Environmental Projects
Sanitary Treatment Plant
The wastewater treatment unit at Bisotoun Steel consists of physical, biological, and chemical treatment stages for sanitary wastewater. It should be noted that the capacity of this unit at Bisotoun Steel is about 100 cubic meters per day.
Wastewater Treatment Units
Physical Treatment
Grit removal unit
Equalization unit
Biological Treatment
Chemical Treatment
Chlorination unit
Bisotoun Steel Company
Wastewater management includes all actions related to the production, collection, treatment, disposal, and reuse of wastewater, considering technical, economic, and environmental aspects.
This process is designed in such a way that it causes no harm or negative impact on health and the environment. The presence of a sanitary treatment plant brings many benefits, including:
Reduction of environmental pollution: Effective treatment of effluents prevents harmful pollutants from entering groundwater and surface water, helping to preserve aquatic ecosystems.
Water recycling and reuse: By treating and recycling effluents, it becomes possible to reuse water for green space irrigation at Bisotoun Steel, which reduces the need for natural water resources and lowers water supply costs.
Protecting the health of employees and surrounding communities: By controlling pollutants and producing sanitary effluents, this treatment plant helps protect the health of employees and residents living near Bisotoun Steel.
Meeting environmental standards: The sanitary treatment plant at Bisotoun Steel, by complying with domestic and international environmental standards and requirements, helps the company operate within regulations and avoid environmental fines.
The sanitary treatment plant of Bisotoun Steel, by employing advanced technologies and multi-stage processes, acts as an essential part of sustainable and efficient management of effluents and water pollutants. This treatment plant not only helps reduce environmental impacts and improve water quality, but also enables water recycling and efficiency in resource consumption.
