Colorifix utilizes a biological process to engineer microorganisms that produce and fix pigments onto textiles, eliminating the need for harmful chemicals in dyeing. This method significantly reduces environmental impact while maintaining high-quality color standards in the fashion and textiles industry.
Funding
$30.7M 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 conventional textile dyeing industry relies on harsh chemicals and large volumes of water, leading to significant environmental pollution and resource depletion. Traditional dyeing processes also generate toxic wastewater that requires extensive treatment, adding to operational costs and ecological damage.
Solution
Colorifix offers a biological dyeing process that uses engineered microorganisms to produce and fix pigments onto textiles, eliminating the need for most of the harmful chemicals typically used in dyeing. The process begins by identifying organisms that produce interesting colors and then uses online DNA databases to pinpoint the genes responsible for pigment production. These genes are then inserted into Colorifix's microbe, which acts as a biological factory. The engineered microbes are grown in a fermentor using non-hazardous ingredients, including agricultural by-products. The entire mixture from the fermentor is then pumped into standard dyeing machines along with the yarn, fabric, or garment to be dyed.
Target Audience
The primary customers are textile mills, dye houses, and fashion brands seeking sustainable and environmentally friendly dyeing solutions.
Features
- Utilizes engineered microorganisms to produce and fix pigments on textiles.
- Eliminates the need for harmful chemicals in the dyeing process.
- Microbes are grown in fermentors using non-hazardous ingredients, including agricultural by-products.
- Integrates directly into existing industrial dyeing equipment.
- Colors are derived from nature by identifying organisms that produce interesting colors and using online DNA databases to pinpoint the genes responsible for pigment production.