South Africa is facing a severe water crisis: 67.6% of wastewater treatment plants are on the verge of failure, more than 50,000 liters of untreated sewage are discharged into rivers every second, and 81% of sewage emissions fail to meet standards. Against this backdrop, reclaimed water equipment has become a key solution to alleviate water scarcity, improve environmental conditions, and support the country’s shift from government-funded water projects to public-private partnership (PPP) models.
Baihuipu’s reclaimed water equipment is designed to be straightforward and effective: it treats municipal sewage, industrial wastewater (from mining, petroleum, and paper industries), and converts it into reusable water that meets South Africa’s Green Drop certification and industrial water standards. This means less reliance on scarce freshwater resources, reduced sewage pollution, and a stable water supply for industries and municipalities—directly addressing the country’s water infrastructure crisis and financial gaps.
In Durban, a coastal city with high water demand, our reclaimed water systems supply treated municipal sewage to local industries (including SAPREF Refinery and Mondi Paper Mill) for process water and cooling water, reducing their dependence on freshwater and lowering operational costs. For mining areas—where water is critical for production—our equipment treats mining wastewater, removing heavy metals and impurities, and reuses it for ore washing and dust suppression, complying with South Africa’s strict environmental regulations and B-BBEE (Broad-Based Black Economic Empowerment) policies.
Aligned with South Africa’s National Water Reuse Plan (WRP) and supported by GCF (Green Climate Fund) funding, our equipment is designed to form a stable revenue stream for PPP projects—selling reclaimed water to industries, mines, and industrial parks at competitive prices (15-25 Rand per cubic meter, compared to 10 Rand for municipal freshwater). We also integrate sludge treatment technology, converting sludge into biogas for power generation or fertilizer, turning “waste” into additional resources and offsetting operational energy consumption.
