CleanEdge Resources, a leading environmental company in sustainable wastewater treatment and resource recovery solutions, has secured a major BOOT (Build, Own, Operate, Transfer) contract with a prominent nickel producer. CleanEdge Resources will design, build, and operate a facility to recover sodium sulphate from wastewater at the client’s nickel production plant near Maharashtra, India.

The facility will use advanced technologies like evaporative and fractional crystallization to recover sodium sulphate from wastewater. This recovered salt can be reused in industries such as cement, chemicals and textiles, reducing the need for raw materials and supporting a sustainable production. The project aligns with CleanEdge Resources commitment to promoting circular economy principles in mining, helping clients turn wastewater into valuable resources and reducing environmental impact.

Prashant Kothari, CEO of CleanEdge Resources (India) stated, "We are thrilled to partner with our client to deliver a comprehensive Zero Liquid Discharge (ZLD) solution that enhances their sodium sulphate recovery process. Our innovative approach is designed to boost operational efficiency while helping the client achieve their sustainability goals. This marks our second BOOT project in the mining sector, demonstrating our capability in transforming waste into valuable resources."

This agreement represents a significant milestone in CleanEdge Resources commitment to advancing resource recovery and promoting sustainable industrial practices globally.

About CleanEdge Resources

Headquartered in Singapore, CleanEdge Resources is a leading environmental company offering disruptive technologies for industrial wastewater treatment and waste to energy solutions with a focus on resource recovery and sustainability. Leveraging decades of technical, commercial, and operational experience, financing expertise, and proven BOOT model of services, CleanEdge Resources aims to be the leading solutions provider across Asia, enabling clients to efficiently address the challenges of industrial wastewater treatment, resource recovery and sustainability.

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