Chemical Laboratory Wastewater Treatment Equipment - Electronic Manufacturing Sewage Treatment Equipment - Fully Automatic Control

Chemical Laboratory Wastewater Treatment Equipment - Electronic Manufacturing Sewage Treatment Equipment - Fully Automatic Control

Equipment Overview:

Wastewater primarily originates from external sampling by the owner's research, testing, and monitoring departments. The wastewater discharge volume is relatively small and varies greatly over time. The pollution components are complex and unstable, mainly including various waste acids and alkalis, toxic organic compounds, heavy metals, pathogenic microorganisms, and more.

Operating Principle:

The laboratory wastewater treatment equipment primarily utilizes coagulation, sedimentation, oxidation, and high-efficiency sterilization to remove and eliminate bacteria, heavy metals, COD, viruses, and other contaminants from biological wastewater. Within a specific pH range, it can kill all microorganisms, including bacterial sporophytes, bacterial endospores, fungi, mycobacteria, and various infectious viruses like hepatitis viruses. The wastewater treatment process employs automatic control, requiring no constant human supervision throughout the entire process.

Product Features:

Utilizing dissolution method, automatic controlled release, and pressure chlorination process design, the disinfectant produced by the reasonable mixing of water and solid reagent (mainly containing over 80% CL) for slow-release is introduced into the required pond (well) for full contact and disinfection.

Equipment Performance:

1. The product is highly practical, capable of catering to wastewater treatment in various types of laboratories.

2. Leaking automatic protection, high/low voltage automatic protection, no wastewater protection, level protection, and other functions.

3. Scheduled Auto-Cleaning Function: The system automatically cleans the necessary parts at scheduled intervals, resulting in a longer lifespan.

4. The product is centrally controlled with a high degree of automation, requiring no dedicated on-site staff.

5. Product Timer On/Off Function: The equipment can be set to automatically turn on in the morning and turn off at night according to the customer's schedule. Once the time is set, the equipment will automatically turn on at the scheduled morning time and turn off at the scheduled night time, eliminating the need for the operator to manually turn on and off the equipment in the morning and evening.

6. Dynamic product operation, digital metrics, excellent processing results.

7. The product features a "one-stop" design with integrated, all-in-one equipment processing, boasting attractive appearance and minimal land occupation.

8. Equipped with a PLC programmable intelligent control system and a human-machine interface operation screen: LCD Chinese display, clock and language setting functions.

9. Remote Monitoring and Operation Function: Customers can remotely monitor, operate, and manage the wastewater treatment equipment in the wastewater treatment room by installing remote control software on a computer or control station, from their office or control room, and stay updated on the equipment's operation status at all times.

10. System PIN Code Lock: Separates management and usage rights, ensuring normal and safe operation of the equipment; built-in fully automatic sterilization program for automatic sterilization.

11. Automatically records and manages water quality data (pH level), and can generate reports for printing; Remote command control: remote power on, remote power off, remote restart, etc.

Chemical Laboratory Wastewater Treatment Equipment - Electronic Manufacturing Sewage Treatment Equipment - Fully Automatic Control

Process Description:

Wastewater is collected and homogenized in a sedimentation tank, then flows into a neutralization reaction tank where a measured amount of acid (or alkali) solution is added based on the water quality characteristics for neutralization. The neutralized wastewater is then pumped to a filter tank for filtration. During this process, a measured amount of净水剂 solution is also introduced to cause flocculation reactions in the pollutants, enhancing the filtration efficiency. The filtered clean water is sterilized by an ozone sterilizer before flowing into a bioactive carbon tank, further trapping and adsorbing fine pollutants. The treated water is then directly discharged into the urban sewage pipeline network.