REINACH, Switzerland — 13 December 2013 — Archroma, a global leader in specialty chemicals, today announced that it opened its first sustainable effluent treatment (SET) facility for a textile operational site in Jamshoro, Pakistan. With an investment of 371 million PKR, the facility not only supports the substantial recovery of 80 percent of water but also allows effluent treatment based on zero liquid discharge, fulfilling Pakistan’s very stringent National Environmental Quality Standards (NEQS) requirements.
At the inauguration held on December 10, 2013, Alexander Wessels, CEO of the Archroma Group, declared: “At Archroma, we take water scarcity very seriously and therefore are constantly exploring new and environmentally compatible solutions. As a chemical company committed to innovation and performance together with sustainability, Archroma puts a lot of time and engagement in developing chemical solutions that help our customers use less water.”
In a textile industry currently under close scrutiny for its heavy water use, the SET facility is a clear sign that leading companies such as Archroma are constantly aiming for ever more sustainable solutions.
The operational SET plant is spread over an area of 25 acres consisting of flocculation, equalization, surface aeration, clarification, ultra filtration and reverse osmosis to yield colorless water with a COD (Chemical Oxygen Demand) and TDS (Total Dissolvable Solids) of less than 75 ppm.
Mujtaba Rahim, CEO of Archroma in Pakistan, added: “In 2010 we decided to make the significant investment in the Jamshoro site with the aim of setting new standards not only in the quantity but also in the quality of the recovered water. The data from the SGS testing report is indicative of Archroma’s commitment towards sustainable operational excellence.” The Jamshoro site is one of the biggest textile chemical sites within Archroma. It produces dyes, chemicals, emulsions and pigment dispersions for the textile, leather, paper and coatings industries.
Posted January 24, 2014
Source: Archroma