Ecomaster Textile (Bacteria for Textile) is designed to break down complex compounds such as starch, PVA, cellulose, and lignin into simpler forms, making it highly effective for use in textile industries including denim, cotton, polyester, yarns, silk, nylon, rayon, and more. These single-celled, non-genetically engineered microorganisms are specifically tailored to work efficiently in textile effluents. Due to their ability to acclimatize and ferment within these environments, Ecomaster Textile bacteria play a critical role in reducing pollutants and aiding the natural decomposition of harmful compounds.
Ecomaster Textile is particularly beneficial for managing high chemical oxygen demand (COD) and biological oxygen demand (BOD) levels, as well as removing natural dyes and other pollutants from textile wastewater. The bacteria’s adaptability and high efficiency make them ideal for use in the treatment of textile effluents, where they help to minimize the environmental impact of industrial processes.
Ecomaster Textile contains eco-friendly, naturally occurring microbes that work efficiently in industrial wastewater. These microbes promote sustainable practices by breaking down harmful pollutants without causing any environmental damage, making them a safe and effective solution for wastewater treatment in textile industries.
Ecomaster Textile effectively reduces Chemical Oxygen Demand (COD) and Biological Oxygen Demand (BOD) levels in textile effluents. This helps industries meet environmental standards, improving water quality and reducing the overall pollution load discharged from textile manufacturing processes.
This microbial solution is designed to target and degrade natural dyes and other color compounds commonly found in textile wastewater. By breaking down these pigments, Ecomaster Textile ensures clearer effluent discharge, making it easier to meet stringent environmental guidelines for water reuse or disposal.
Ecomaster Textile microbes are non-pathogenic, meaning they are safe for use and pose no risk to human or environmental health. Pre-formulated and ready to use, they require no genetic modification or additional processing, making them a convenient solution for textile wastewater treatment.
Ecomaster Textile is composed of multiple, highly concentrated strains of active microbes that work synergistically to treat textile effluents. Their high concentration ensures rapid action, making wastewater treatment more efficient and helping industries maintain high operational standards with minimal downtime.
Ecomaster Textile is an eco-friendly microbial solution used to treat wastewater in textile industries. It contains a variety of non-pathogenic, naturally occurring microbes that effectively degrade harmful pollutants, including COD, BOD, and color compounds.
Ecomaster Textile contains highly active microbial strains that break down complex organic compounds in the wastewater, significantly lowering the Chemical Oxygen Demand (COD) and Biological Oxygen Demand (BOD) levels, ensuring compliance with environmental regulations.
Yes, Ecomaster Textile is designed to target and degrade natural dyes and other color compounds commonly found in textile effluents, helping industries meet environmental standards for water quality.
Absolutely. Ecomaster Textile contains non-pathogenic microbes, making it safe for the environment and human health. It does not introduce harmful or genetically modified organisms into the wastewater system.
Ecomaster Textile is a ready-to-use microbial solution. It is typically introduced directly into the wastewater treatment process where it rapidly acclimatizes and begins breaking down pollutants, enhancing overall treatment efficiency.
Ecomaster Textile is highly effective in breaking down complex compounds such as starch, PVA, cellulose, lignin, and other pollutants from denim, cotton, polyester, silk, nylon, rayon, and bleaching and dyeing processes.
Yes, the highly concentrated microbial strains in Ecomaster Textile not only degrade pollutants but also reduce excess sludge generation, making the wastewater treatment process more efficient and cost-effective.