(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) Source & Characteristics: Generated during the operation of the wet deacidification system, this is a high-concentration saline wastewater. Beyond pollutants such as CODcr, BOD5, and NH3-N, it contains significant amounts of heavy metals, soluble salts, oils, and other contaminants.

(2) Core Process & Recovery: The main treatment process utilizes a "Heat Exchanger + Wastewater Collection Tank + Sand Filter + DTRO + RO" configuration. The system recovery rate is no less than 50%, with the DTRO recovery rate 50% and the RO recovery rate 80%.

(3) Water Quality Standard: The product water meets the standard of "The Reuse of Urban Recycling Water — Quality of Industrial Water" (GB/T 19923-2005).

(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)