Project

Carapace Biopolymers

Agriculture is undergoing critical transitions to address global population growth, increasing food demands, and environmental challenges. Traditional farming relies heavily on non-renewable resources like synthetic fertilizers and plastics, leading to soil degradation and increased climate stress. Over 60% of Europe’s soils are in an unhealthy state, with declining biodiversity and productivity. Recent legislation has targeted the excessive use of synthetic fertilizers, pesticides, and microplastics, especially those found in coated seeds and fertilizers, due to their harmful environmental and health effects.

Carapace Biopolymers has developed biobased and fully biodegradable coating alternatives. Our seed and fertilizer coatings have unique microbial adhesion and growth, enhancing soil health and crop resilience. With Biotech Booster, we are further developing products that act as soil bio-stimulants, which support plant growth by means of beneficial microbes that enhance nutrient availability. Our ongoing R&D efforts will identify ideal plant-promoting microbes and integrate them into our materials to enhance crop performance and soil health under diverse conditions.

Our biodegradable solutions help reduce chemical fertilizer dependency and nitrogen emissions, addressing key food security and sustainability challenges. Carapace Biopolymers therefore supports farmers in the transition to safer, yet effective, eco-friendly alternatives that comply with evolving regulations.

Project team

Marouschka Blahetek

Project Number

BIOB24016

Year granted

2024

Status

Finished

Applicant

Delft University of Technology

Funding

€ 200.000

Sector/Industry

Agri- & Horticulture, Chemical, process, Mining industry

SDG's

Zero hunger (SDG 2)
Good health and well-being (SDG 3)
Industry, innovation and infrastructure (SDG 9)
Responsible consumption and production (SDG 12)
Climate action (SDG 13)
Life on land (SDG 15)

Thematic Cluster

TC2: Agriculture & Food

Level

Level 1
Molecuul

2024

Year granted

Delft University of Technology

Applicant

€ 200.000

Project funded
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