Xi'an Dosage Device for Sewage Treatment Equipment/Low Noise Automatic Control/Quankun Environmental Protection

Laboratory wastewater treatment equipment plays a significant role in addressing challenges within laboratory wastewater. It efficiently treats laboratory wastewater, reducing its impact on the environment and human health. With the ongoing advancements in technology and environmental protection, laboratory wastewater treatment equipment will continue to improve, providing more sustainable and eco-friendly infrastructure for laboratory research.

Laboratory wastewater operation principle:

Laboratory Wastewater Treatment Equipment, also known as Laboratory Effluent Treatment Equipment, primarily utilizes the functions of coagulation, sedimentation, oxidation, and sterilization. It targets and removes bacteria, heavy metals, and other elements from the wastewater. Within the specified pH range, it can be understood to kill all microorganisms, including various bacterial propagules, bacterial spores, fungi, etc. During the operation of the laboratory wastewater treatment equipment, an automatic control system is generally used. The entire process can be automated, saving labor costs and requiring no human supervision.

Laboratory wastewater treatment equipment process flow:

This equipment consists of wastewater classification collection, acid-base neutralization, advanced treatment units, sedimentation separation for BOD, SS, color and heavy metal ions, etc. Tailored to the composition of different wastewater, it employs various treatment technologies and control systems to form units such as waste pretreatment, physical treatment, biological treatment, and comprehensive wastewater purification. It effectively removes COD from wastewater. The product boasts advanced technology, high level of automation, no need for dedicated staff, excellent treatment performance, small land footprint, and convenient operation and management.

Laboratory Organic Wastewater Treatment Methods:

Laboratory wastewater treatment equipment can adopt traditional wastewater treatment methods for handling organic laboratory wastewater. For laboratory wastewater with acidic pH, high SS (suspended solids) levels, COD (Chemical Oxygen Demand) values in the thousands, high organic concentrations, strong toxicity, and unstable water quality and volume, the traditional biological treatment method for organic laboratory wastewater often fails to achieve expected results. However, employing physical-chemical treatment methods for laboratory organic wastewater demonstrates significant advantages over traditional biological methods. The main treatment methods for organic wastewater include biological treatment and physical-chemical treatment.

The physicochemical treatment method involves transforming pollutants in wastewater into harmless substances through physical and chemical reactions, thereby purifying the wastewater. This includes methods such as photochemical coagulation, wet catalytic oxidation, incineration, oxidation-adsorption, electrochemical treatment, extraction, and membrane separation. Using the physicochemical method alone to treat high-concentration organic wastewater is not only challenging and costly but also yields insufficient results, and is generally not used independently. The biological treatment method utilizes biological degradation of pollutants in water as its nutrition and energy source, while also purifying the wastewater.

Xi'an Pharmaceutical Dosage Device/Wastewater Treatment Equipment/Low Noise Automatic Control/Quankun Environmental Protection

The Laboratory Wastewater Treatment System is a new equipment developed and sold by Jiangsu Quankun based on their experience in treating laboratory wastewater. It combines treatment processes such as acid-base neutralization, oxidation-reduction, multi-stage filtration, and sterilization and disinfection, offering advantages like compact size, low noise, and no secondary pollution. The system is easy to install, maintain, and operate, and is widely used in research institutions, university and college laboratories, middle and primary school chemistry labs, and corporate testing departments.