The Multi-effect Precipitation Reactor integrates chemical reaction, flocculation, sedimentation, and sludge thickening into a single unit. By dosing different chemical agents, it effectively removes hardness, silicon, fluoride, organic phosphorus, COD, and heavy metal ions from water.

Advantages & Features:

• Steel-integrated packaged unit for precise control and enhanced process efficiency

• High loading capacity with compact footprint

• Reduced labor requirements, lower investment, and shorter construction time

Application Fields:

• Pretreatment for zero liquid discharge in coal chemical industry

• Gasification wastewater pretreatment

• Hardness removal from ash water

• Pretreatment and advanced treatment of industrial wastewater

The Loaded Precipitation Reactor utilizes a loading medium as its core, removing various contaminants through rapid coagulation and adsorption.

Advantages & Features:

• Steel-integrated packaged unit

• Upflow rate 5-8 times higher than conventional sedimentation tanks

• Adjustable sludge discharge concentration

• Reactivation of activated carbon reduces chemical costs

Application Fields:

• Advanced purification of low-temperature, low-turbidity water

• Compliance discharge of concentrated brine

• Advanced treatment of industrial and municipal wastewater

The Multi-dimensional Biofilm Reactor features high hydraulic loading, upflow configuration, and efficient filtration using specialized media optimized for microbial growth.

Advantages & Features:

• Steel-integrated packaged unit with compact footprint

• Uniform water and air distribution for stable operation

Application Fields:

• Compliance discharge of concentrated brine

• Advanced treatment of industrial and municipal wastewater

This reactor maximizes organic matter degradation while simultaneously removing non-biodegradable COD through physical adsorption.

Advantages & Features:

• Steel-integrated packaged unit

• Effectively extends sludge age for more thorough biodegradation

• Patented aeration device improves oxygen transfer efficiency (OTE) and prevents clogging

Application Fields:

• Wastewater with recalcitrant COD

• Influent with poor biodegradability

Wastewater and ozone enter the central reaction module from the bottom, creating large-scale internal circulation of the gas-liquid mixture to enhance reaction efficiency.

Advantages & Features:

• Steel-integrated packaged unit

• Increases ozone utilization rate

• Reduces ozone dosage requirements

• Shortens reaction time and lowers operating costs

Application Fields:

• Compliance discharge of concentrated brine

• Treatment of recalcitrant COD

• Advanced treatment of industrial wastewater

High-pressure dissolved air and proprietary release devices generate micron-sized bubbles that readily adhere to suspended solids and float them to the surface. Externally mounted release devices prevent clogging.

Advantages & Features:

• Steel-integrated packaged unit

• Can replace two-stage (vortex & dissolved air) flotation systems

• Micro-sized bubbles

• Maintenance-free release devices

Application Fields:

• Pretreatment of petrochemical wastewater

• Retrofitting existing plants

This vertical-flow unit features central feed inlet and upward flow distribution. Heavy sludge is removed by bottom scrapers, while floating scum is skimmed from the surface. Fully automated operation eliminates manual handling in harsh environments.

Advantages & Features:

• Steel-integrated packaged unit

• Uniform flow distribution

• Compact footprint

• Simple operation and maintenance

• Simultaneous sludge concentration

Application Fields:

• Retrofitting existing plants

• Primary pretreatment

• Advanced treatment of industrial and municipal wastewater