Almost every enzyme a mill buys today comes out of a fermentation tank, and many of the microorganisms doing that work have been genetically optimized to make more enzymes, or a better one. Buyers and brand compliance teams sometimes ask whether that makes the enzyme a GMO, whether anything from the microorganism ends up on […]

Amylase, pectate lyase, cellulase and catalase are biodegradable, non-toxic and work in dilute solution at moderate temperature. They are also proteins, and proteins that become airborne can sensitise the people who breathe them in. That is the one hazard the industry has had to manage since enzymes first reached detergent plants in the 1960s, and […]

Hydrogen peroxide bleaching gives cotton the consistent white base that reproducible dyeing depends on. The difficulty starts once the bleach has finished its job. Any peroxide left in the bath or on the fabric will react with reactive dyes, and the result is shade variation, patchy areas, and batches that refuse to match one another. […]

Before cotton yarn or fabric can be dyed, it has to be scoured. Raw cotton carries a range of non-cellulosic materials: waxes, pectin, hemicelluloses, mineral salts, and the machinery and sizing lubricants picked up during spinning and knitting. These impurities make the fibre water-repellent, and until they are removed the fabric will not absorb bleach […]

Consumers around the world are raising their standards for the garments they buy. They want fabrics that feel better at the point of purchase, hold their colour after repeated washing, and resist the pilling that makes a good garment look tired within a season. Retailers have taken note, and many now source only from mills […]

Before a garment ever reaches a consumer, the fabric it is made from undergoes a complex sequence of wet processing steps, each one a potential source of chemical waste, water use, and energy consumption. One of the earliest and most critical of these steps is desizing: the removal of sizing agents applied to yarns before […]

Enzyme technology in textiles is no longer just about replacing a chemical here or there. Recent innovations has fundamentally expanded what enzymes can do, from the way fabric is prepared and finished, to how dye wastewater is treated, to how polyester textiles are recycled at end of life. The global textile enzymes market reflects this […]

Textile wet processing has always been chemical-intensive. Desizing with acids, scouring with sodium hydroxide, bleaching with hydrogen peroxide. These processes work, but they demand high temperatures, consume enormous amounts of water, and generate effluent that’s expensive to treat. For mills facing tighter environmental regulations and export buyers asking harder questions about sustainability, the pressure to […]

You’re standing in a field, scooping soil into a jar. Inside that single handful of earth are thousands of microorganisms, each one producing enzymes that could change how your textile mill operates. It sounds improbable, but this is where the journey of industrial enzyme production begins. Understanding how enzymes go from soil sample to production […]

Have you ever wondered about the invisible forces at work in the world around us? Long before we had microscopes or scientific labs, humanity was harnessing the power of enzymes. These tiny biological catalysts are nature’s workhorses, speeding up chemical reactions in everything from ripening fruit to our own digestion. Their journey from ancient practices to high-tech industrial applications is a fascinating story of discovery and innovation.

Enzymes are specialized proteins found in all living matter. Every living cell, from plants and animals to human beings, relies on enzymes to live and grow. For instance, the human body contains over 55,000 enzymes, many of which are in our digestive system to help break down the food we eat. While enzymes are essential for life, it’s important to understand that they are not living substances themselves.

As one of the largest and most resource-intensive industries, textile production consumes vast amounts of water, energy, and chemicals. Unfortunately, this leads to significant environmental challenges, making sustainability in the textile industry a crucial focus for the future.