1. Integrated Pressurized Inorganic Membrane Water Reuse System

The Inorganic Membrane Pressurized Separation Integrated Water Reuse System combines coagulation–pre-sedimentation, pressurized inorganic membrane filtration, and UV disinfection into a single modular unit. The system reliably retains micro-flocs and suspended solids regardless of settling characteristics, then delivers deep disinfection to produce clear, stable effluent ready for reuse.

Process Flow

Coagulation – Pre-Sedimentation – Inorganic Membrane Filtration – UV Disinfection – Effluent

Pressurized inorganic membranes complete rapid, continuous filtration—unlike slow gravity settling—boosting throughput, adapting to variable flow and quality, and reducing footprint and civil works.

Reference size Data

Capacity (m³/d)	Dimensions (L×W×H mm)
100	5000×2500×2200
200	5000×2500×2500
300	5000×3000×2640
400	6000×3000×3000
500	6500×3000×3000
600	7000×3000×3000

Applications

• Effluent reuse in industrial parks
• Pre-treatment for river or groundwater intake
• Reclaimed water system upgrades

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2. AOP-FlotexT™ High-Oxygen Dissolved Flotation System

The AOP-FlotexT™ system injects ozone into an Fe*-catalyzed advanced oxidation process, generating abundant ·OH radicals that non-selectively break down refractory organics. Aromatic hydrocarbons, dyes, and pharmaceutical residues are cleaved and mineralized into smaller, biodegradable molecules, effectively reducing COD. In the flotation zone, a specialized microporous diffuser releases microbubbles, synchronizing oxidation and flotation: oxidation products and flocculants attach to bubbles, rise as scum, and are removed by a mechanical scraper. This integrated approach achieves 50%–80% COD removal for wastewaters that challenge conventional biological treatments.

Specifications

Model	Flow Rate (m³/h)	Main Motor (kW)	Aeration Motor (kW)	Scraper Motor (kW)	Total Power (kW)
FY-5T	3–5	1.1	0.55	0.37	2.02
FY-10T	5–10	1.5	0.55	0.37	2.62
FY-20T	15–20	2.2	0.75	0.37	3.32
FY-50T	40–50	7.5	1.5	0.37	9.37

Applications

• Oily wastewater treatment
• Textile dyeing effluent
• Leachate from landfills
• High-strength, hard-to-degrade industrial wastewater

Technical Advantages

• 50%–80% overall COD removal for recalcitrant wastewaters
• Integrated oxidation and flotation minimizes footprint
• Mechanical scraper ensures continuous solids removal

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3. Modular Integrated Wastewater Treatment Equipment

Modular Integrated Wastewater Treatment Equipment is a compact wastewater treatment system that integrates multiple units of the wastewater treatment process, such as pre-treatment, biological treatment, sedimentation, filtration, and disinfection, into one or more modules. Through rational design and combination, these modules work synergistically to achieve efficient wastewater treatment. Its core features include flexible configuration, rapid deployment, and adaptability to decentralized treatment needs.

Comparison with Traditional Wastewater Treatment Plants

Comparison Item	Traditional Wastewater Treatment Plants	Modular Integrated Equipment
Construction Period	6–12 months	1–4 weeks (factory prefabrication + on-site installation)
Footprint	Large (requires structures)	Small (compact design, saves 50%–80% space)
Adaptability to Water Quality Changes	Difficult to modify	Quickly adjust processes by adding or removing modules
Mobility	Fixed, non-movable	Supports relocation and reuse

Technical Advantages

• High Integration: Efficient use of space with strong system integrity.
• Flexible Adaptability: Customizable scale and excellent adaptability to water quality.
• Convenient Construction and Installation: Short construction period and low installation difficulty.

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4. Industrial Park Tailwater Advanced Treatment and Reclaimed Water Reuse (UF Ultrafiltration System, RO Reverse Osmosis System)

The Industrial Park Sewage Advanced Treatment and Reuse Equipment achieves efficient purification and resource reuse of sewage through a two-stage membrane separation technology (Ultrafiltration Membrane System + Reverse Osmosis Membrane System). The ultrafiltration membrane screens and retains suspended solids, colloids, and macromolecular organic substances, serving as a pretreatment unit to ensure water quality stability. The reverse osmosis membrane, based on the selective permeability principle of semi-permeable membranes, removes dissolved salts, small molecular organic substances, and heavy metal ions (desalination rate >98%).

This system is suitable for advanced desalination of sewage and the preparation of reclaimed water, applicable to electronic electroplating wastewater, chemical high-salt wastewater, and pharmaceutical organic wastewater. It can be reused for cooling circulation water, boiler feed, or production processes, helping industrial parks achieve near-zero discharge of sewage and a circular economy of water resources while meeting stringent environmental requirements.

Technical Advantages

• Anti-fouling Design of Membrane Components: Hydrophilic modified membrane materials withstand high turbidity and complex water quality, extending the chemical cleaning cycle by 30%-50%.
• Integrated PX Pressure Exchange Device: Recovers residual pressure from RO concentrate, reducing system energy consumption by 20%-40%.
• Water Saving Rate of 70%-90%: Concentrate can be further evaporated and crystallized to achieve zero discharge.

Application Scenarios

• Electronic Electroplating Industrial Parks
• Chemical High-Salt Wastewater
• Pharmaceutical Wastewater
• Textile and Dyeing Parks
• Reclaimed Water Reuse