Grouse Fibre produces sustainable fibers from protein sources, offering an alternative to traditional textiles. Their technology creates biodegradable materials for use in clothing and other applications, reducing reliance on synthetic and resource-intensive options.
Funding
$245.5K raised to dateRaised to date based on public sources. This may differ from the amount the company actually raised and is based only on what is publicly available on the internet.
Founders
Product
Problem
The horticulture industry relies heavily on peat-based growing media, which contributes to significant carbon emissions through extraction and degradation of peat bogs. Peat extraction destroys valuable ecosystems and releases stored carbon into the atmosphere, exacerbating climate change. Alternative growing media often lack the technical capabilities of peat, leading to reduced yields and longer growing times.
Solution
Grouse Fibre addresses the environmental impact of peat by developing sustainable growing media from waste milk proteins. Using a proprietary wet spinning process, they convert these proteins into fibers and filaments that enhance the properties of peat-free substrates. These protein fibers improve moisture retention, nutrient release, and air porosity in growing media, leading to enhanced plant growth and resilience. Grouse Fibre's technology offers a cost-competitive and scalable alternative to peat, enabling the horticulture industry to reduce its carbon footprint while maintaining or improving crop yields.
Target Audience
The primary target audience includes professional horticulture growers seeking sustainable and high-performance alternatives to peat-based growing media, as well as dairy processors looking to valorize waste milk streams.
Features
- Protein fibers derived from waste milk through a proprietary wet spinning process
- Tunable hygroscopy and moisture retention for optimized water management in growing media
- High nitrogen content provides a natural source of nutrients for plant growth
- Enhanced air porosity improves root development and prevents waterlogging
- Biodegradable fibers offer a sustainable end-of-life solution, reducing waste
- Nonwoven protein fiber mats for agriculture to replace plastic mulch
- Capability to create fibers from proteins, biopolymers, recycled materials and unique compositions