
Products & Services
Kingsley Engineering Service Corporation has been entrusted with the design, supply, installation, and commissioning of a state-of-the-art Membrane Bioreactor (MBR) Sewage Treatment Plant (STP) for Eco Intimates Ltd., located in Shirir Chala, Bager Bazar, Gazipur, Bangladesh. This project highlights Kingsley’s ongoing commitment to advancing sustainable and efficient wastewater treatment solutions for the textile and apparel industry in Bangladesh.
The proposed STP is designed to treat 360 cubic meters of wastewater per day (15 m³/hr), generated from black water, grey water, and dining water sources, serving a population of approximately 7,500 people, including factory staff and workers. The advanced MBR system of Kingsley will ensure the treated effluent complies with the Department of Environment (DoE) standards under ECR 2023 and aligns with global environmental expectations from international buyers.
Advancing Sustainability in
Textile Manufacturing
Eco Intimates Ltd., a modern apparel manufacturer, reinforces its commitment to sustainability by deploying Kingsley’s advanced MBR-based STP. The system is designed to treat all forms of domestic wastewater generated within the facility, thereby ensuring responsible water reuse and safe discharge. With 24-hour treatment capability, the STP will play a vital role in reducing the company’s environmental impact.
Innovative MBR Technology for
High-Quality Effluent
Kingsley’s advanced Membrane Bioreactor (MBR) technology brings a transformative approach to wastewater treatment at Eco Intimates Ltd., offering a blend of innovation, efficiency, and sustainability. The MBR system integrates biological treatment with fine membrane filtration, producing effluent of exceptional quality that is suitable for non-potable reuse applications such as toilet flushing and cleaning operations within the factory. By significantly reducing sludge generation and chemical usage, the system ensures lower operational costs and environmental footprint. Moreover, the compact design of the MBR units makes them ideal for space-constrained industrial facilities, providing a highly efficient alternative to conventional Activated Sludge Processes (ASP).
Engineering Expertise Meets
Complex Industrial Needs
Designing and executing a treatment solution for a facility that serves approximately 7,500 people comes with its own set of challenges, including fluctuating wastewater volumes and complex effluent compositions. In order to address these complexities, Kingsley's engineering team created a customized system design that includes many treatment phases, from biological oxidation and anoxic processing to initial screening and oil separation, ending in high-performance membrane filtration. Kingsley created an effective STP that complements Eco Intimates Ltd.'s operations and ensures long-term dependability, ease of maintenance, and complete compliance with national and international environmental standards.
Collaboration for a
Cleaner Future
Kingsley works in close coordination with Eco Intimates Ltd. at every stage—from detailed engineering design and equipment fabrication to installation and post commissioning assistance. This ensures that the STP meets both environmental and operational performance benchmarks.
Setting New Standards in
Industrial Wastewater Management
The Eco Intimates Ltd. STP is more than just a utility. It is a symbol of progress in Bangladesh’s industrial environmental management. With Kingsley’s MBR technology, the facility is setting a new standard in sustainable wastewater management, safeguarding natural resources, and enhancing workplace hygiene for thousands of employees.
Kingsley is proud to lead this project and continues to innovate in industrial wastewater treatment technologies, delivering sustainable solutions that are suited to the evolving needs of Bangladesh’s industries.
For more information about this project and Kingsley’s capabilities, visit:
Technology for a
Sustainable Future
Kingsley™ focuses on long term & sustainable future with a reliable technology.


























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