Product Brief

1. Power: ≤2 KW (adjustable with equipment size), working voltage 220V-50HZ
2. Application: It suits university scientific laboratories, hospital clinical laboratories, CDC & microbial laboratories, enterprise R&D laboratories, third-party testing institutions and biological medicine labs.
3. Configuration: It is equipped with PLC touch screen intelligent control system, multi-stage purification processing units, real-time online water quality monitoring module, automatic chemical dosing unit and closed anti-leakage treatment system.

Why Choose Us?

• Professional manufacturing experience in environmental protection equipment
• Complete compliance certificates meeting international water treatment standards
• Global export to Europe, Asia, North America and Southeast Asia

Overview

This product is an integrated fully automatic intelligent wastewater treatment equipment designed for laboratory sewage with complex components. It integrates multiple processes such as wastewater collection, pH automatic adjustment, heavy metal removal, organic matter degradation and terminal disinfection into one device.

Core Problems Solved: Laboratories face the problems of complex wastewater components, unstable water quality and high manual operation errors. This equipment realizes fully automatic intelligent treatment of laboratory wastewater. It ensures stable up-to-standard discharge of sewage. It replaces the traditional standard laboratory wastewater treatment equipment that relies on manual operation and regular on-site monitoring.

Feature Highlights

1. PLC Touch Screen Intelligent Control System

The equipment is equipped with a 7-inch LCD touch screen and PLC programmable control system. It automatically calculates the chemical dosage according to the components and concentration of wastewater. The standard model only supports manual chemical adding and parameter adjustment with high error rate.

2. Remote Monitoring & Operation (Optionall)

Users can monitor the equipment’s operation status and adjust parameters in the office or via mobile devices. The standard model has no remote control function and requires on-site operation by special personnel.

3. Fully Automatic Operation Without On-site Attendance

It realizes automatic water inflow, automatic pH adjustment, automatic disinfection and automatic fault alarm. It needs no special person on duty. The standard model needs regular on-site inspection and manual operation, which increases labor costs.

4. Multi-stage Purification with Real-time Online Monitoring

It adopts multi-stage purification technology to treat inorganic, organic and biological wastewater in laboratories. It has real-time online monitoring of key water quality indicators. It ensures stable treatment effect.

5. Closed Treatment with No Secondary Pollution

It uses silent motors and anti-corrosion pumps with full closed treatment structure. It produces no peculiar smell or leakage and no secondary pollution of waste residue, water or gas. The standard model has simple structure with partial open treatment and potential secondary pollution risks.

6. Compact Design with Small Floor Area

It has an integrated modular design with reasonable functional zoning. Its floor area is only 2-7 m², which is suitable for laboratories with limited space.

Specifications

Applications

1. University Scientific Laboratories

Wastewater Type: Inorganic acid-base wastewater, heavy metal-containing wastewater and low-concentration organic wastewater from chemistry, biology and material laboratories.

Solution: The equipment’s intelligent pH automatic adjustment and chemical precipitation technology efficiently removes heavy metals and neutralizes acid-base substances. It realizes unmanned operation and adapts to the intermittent wastewater discharge of universities.

2. Hospital Clinical Laboratories

Wastewater Type: Biological wastewater containing pathogens, bacteria and viruses from clinical testing, pathology and laboratory departments.

Solution: It adopts multi-stage disinfection technology (sodium hypochlorite + ultraviolet optional) with microbial inactivation rate ≥99.99%. It meets the discharge standards of medical institution wastewater and avoids biological safety risks.

3. CDC & Microbial Laboratories

Wastewater Type: High-risk microbial wastewater from PCR, P2/P3/P4 laboratories and physicochemical testing.

Solution: The closed treatment structure and intelligent anti-freezing and dehumidification control device ensure stable operation of the equipment. It completely inactivates high-risk pathogens and has no leakage risk.

4. Enterprise R&D Laboratories

Wastewater Type: Mixed wastewater from chemical synthesis, material testing and product research and development of enterprises.

Solution: It supports flexible adjustment of processing capacity and customized disinfection modules. It adapts to the characteristics of large fluctuations in wastewater quality and quantity of enterprise R&D laboratories.

Customization Options

1. Control System Customization

Buyers can choose basic PLC touch screen control or advanced remote monitoring and operation system (with alarm function). It is suitable for laboratories that need centralized management of multiple devices or remote operation.

2. Processing Capacity Customization

The daily processing capacity can be flexibly adjusted from 100L/D to 1000L/D according to the actual wastewater discharge of the laboratory. It is suitable for small and medium-sized laboratories with different scales.

3. Disinfection Module Customization

Three disinfection methods are optional: sodium hypochlorite disinfection, ultraviolet disinfection and ozone disinfection. It is suitable for laboratories with different microbial pollution levels (such as general chemical laboratories and high-risk microbial laboratories).

4. Material Customization

The main body material can be customized as ABS plastic (light and corrosion-resistant) or 304/316L stainless steel (high corrosion and acid-base resistance). It is suitable for laboratories with different wastewater corrosion degrees.

5. Purification Module Customization

Additional advanced filtration and adsorption modules can be added for laboratories with high requirements for organic matter removal. It further improves the COD removal rate.