Textile manufacturing requires large volumes of water for dyeing, washing, bleaching, and finishing processes. These operations generate wastewater containing dyes, chemicals, suspended solids, and biodegradable organic matter that must be treated before discharge.
To support sustainable production and environmental protection, Charm Ltd. engineered a 1,920 m³/day MBR-based Effluent Treatment Plant for Maxcom Knit (BD) Ltd. The system is designed to consistently produce high-quality treated water while reducing pollutants and improving the factory's overall environmental performance.
Industrial wastewater management is a critical responsibility for every manufacturing facility. An effective Effluent Treatment Plant protects the environment, conserves water resources, and helps industries meet legal discharge requirements.
By installing a modern ETP, manufacturers can:
Charm Ltd. selected Membrane Bioreactor (MBR) technology because it combines biological treatment with membrane filtration to achieve outstanding wastewater treatment performance.
Unlike conventional treatment systems, MBR uses advanced membrane modules to separate treated water from activated sludge. This produces cleaner effluent, improves treatment stability, and reduces the need for large settling tanks, making it an excellent solution for modern textile manufacturing facilities.
The completed ETP delivers significant environmental and operational value to Maxcom Knit (BD) Ltd., including:
Charm Ltd. specializes in designing and implementing customized wastewater treatment solutions for Bangladesh's industrial sector. Our experienced engineers use advanced MBR technology to deliver reliable, energy-efficient, and environmentally sustainable Effluent Treatment Plants tailored to each client's operational needs.
Our capabilities include:
Whether your industry requires a compact wastewater treatment system or a high-capacity industrial ETP, Charm Ltd. delivers customized MBR-based wastewater treatment solutions that combine engineering excellence with sustainable environmental performance. Contact our team today to discuss your project and discover the right solution for your facility.