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The operational business primarily involves accepting client commissions to undertake the optimization, improvement, operation, and maintenance of environmental pollution control facilities. By providing innovative environmental protection technologies, continuously improving processes, and optimizing environmental operational parameters, it enhances treatment effectiveness for clients, reduces operational costs, and consistently delivers value-added services. This represents a new service model for third-party environmental pollution governance vigorously promoted by the state. Centered around the company's four core series of technologies and relying on the implementation of comprehensive solutions, the main operational services cover the operation and technical services of various equipment and facilities for non-ferrous smelting waste acid, heavy metal wastewater (treatment of industrial park wastewater), arsenic-containing hazardous waste, etc.
Operational services for non-ferrous smelting waste acid treatment project
Service target:Waste acid treatment projects of non-ferrous metal smelting enterprises such as copper, lead, and zinc.
Overview: The waste acid treatment and operation project of Guotou Jincheng was undertaken in a BOT (Build-Operate-Transfer) model. The waste acid produced has complex components and is difficult to treat. The project was jointly funded by the company and the owner. The company is responsible for the overall operation of the project, achieving“zero discharge” of waste acid and wastewater. The system has been operating stably since then.
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Operational services for heavy metal wastewater treatment projects
Service target:Heavy metal-containing wastewater treatment projects generated by enterprises in non-ferrous metal mining, beneficiation, smelting, material processing, etc.
Overview: The Tibet Julong Copper Industry's leachate water operation project, situated at an altitude of 4,200 meters, boasts a daily treatment capacity of 60,000 tons. It employs a process combining sodium sulfide copper precipitation, caustic soda neutralization, and flocculation to achieve in-depth treatment and reuse of wastewater, as well as the resourceful recovery of high-copper slag, yielding considerable economic benefits..
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