Conventional textile dyeing creates toxic pollution consumes vast amounts of water
700K Tons of Toxic Effluent
Over 700,000 tons of dye-contaminated wastewater is released annually, with 10-15% of dyes discharged untreated into global waterways.
60-70% Are Potential Carcinogens
Azo dyes dominate the market but can degrade into aromatic amines - classified as Group 1 human carcinogens by IARC.
Heavy Metals in Water & Soil
Chromium, cadmium, and lead used in dyeing accumulate in ecosystems, entering food chains and posing chronic toxicity risks.
150-250L Water per kg Fabric
Conventional dyeing consumes enormous freshwater resources and generates extreme pH waste (pH 2-12), escalating treatment costs.
What if we could color fabrics using clean, engineered enzymes instead?
Industrial dye wastewater often contains carcinogenic aromatic amines
toxic heavy metals, and
persistent synthetic dye molecules resistant to natural degradation
We use engineered tyrosinase to oxidize tyrosine derivatives,
producing non-toxic and color-rich melanin-like pigments for
eco-friendly textile dyeing
We immobilize enzymes onto a solid scaffold, allowing them
to be reused repeatedly while maintaining high catalytic activity and
significantly reducing costs
We are redefining textile dyeing through enzymatic processes,
transforming it into an ecological activity that exists in harmony with nature.
