Laboratory Wastewater Treatment Equipment Introduction
Laboratory Wastewater treatment equipment is a special complete set of Wastewater treatment units exclusively designed for various laboratories. It integrates multiple processes including pretreatment, oxidative degradation, sedimentation filtration and disinfection sterilization. Made of corrosion-resistant materials, it can precisely treat acid-base wastewater, heavy metal wastewater, organic wastewater and microbial wastewater generated in laboratories. Featuring compact structure and simple operation without large-scale civil construction, it is widely applicable to universities, scientific research institutes and enterprise laboratories, ensuring Wastewater discharge up to standard and avoiding environmental pollution risks.
Working Principle of Laboratory Wastewater Treatment Equipment
It combines physical, chemical and biological treatment technologies. Aiming at the complex composition and uneven concentration of laboratory Wastewater, physical filtration firstly removes suspended impurities, followed by acid-base neutralization to adjust pH value. Then oxidative degradation decomposes organic pollutants, chelates and removes heavy metal ions, and kills microorganisms. Finally, sedimentation filtration and disinfection sterilization thoroughly eliminate residual pollutants and harmful bacteria to purify Wastewater. The treated water complies with the Integrated Wastewater Discharge Standard and meets laboratory emission requirements.
Advantages of Laboratory Wastewater Treatment Equipment
1. Strong pertinence: Customizable treatment solutions for different types of laboratory wastewater such as acid-base and heavy metal wastewater with high purification accuracy.
2. Easy operation: Fully automatic control with one-key start-stop, no full-time operator required and low maintenance cost.
3. Compact size: Small floor space, suitable for limited laboratory space.
4. Safe and eco-friendly: Closed treatment design with no peculiar odor and no secondary pollution, meeting environmental compliance and ensuring safety of the laboratory and surrounding environment.
Application Fields of Laboratory Wastewater Treatment Equipment
It focuses on various laboratory scenarios: Mainly applied in university chemistry laboratories, biological laboratories, environmental testing laboratories, analytical laboratories of scientific research institutes, and enterprise R&D laboratories such as pharmaceutical, chemical and electronics industries. It treats all kinds of waste liquid produced in experiments, including acid-base waste liquid, heavy metal waste liquid, organic reagent wastewater and microbial wastewater, helping laboratories achieve green and compliant operation.
Process Flow of Laboratory Wastewater Treatment Equipment
Laboratory Wastewater Treatment Equipment Process Flow Chart
The process flow is concise and efficient in five steps:
1. Pretreatment: Grille and precision filtration remove suspended particles and sundries to prevent equipment blockage.
2. Acid-base neutralization: Adjust Wastewater pH to neutral for subsequent treatment.
3. Oxidative degradation and heavy metal removal: Decompose organic pollutants and remove heavy metal ions via chelating sedimentation.
4. Sedimentation filtration: Separate sediments generated during treatment and remove residual suspended solids.
5. Disinfection and sterilization: UV or ozone disinfection kills harmful microorganisms for final up-to-standard discharge.
