Traditionally, water has been a popular medium used in dyeing, finishing, cleaning of textile materials. It makes the textile industry as one of the largest consumers of water resources. According to the World Resources Institute, the conventional fabric dyeing processes consumes roughly 5 trillion liters of water every year to meet the increasing demand in the world for new apparels. Moreover, according to the United Nations World Development Report, 80% of the global wastewater is dumped into the environment without adequate treatment.
In a world where usable water resources are becoming alarmingly scarce such that water has even started trading on Wall Street as a 'Futures Commodity' to join the likes of Gold and Oil, it is imperative that we need the development of more sustainable solutions in the world.
That's where SUPRAUNO®, developed by Deven Supercriticals, comes in. It is a patented sustainable waterless dyeing technology that uses Supercritical CO2 to revolutionize textile dyeing. Our innovative solution allows the waterless use of conventional dyes and their traditional tri-chrome recipes in the sustainable dyeing operation of various man-made and natural fabric types, including Cotton, Polyester, Nylon, Viscose, Linen, Wool, Acrylic and Blends with the help of Supercritical CO2.
SUPRAUNO® further requires no reduction clearing for polyester, uses no salt for cotton, improves overall dye utilization, follows single bath dyeing of textile blends and uses up to 90% lesser auxiliary chemicals, which otherwise would have ended up in the wastewater. Thus, it substantially reduces Effluent Treatment Plant (ETP) load, lowering batch times leading to ~50% lesser Energy Load.
The use of our technology not only reduces the water use by 76% but also reduces the use of auxiliary chemicals by 90% which would have ended up in the wastewater. We believe that our technology could have a significant positive impact on the environment and help the industry shift towards a more sustainable and responsible way of textile dyeing