Including: New energy, photovoltaics, solar energy, lithium batteries, wind energy, new energy vehicles, new materials, electricity, power plants (nuclear power, photovoltaic power, thermal power) etc. wastewater
Chemical wastewater treatment equipment refers to the devices used for treating chemical wastewater, including various treatment methods such as physical treatment, chemical treatment, and biological treatment. Common chemical wastewater treatment equipment includes sedimentation tanks, filters, biological reactors, coagulation sedimentation tanks, aeration tanks, etc.
For industrial production wastewater, we offer a complete wastewater treatment solution and wastewater reuse solution. The wastewater reuse system uses membrane bioreactors and a three-stage treatment system to treat the wastewater, making it meet the new and strict standards. This enables the reuse of the wastewater within the factory, which not only effectively conserves the limited water resources but also reduces the discharge of wastewater, and has excellent economic benefits.
High degree of automation: Our company's unique wastewater recovery system control. The entire system is divided into complete instruments and meters, which can display real-time operating data. The reading is convenient, timely and accurate, ensuring that the system will not pose potential risks on its own under any working conditions. Moreover, it realizes a truly unmanned operation by a professional technical team that can analyze the operating data in real time. Through the analysis, potential operating risks of the system can be eliminated.
2. Unfettered after-sales service.
3. The equipment is designed in a modular and integrated manner, with a small footprint and an attractive appearance. The system integrates various modules, allowing for interlocking operation among them, facilitating system operation, as well as post-operation maintenance and management.
4. The entire system operates automatically, with a complete instrument system, ensuring the safe and stable operation of the equipment and significantly reducing labor costs. The system adopts an automatic control system, enabling equipment self-checking and alarm functions, and promptly providing feedback on the equipment's operation status.
During the production process of chemical enterprises, highly polluting wastewater is generated. If it is discharged directly into the ecological environment without treatment, it will cause extremely serious pollution problems.
Membrane treatment method
When dealing with chemical wastewater, many treatment technologies are involved. Among them, membrane treatment technology is one of the most common ones. In the specific treatment process, membrane treatment technology can not only effectively separate different particle sizes of toxic substances, but also does not require the use of other substances or methods during the separation process. At the same time, it can also recover some chemical raw materials that are not fully reacted, which can significantly reduce the pollution of chemical wastewater.
In membrane treatment technology, ultrafiltration technology is widely used and has great application prospects. However, there are still certain drawbacks in the application of membrane treatment technology. For instance, the cost of membrane treatment technology is relatively high, and if not used carefully, it may get contaminated, affecting its service life. Therefore, this technology still needs further development.
2. Ozone Oxidation Technology
In the treatment of chemical wastewater, the application of ozone oxidation technology is able to remove organic substances from the wastewater mainly due to the powerful oxidation property of ozone. After it comes into contact with the organic substances in the wastewater, an oxidation reaction will occur, which can eliminate the unpleasant odor and kill harmful bacteria. By using ozone oxidation treatment technology, not only is the treatment effect remarkable, but it can also avoid secondary pollution of the water body. In the specific operation process of this technology, accuracy must be ensured; otherwise, other chemical reactions that may cause safety accidents will occur if not handled carefully.
3. Magnetism
Magnetic separation technology is a process for separating particulate matter and microorganisms in chemical wastewater under the influence of a magnetic field. This technology has been widely applied in the field of wastewater treatment both domestically and internationally. When using magnetic separation technology, the basis for separation is mainly based on the magnetism of the impurity particles in the wastewater. By relying on magnetic inoculation technology, magnetism can be imparted to non-magnetic or weakly magnetic particles in the water. The magnetic suspended solids in chemical wastewater will be separated under the action of an external magnetic field, and the wastewater will also be successfully purified at this time.
Baohupu Environmental Protection has been dedicated to wastewater treatment technology for over a decade. It has a professional R&D team, design team, sales team and after-sales department, providing comprehensive services for enterprises. The company has obtained multiple professional qualifications and technical enterprise designations through various certifications, and is a reliable and trustworthy enterprise for you to choose and use with peace of mind.
Including: New energy, photovoltaics, solar energy, lithium batteries, wind energy, new energy vehicles, new materials, electricity, power plants (nuclear power, photovoltaic power, thermal power) etc. wastewater
Including: Domestic sewage, wastewater from hospitals, nursing homes, medical institutions, schools, hotels, port terminals, etc.
Including: Slaughterhouse processing, seafood markets, processing of agricultural and sideline products, food processing, flavors and fragrances, dairy processing, edible oil, pickled mustard tubers, oils and fats, beverage processing, condiment processing, kitchen wastewater, etc.
Including: Chemical mines, oil fields, petrochemical industry, acid-base industry, fertilizer industry, plastic industry, dye industry, detergent industry, pharmaceuticals, plant extraction, Chinese medicinal materials, pesticides, pharmaceutical chemicals, bleaching and dyeing, dyes, hydrogen peroxide, alcohol, graphite, emulsions, printing, high-salt content, fertilizer, coal chemical industry, organic silicon, cosmetics, oil refining, daily chemicals, etc.
Including: Ternary materials, electrolyte, iron phosphate, silicon carbide wastewater, negative electrode materials, positive electrode materials, anodic oxidation, optics, microelectronics, semiconductors, single/multi-crystalline silicon, IC crystalline silicon, integrated circuits, cathode ray tubes, circuit boards, computer components, capacitors, degreasing, rust removal, self-etching, phosphating wastewater cleaning of parts, electroplating solution, waste stripping plating solution, surface adjustment wastewater and degreasing, rust removal and erosion wastewater, electroplating, mechanical, painting, boiler manufacturing, electrophoresis, acid washing, galvanizing, painting, metal cutting fluid, automotive metal parts processing, smelting, copper-containing, ultrasonic, circuit boards, machine tools, containers, zippers, metal cleaning, phosphating, electrolysis, buttons, polishing, oxidation, baking paint, hot galvanizing, eyeglasses, acids and bases, electrolytic manganese, etc.
Including: Dyeing and printing, steel production, LCD production, semiconductor production, industrial chemical production, wastewater reuse for daily use, bottled water, centralized water supply, etc.
Including: Metals, hardware, aluminum materials, aluminum alloys, steel, stainless steel, iron, sheet metal, metallurgy, casting, rare earth, rare earth products, metal minerals, titanium metal processing, titanium products, red forging, mechanical processing wastewater, mines, smelting, electrolysis, paint, steel plants, grinding, acid washing and phosphating, textiles, pharmaceuticals, biological preparations, glass, printing, harmless treatment of animals, research institutes, packaging, chemical fibers, fibers, gloves, wool, feathers, engineering, cement, ceramics, concrete, mixing stations, human urine, bentonite, gypsum, stone products, paper products, leather, spraying, coatings, desulfurization, rubber (latex, plastic, silicone) gel, resins, hazardous waste, etc.