About ITAD MSW Treatment Centre
The ITAD Municipal Solid Waste (MSW) Treatment Centre in Shuyang has exemplified its diverse and successful technology application in energy-saving, water conservation and reduction of pollution discharge.
Industrial Waste Water Recycling and Treatment
Waste water generated in the MSW treatment process is treated and reused through a specific process which saves a significant amount of water for the yearly production and dramatically reduces wastewater discharge by conserving our precious water resources.
Municipal Waste Water Resue and Treatment
Waste water generated by the staff each day is treated by an innovative non-power derived wastewater treatment system, followed by an artificial ecological wetland system, and reused in the landscape irrigation.
Artificial Wetland Technology
The wetland plays an important role for water purification, water conservation and water recycling. A special designed, artificial wetland system is constructed. This unique system not only collects rainfall preventing flooding during the rain seasons, but also purifies the river water to reach an industrial standard for our facility’s daily use. This system is an effective technology to purify water for the utilization of natural water resource.
Rain Collection and Natural Rainfall Usage
Shuyang is known for its mild climate and heavy rainfall throughout the year. The building roofs and road surface are constructed with well-designed rain-collection system. Water is collected and passed through the wetland system, then stored in an artificial lake for workshop use and landscape irrigation which saves large amount of water each year.
Waste Gas Emission Elimination
Waste gas is collected using a negative pressure system, and treated by an integrated waste gas treatment system before discharge to maximize the elimination of the waste gas pollution.
Heat Energy Recovery
MSW treatment process recovers significant heat through cooling water system and tail gas from the boiler. These low heat potential sources are well conserved and effectively used by the heat pump system to recover high potential heat for hot water supply and heating which reduces a significant amount of energy consumption each year.
