AA SS AQUA HITECH CO., LTD. Factory Tour

AA SS AQUA HITECH CO., LTD. is a manufacturing enterprise integrating R&D, production, sales, and after-sales service, specializing in the field of electrochemical wastewater treatment technology. Unlike conventional equipment assemblers, we have achieved full-chain independent manufacturing, from core electrode production to complete machine assembly and system debugging. Our factory has electrode material workshops, equipment processing workshops, electrical control assembly workshops, and a complete machine testing platform, ensuring controllable quality and predictable delivery times at every stage.

Core manufacturing capabilities

We possess a complete production line for electrochemical wastewater treatment equipment, including electrode processing, equipment technology and structural design, and power supply integration. All equipment undergoes water and electricity simulation testing before leaving the factory to ensure it is ready for commissioning and operation upon arrival at the site.

Manufacturing of supporting water treatment equipment

In addition to electrochemical equipment, we also manufacture various conventional wastewater treatment equipment (physicochemical, biochemical, MBR, etc.), as well as pure water/ultrapure water treatment equipment. Our pure water business covers combined processes such as reverse osmosis, EDI, ion exchange, and UV sterilization to meet the needs of industries such as electronics, pharmaceuticals, chemicals, and laboratories.

Service Scope

Electrochemical wastewater treatment equipment (primarily for highly recalcitrant, high-salt, and toxic wastewater)

Various physicochemical and biochemical wastewater treatment equipment (customized to meet specific needs, with optimal treatment solutions for different wastewater types)

Customized pure/ultrapure water systems (for electronics, pharmaceuticals, precision manufacturing, and other industries)

Comprehensive pre-sales technical support and after-sales maintenance services

Production records are created for each piece of equipment, and complete operation manuals and after-sales support are provided.

Remote commissioning guidance or on-site installation services are available, with long-term spare parts supply.

We provide OEM services for a full range of water treatment equipment to partners including water treatment engineering companies, environmental equipment manufacturers, and industry integrators. From wastewater treatment to ultrapure water preparation, we offer a one-stop solution to meet all your equipment customization needs.

Product range that can be manufactured

Our Advantages

We manufacture core components in-house, free from external constraints. Electrodes and electrode integrated modules are key components of electrochemical wastewater treatment equipment. Our self-production ensures delivery time and cost are not affected by outsourcing, providing greater assurance for long-term cooperation.

Technical support reduces risks for OEM customers

We don't just "copy and paste." We offer customized processes tailored to the specific water quality of our clients' wastewater. Our electrochemical wastewater treatment equipment can be freely combined with other wastewater treatment systems. We provide remote technical guidance during equipment commissioning and after-sales troubleshooting support. Our complete machine manufacturing ensures cost control: from component selection to equipment assembly, key processes are completed in-house, eliminating multiple markups and giving our partners a price advantage.

OEM Service Process

1. Requirements Communication (product type, treated water volume, discharge standards, budget, etc.)

2. Technical Solution Confirmation (drawings, configuration list, control logic)

3. Quotation and Agreement Signing (clarifying delivery date, warranty, confidentiality, and other terms)

4. Production and In-Process Quality Inspection

5. Factory Testing and Shipment

6. After-Sales Service and Ongoing Technical Support

Pre-Sales: Free preliminary solution evaluation and experimental suggestions.

During Sales: Assisting customers in completing equipment installation and commissioning.

After-Sales: Long-term technical consultation, assisting in resolving any abnormal problems encountered during operation.

To ensure the most suitable treatment process is established for each type of wastewater, the company has established a dedicated wastewater treatment process laboratory, equipped with water quality analysis instruments, pilot-scale electrochemical devices, and physicochemical and biochemical equipment. This enables systematic process research and validation for actual wastewater samples provided by clients.

R&D Process: From "Influential Water" to "Solution"

1. Water Quality Analysis: Testing key indicators such as COD, ammonia nitrogen, total nitrogen, conductivity, and pH.

2. Pilot-Scale Experiments: Utilizing electrochemical equipment, combinations of electrochemical equipment and other pretreatment equipment, and conventional wastewater treatment equipment, the treatment effects of various methods are compared to determine the optimal wastewater treatment process.

3. Economic Comparison: Considering factors such as equipment investment, power consumption, consumable replacement cycle, and sludge production, the total lifecycle cost per ton of water treated is calculated to select the lowest-cost and most stable process route.

4. Long-Term Stability Verification: Simulating real-world fluctuations in water quality and quantity during operation to determine the continuous stability of the treatment process.

Core R&D Achievements

Electrochemical Wastewater Treatment Equipment: Targets wastewater with high salinity, high organic content, high toxicity, and ammonia nitrogen content.

Wastewater Treatment Database: Contains pilot-scale data on over 2000 types of wastewater, enabling rapid directional recommendations.

Mature Processes: Multiple wastewater treatment combination processes, with feasibility verified hundreds of times.

Customized Pure/Ultrapure Water Processes: Can design the most economical combination processes based on raw water quality and end-effect water requirements.