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Biodegradable Fishing Baits for Sustainable Angling, FHNW School of Engineering and Environment

School of Engineering and Environment


IKT, together with Capt’n Greenfin, has developed and tested biodegradable materials as eco-friendly alternatives to traditional fishing baits.

Technology

  • Biopolymers
  • Biodegradability
  • Injection moulding
  • Compounding
  • Foaming

Background

Since 2021, Capt’n Greenfin has been working on developing biodegradable fishing baits for sustainable angling. Conventional baits are often made from non-degradable plastics with harmful additives like plasticizers or UV stabilizers. These materials do not break down in water and can remain in the environment for over a hundred years when lost during fishing. An estimated 1,300 tons of plastic baits enter European waters each year – a major source of microplastic pollution.

Goals

The goal was to develop biodegradable materials for soft and hard fishing baits with the same performance, flexibility, and durability of conventional products, while being compatible with standard processes. The baits should be injection-mouldable, free from microplastics, stable in water for at least 4 hours, and fully biodegradable within two years when lost.

Results

Within the project biodegradable alternatives for soft and hard fishing baits were successfully developed. The soft material achieved the softness of conventional baits and remained stable in water for over 12 hours without losing performance. Hard bait showed high performance, withstanding forces over 20 kg. A custom injection moulding tool was designed to create baits with a foam structure, resulting in high flexibility for the soft baits and reduced weight for the hard baits. Initial results were presented at Fakuma 2024 – generating strong interest from experts and industry.

Hard and soft baits developed during the project: top two made by batch production, bottom four by injection moulding.

Project information

Client

Capt’n Greenfin

Execution

FHNW Institute of Polymer Engineering

Duration

21 months

Funding

Innosuisse

Project team

Stephanie Wegmann, Mariona Diaz, Prof. Dr. Christian Rytka, Halime Philipp, Dani Zürcher, Angeliki Liakopoulou, Filip Dostal, Shirley Tiesnes, Julia Fabis, Louis Greg Voser, Katarina Knezevic, Alex Massenbauer

School of
Engineering and Environment FHNW University of Applied Sciences and Arts Northwestern Switzerland

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