our Shared Service Lab, Hologenomix is poised to revolutionize early disease diagnosis through DNA analysis. Co-founders David Calderon Franco and Eric van der Toorn share insights into their journey and vision.

08-07-2024

Fishway: Innovating the Future of Fish through Cellular Aquaculture

Fishway, member of Planet B.io, is the new kid on the block in the field of cellular aquaculture. Founded by Nina Coolsaet and Sam Van de Velde, Fishway aims to address the pressing challenges faced by the traditional fishing industry, such as overfishing, pollution, and the decline in biodiversity. By producing fish-derived ingredients, Fishway hopes to offer a sustainable alternative that preserves the nutritional benefits of fish without the environmental downsides.