RootSurveys indicate that most laboratories simply treat and discharge their wastewater without any additional processing. It is understood that laboratory wastewater is complex in nature, with irregular discharge cycles and inconsistent drainage. The pollutants in the wastewater are also diverse, including not only organic substances like detergents but also acids, bases, and toxic/hazardous materials. If such complex wastewater containing heavy metals is discharged untreated, it can pose significant harm to human health and the surrounding environment.Laboratory Wastewater TreatmentThe equipment consists of waste water classification collection units, waste water acid-base neutralization units, waste water advanced treatment units, BOD, SS, colorant, and heavy metal ion precipitation and separation units, utilizing various treatment technologies and control systems. It is composed of physical treatment units, biological treatment units, and comprehensive waste water purification units, tailored to different waste water components. It effectively removes COD and water treatment from the waste water. This product boasts advanced technology, high level of automation, no need for dedicated staff, excellent processing effects, small installation space, and convenient operation and maintenance.
Process Flow: Experimental Waste Water Collection Pipeline—— Raw Water Collection — Electrolysis Treatment — Adjustment TreatmentPHAdjustment, Ozone,CODDecomposition and flocculation precipitation —— MBRFilm depth treatmentUV Treatment - Microfiltration - Emission
Laboratory wastewater contains acids, bases, organic pollutants, heavy metal ions, and pathogenic microorganisms.pHValue changes significantly.CODHigh concentration, mainly divided into three categories:
1Organic wastewater: Primarily originates from laboratory reagents and solvents.
2Inorganic wastewater: Main sources include acidic and alkaline reagents, as well as heavy metal reagents.
3Biosafety Wastewater: Primarily sourced from microbiological, hematology biochemical experiments, blood stations, and disease control centers.
Features and Advantages:
1. Miniaturization: Compared to traditional wastewater treatment equipment, the miniaturized microbial laboratory wastewater treatment unit is smaller in size and occupies less space, making it suitable for installation and use within a microbial laboratory.
2. Energy-Efficient & High-Efficiency: The compact microorganism lab wastewater treatment equipment employs advanced technology, allowing for quick wastewater processing, thus reducing processing time and costs.
3. High Automation: The small-scale microorganism laboratory wastewater treatment equipment is highly intelligent with features such as automatic monitoring, alarming, and control, featuring simple and convenient operation, and low labor costs.
4. Eco-friendly and Sustainable: The small-scale microbial laboratory wastewater treatment equipment utilizes environmentally friendly materials and technology, ensuring no secondary pollution during the treatment process. The treated water quality meets the discharge standards and complies with environmental protection requirements.
Widely used in domestic research institutions, universities, monitoring, product inspection, food inspection, entry-exit quarantine inspection, disease control centers, geological and mining centers, analytical centers, water resource monitoring, grain and oil quality inspection, petrochemical industry, animal husbandry, agricultural product inspection, central blood stations, and corporate laboratories, as well as chemical laboratories for waste treatment.
