Quankun Low Temperature Vacuum Evaporator - Cutting Fluid Emulsion Wastewater Treatment Equipment - Full Specifications

The sources of electroplating wastewater typically include: (1) cleaning water for plated parts; (2) spent electroplating solutions; (3) other wastewater, such as rinsing of workshop floors, cleaning water for plates, condensate from ventilation equipment, and various tank liquids and drainages caused by leaks or improper operation management, including "running, spilling, dripping, and leaking"; (4) cooling water for equipment, which, besides temperature increase, remains unpolluted during use. The quality and volume of electroplating wastewater are related to factors such as the production process, production load, operational management, and water usage methods. The quality of electroplating wastewater is complex and its composition is difficult to control, containing heavy metal ions like chromium, cadmium, nickel, copper, zinc, gold, and silver, as well as cyanides, some of which are highly toxic substances that can cause cancer, malformation, and mutations.

Equipment Design:

For high-oil concentration wastewater treatment equipment, low energy consumption and high efficiency are crucial requirements. Traditional wastewater treatment systems often require high-energy consuming equipment and large amounts of chemicals for processing, which not only increases costs but also poses risks of secondary pollution. Therefore, it is necessary to develop low-energy consumption and high-efficiency equipment designs, such as utilizing biodegradation, electrochemical oxidation, and photocatalysis technologies to enhance the energy utilization efficiency of wastewater treatment.

Component Composition:

Pressure Reduction System: The pressure reduction system in the low-temperature vacuum evaporator includes vacuum pumps, vacuum gauges, and other equipment. The vacuum pump's function is to extract gases from the system, thereby reducing the pressure and creating conditions for the rapid evaporation of moisture.

2. Heating System: This is a crucial component of the entire low-temperature vacuum evaporator. The heating system supplies sufficient heat through electric heaters, causing the liquid to rapidly boil and transform into vapor, thus achieving the evaporation of the substance.

3. Condensation System: The condensation system in the low-temperature vacuum evaporator unit cools the gas into liquid through a condenser and collects it via pipes.

4. Control System: The control system of the low-temperature vacuum evaporator includes a temperature control system and a pressure control system. The temperature control system can automatically adjust the temperature according to the set value to maintain a constant temperature in the heating system. The pressure control system, on the other hand, automatically adjusts the vacuum pump's operation based on the set pressure value to maintain the pressure within the system.

Quankun Low-Temperature Vacuum Evaporator - Cutting Fluid Emulsion Waste Water Treatment Equipment - Full Specifications

Application Fields:

1. The Low-Temperature Vacuum Evaporator Mechanism is widely used in the chemical industry for processes such as solvent extraction, concentration, and foreign matter removal. It efficiently and rapidly separates and purifies chemical materials while maintaining lower temperatures, preventing thermal decomposition or deterioration of the materials.

2. Food Industry: Low-temperature vacuum evaporator units are suitable for concentration and separation processes of foods such as juice, soy sauce, vinegar, etc. By using low-temperature vacuum evaporator units, the moisture in foods can be rapidly evaporated, achieving concentration while preserving the original flavor and nutritional content.

3. Pharmaceutical Industry: Low-temperature vacuum evaporator units are used in the drug manufacturing process for solvent recovery. This equipment can evaporate and remove solvents from pharmaceuticals, enhancing the purity and quality of the drugs while reducing production costs.

4. Environmental Engineering: The low-temperature vacuum evaporator mechanism is also applicable in water treatment and waste gas treatment fields. In wastewater treatment, the equipment efficiently evaporates organic matter from the water, contributing to water purification. In waste gas treatment, the low-temperature vacuum evaporator mechanism can evaporate and separate harmful substances from the waste gases, achieving the effect of air purification.