PCR Laboratory Sewage Treatment Equipment - Waste Water Treatment Equipment for Testing Institutions - Full Specifications

In the design of laboratory wastewater treatment equipment, we adhere to the principles of advanced and applicable technology, strong specificity of process measures, reliable and stable systems, easy operation and shutdown, and a comprehensive cost savings in one-time investment and daily operation expenses, as well as minimizing the occupied area and the use of existing treatment facilities. After a comprehensive analysis of similar wastewater treatment technologies at home and abroad, and in response to customer requirements, we adopt the "acid-base neutralization adjustment + ultraviolet disinfection + multi-media filtration for heavy metals" process for wastewater treatment. Equipment using this process can effectively kill bacteria, pathogens, and other high-risk pollutants in wastewater. The acid-base neutralization system can uniformly adjust water quality to meet national discharge pH requirements and protect water quality. The multi-media filtration system acts as a filter for trace amounts of heavy metals, organic matter, and inorganic substances, reducing the components of wastewater with low investment. The equipment achieves full automatic operation without the need for dedicated supervision.

Equipment Advantages:

1. Treat various pollutants in wastewater using technologies such as acid-base neutralization precipitation, active adsorption, and ozone sterilization disinfection.

2. Utilizes microcomputer programming for real-time monitoring and control of wastewater quality and treatment process, ensuring around-the-clock, fully automatic operation without the need for constant human supervision.

3. Accurately control dosing with a pH meter and imported metering pump, and equipped with level control and other devices.

4. Utilizing advanced oxygenators, the gas and water have ample contact and a complete reaction.

5. User-friendly, stable operation, long service life, low running and maintenance costs.

6. Compact in size, can be installed indoors or outdoors as needed.

7. Tailor-made design and manufacturing to meet various customer requirements.

8. Equipment is designed to prevent electric leakage and comes with an integrated safety protection system.

Principles of Laboratory Wastewater Treatment Equipment Design

(1) Maximize existing equipment and pipeline, reducing investment scale and costs.

(2) Post-treatment purified water can be considered for recycling to reduce processing load and decrease operational costs.

(3) New wastewater treatment equipment features simple operation and low operation costs.

(4) Ensure that the effluent from the treated wastewater meets the "Emission Standards for Water Pollutants from Medical Institutions"

(5) When establishing new processing equipment and facilities, or when adding and modifying pipelines, strive to maintain the original appearance as much as possible.

Laboratory wastewater treatment equipment configuration quotation:

Laboratory wastewater sources: comprehensive laboratory wastewater generated from pharmaceuticals, reagents, test solutions, instrument cleaning, etc.

2. Comprehensive laboratory wastewater composition: inorganic substances, organic substances, biological wastewater, etc.

Inorganic wastewater: heavy metal ions, acid-base pH values, halogen ions, and other non-metal ions.

2) Organic Waste Water: Organic solvents, ammonia nitrogen, organic phosphorus pesticides, etc.

3) Biological Wastewater: Viruses, Chlamydia, Mycoplasma, Spirochetes, Fungi, Brucella, Anthrax Bacillus, etc.

PCR Laboratory Wastewater Treatment Equipment - Waste Water Treatment Equipment for Testing Institutions - Full Specifications

Equipment Advantages:

Treat wastewater inorganic pollutants by using neutralization coagulation, flocculation, natural sedimentation, fine filtration, and activated carbon adsorption technologies.

2. Can operate 24/7 without the need for on-site staff, running fully automated.

3. Accurately control dosing with pH levels and a metering pump.

4. Easy to operate, stable performance, long service life, low maintenance costs.

5. Compact land use, suitable for installation indoors or outdoors as needed.

6. Custom design and manufacturing available based on customer requirements and operational volume.