(1)Industrial wastewater primarily consists of circulating cooling blowdown water,which generally has good water quality except for a relatively high salt content.

(2)The primary treatment process for industrial wastewater is“Chemical softening+UF+RO,”achieving a water production rate of approximately 80%.

(3)The water quality of the produced water meets the makeup water quality standards for open recirculating cooling water systems as specified in Table 1 of the“Municipal Wastewater Reuse-Industrial Water Quality”(GB/T19923-2005)standard.

(4)We have a professional design and service team dedicated to the development,integration,and technical support of complete equipment for waste-to-energy plants,landfill leachate treatment,industrial wastewater,flue gas washing,and dehumidification wastewater.Through technological innovation and optimization,we provide customers with leading technology,equipment,and services.

(1)Flue gas washing wastewater is produced during the operation of wet flue gas desulfurization systems and is classified as high-concentration saline wastewater.In addition to pollutants such as CODcr,BOD5,and NH3-N,it contains significant amounts of heavy metals,other soluble salts,and oil contaminants.

（2）The primary treatment process for flue gas washing wastewater is“Heat Exchanger+Wastewater Collection Pond+Sand Filtration+DTRO+RO”.The overall water recovery rate of the system is at least 50%,with the DTRO recovery rate being at least 50%and the RO recovery rate at least 80%.

(3)Product water quality:“Water Quality for Industrial Use in the Reuse of Municipal Wastewater”(GB/T19923-2005)

(1)Dehumidification wastewater is produced by the dehumidification section of a wet scrubber system,which is a seasonal intermittent wastewater with the highest production volume occurring in winter.

（2）The primary treatment process for Dehumidification wastewater is“Heat Exchanger+Regulating Pool+Quartz Sand Filter+Two-stage RO”.The overall water recovery rate of the system is at least 72%,with the primary-RO recovery rate being at least 80%and the secondary-RO recovery rate at least 90%.

(3)Product water quality:“Water Quality for Industrial Use in the Reuse of Municipal Wastewater”(GB/T19923-2005)