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Ammonia Nitrogen Microbial Carrier

Product features
The ammonia nitrogen microbial carrier produced by a German company currently has the highest effective surface area on the market (>5,000 m²/m³) and has ultra-high pollution value degradation efficiency.
1. Extra large effective surface area
Each cubic meter of MBC microbial carrier has an effective surface area of approximately >5,000 m²/m³ (the area of fine pores on the surface, the habitat space for microbial films).
2. Ultra-high microbial treatment efficiency
It has the highest degradation efficiency for wastewater base value. It has a large volume load of COD (COD removal and degradation efficiency) and ammonia nitrogen (NH4-N) volume load (ammonia nitrogen removal and degradation efficiency), which is more than three times higher than that of any other brand. This microorganism is the biggest feature of the carrier.
3. Smaller volume requirements
Compared with traditional microbial carriers, the use of ammonia nitrogen microbial carriers only requires 1/3 of the dosage of traditional microbial carriers to achieve the same treatment efficiency.
4. Save civil construction costs
The demand for tank volume is minimal, saving land and construction costs. The existing activated sludge aeration tank only needs to be added with this carrier, without additional expansion, and the processing capacity and efficiency of the existing tank are immediately increased.

Chemical Coagulation Equipment

Equipment principle
The equipment changes the stability of colloidal particles in water by adding chemical coagulants. It uses reaction mechanisms such as compression of the electric double layer, adsorption and electricity price neutralization, precipitation, adsorption and bridging to destroy the stability of colloidal particles and make them electrostatically charged. The charged particles condense into larger particles, and impurities are precipitated to make the water clear.

Equipment features
1. Easy to operate and low maintenance cost.
2. The equipment can be customized and the setup cost is low.
3. Various materials can be selected according to the nature of wastewater.
4. The equipment has a low failure rate, a long life and no consumables.
5. Suitable for all types of wastewater treatment.

Application scope
The food industry, dyeing and finishing industry, domestic sewage, chemical manufacturing industry, metal processing, low concentration wastewater, electroplating industry, metal surface treatment industry, various industrial wastewater and other industries.

Performance cases

Diverse specifications and customization
The products can provide planning services and professional technology to solve customer problems according to the different needs of customers.

Pressurized Flotation Equipment

Equipment principle
The air is dissolved in the wastewater under pressurized conditions, and the dissolved air is released as fine bubbles under atmospheric pressure and adheres to the sludge. The sludge is then brought to the liquid surface and scraped off by a scraper. After separation treatment, clear effluent water is obtained.

Product features
1. Remove suspended particles from the water (effectively reducing the SS value in the water).
2. High efficiency, short residence time and 50% less floor space than traditional precipitation equipment.
3. The pressurized pump naturally inhales air and does not need to be equipped with an air compressor. It operates with low noise and saves purchase costs.
4. Freely set the automatic sludge scraping and bottom sludge discharge time.
5. The tube is equipped with a mixing design, which can add coagulants to the tube and effectively mix it with wastewater.
6. Easy operation and maintenance and low cost.

Application scope
The food industry, dyeing and finishing industry, painting industry, chemical manufacturing industry, metal processing, other industries, etc., as well as the water quality where rubber feathers are easy to float during the chemical coagulation fast and slow mixing process, can consider evaluating the equipment.

Performance cases

Diverse specifications and customization
The products can provide planning services and professional technology to solve customer problems according to the different needs of customers.

Biological Treatment Equipment

Equipment principle
Biological treatment is a treatment method that uses microorganisms to convert pollutants in wastewater (such as COD, BOD, ammonia nitrogen, nitrate nitrogen, etc.) into harmless substances (such as methane, carbon dioxide or nitrogen, etc.). Microorganisms are commonly classified into autotrophic bacteria, photosynthetic bacteria, nitrifying bacteria, and heterotrophic bacteria, and the treatment systems are mainly divided into aerobic/oxic, anoxic, anaerobic, and facultative unit system.

Product features
1. Provide planning, design and engineering implementation of related equipment such as aerobic systems, contact aeration systems, anaerobic systems, anoxic systems, and aerobic systems.
2. Compared with traditional equipment, the processing capacity and load are increased, and the space required for the pool body is saved.
3. High sedimentation efficiency and low sludge production.
4. Increase the impact tolerance of changes in incoming sewage water quality and quantity.
5. Can provide low-cost improvement solutions for existing activated sludge tanks.

Application scope
The food industry, dyeing and finishing industry, domestic sewage, chemical manufacturing industry, metal processing industry, machinery and equipment manufacturing industry, shoemaking industry, mold manufacturing industry, plastic product manufacturing industry, rubber product manufacturing industry, waste removal industry, wholesale of other recycled materials, etc.

Performance cases

Diverse specifications and customization
The products can provide planning services and professional technology to solve customer problems according to the different needs of customers.

Membrane Bioreactor

Equipment introduction
MBR mainly uses membrane pressure as the driving force to pass the activated sludge mixture through the pressure filtration mechanism to allow water molecules to filter through the membrane to obtain outflow water. This can keep the sludge in a suspended state, extend the sludge residence time and improve the concentration of the biological treatment unit. It has the characteristics of a small footprint, high pollution load, low sludge waste, and the ability to replace the secondary sedimentation tank. It not only retains the advantages of traditional biological treatment procedures in the removal of organic matter in water but also combines the solid-liquid separation characteristics of membrane separation units to improve the treatment efficiency of traditional biological treatment procedures. It also makes up for the shortcomings of traditional biological treatment procedures, especially for microorganisms with slow growth rates. Retention and proliferation are beneficial to the removal of special or difficult-to-decompose pollutants and can achieve good treatment effects. MBR biofilm treatment technology is conducive to the removal of special or difficult-to-decompose pollutants and can achieve good treatment results; we can provide planning services and professional technology to solve customer problems to meet customer service requirements for wastewater treatment.

Product features
1. It allows high activated sludge operation, so its floor space only requires about 1/2 volume.
2. The treatment capacity can be increased by 1 to 2 times without changing the tank body, the water quality is stable, and suspended solids can be completely removed.
3. It can withstand high sludge concentration, has high operating load tolerance, and is not afraid of sludge flowing out.
4. The longer the sludge digestion time is, the less sludge output will be.
5. It can prevent the discharge water quality from not meeting the standard caused by sludge expansion.
6. The materials are TPFE, Teflon, and PVDF, and acid and alkali infiltration can be used for regeneration to restore flux.
7. Teflon material can withstand high membrane pressure and regular chemical backwashing, so the frequency of membrane plugging can be extended.
8. It can be installed in an integrated container, underground tank, or above-ground tank to operate.

Application scope
Domestic sewage, hotel industry, dyeing and finishing industry, food industry, printed circuit board industry, pharmaceutical industry, electroplating industry, slaughtering industry, breeding industry, solar panel industry, chemical industry, leather industry, rubber industry, hospital medical industry, metal surface treatment industry, etc.

Performance cases

Diverse specifications and customization
The products can provide planning services and professional technology to solve customer problems according to the different needs of customers.

Nitrate Nitrogen Filter Device

Nitrate nitrogen treatment
The Environmental Protection Agency has increasingly tightened its control over nitrates in discharged water from various industries. Industries that are currently regulated include the optoelectronics industry, wafer manufacturing and semiconductor industry, petrochemical industry, chemical industry, and metal processing industry. The regulated concentration is 50 mg/L.

Product features
1. Allowable treatment concentration <12000mg/L (ppm).
2. PLC programmable and human-machine operation interface control.
3. Low processing cost.
4. The sludge output is small.
5. It occupies a small area and the equipment can be customized.
6. The treatment technology of nitrate nitrogen treatment equipment is conducive to the removal of special or difficult-to-decompose pollutants and can achieve good treatment results; we can provide planning services and professional technology to solve customer problems to meet customer needs for wastewater treatment service requirements.

Diverse specifications and customization
The products can provide planning services and professional technology to solve customer problems according to the different needs of customers.

Ammonia Nitrogen Filtering Device

Ammonia nitrogen wastewater treatment
The Environmental Protection Agency has increasingly tightened its control over ammonia nitrogen in water discharged from various industries. Industries that are currently regulated include the optoelectronics industry, wafer manufacturing and semiconductor industry, petrochemical industry, chemical industry, and metal processing industry. The regulated concentration is 30 mg/L.

Product features
1. Allowable treatment concentration <12000mg/L (ppm).
2. PLC programmable and human-machine operation interface control.
3. Low processing cost.
4. The sludge output is small.
5. It occupies a small area and the equipment can be customized.
6. The treatment technology of ammonia nitrogen treatment equipment is conducive to the removal of special or difficult-to-decompose pollutants and can achieve good treatment results; we can provide planning services and professional technology to solve customer problems to meet customer service requirements for wastewater treatment.

Diverse specifications and customization
The products can provide planning services and professional technology to solve customer problems according to the different needs of customers.

Photocatalytic High-Order Oxidation Equipment

Introduction to higher order oxidation procedures
Advanced oxidation technology, also known as deep oxidation technology (Advanced Oxidation Processes; AOPs), is based on the use of electricity, light irradiation, catalysts, and sometimes combined with oxidants to produce extremely active free radicals (such as HO•) during the reaction. Then through the adduction, substitution, electron transfer, bond breaking, etc. between free radicals and organic compounds, the macromolecules in the water that are difficult to degrade are oxidized and degraded into low-toxic or non-toxic small molecular substances, or even directly decomposed into CO2 and H2O. Chemical oxidation technology is often used as a pretreatment for biological treatment. It generates hydroxyl radicals during the reaction as follows:

Product features
1. The system is equipped with a waterproof quartz casing that can be directly immersed in water to improve the utilization of UV light radiation.
2. Advanced oxidation equipment such as electrolysis catalysis and photocatalysis can be used with oxidants, catalysts, photocatalysts, etc. to construct advanced oxidation treatment and air purification and efficient treatment systems.
3. Solve the problem of water quality that is difficult to decompose chemically or biologically.
4. The equipment is highly efficient and easy to maintain, operate and manage.
5. It can improve the treatment effect of COD, ammonia nitrogen and nitrate nitrogen.
6. It can improve the ability of biological digestion and degradation of BOD/COD.
7. The material corresponds to SUS304/316/2205/PP/Ti.
8. It has low secondary pollution and is friendly to the environment. After treatment, it is unlike other chemicals such as bleach (sodium hypochlorite), which can easily produce toxic substances such as chlorinated organic matter and cause harm to the environment.
9. It occupies a small space. Since the oxidation reaction is very fast, the required residence time is short. About 0.5 to 2 hours of reaction is enough, while general biological treatment takes about 12 to 24 hours. Due to the short residence time, the volume of the reaction tank does not need to be too large, thus saving space.
10. The operation is highly flexible. Within the design allowable range, the treatment system can handle higher polluted water quality by simply adjusting the parameters or setting operating conditions according to the incoming water quality to increase the treatment capacity. However, it is difficult for general biological treatment to have flexible operating space.
11. Drug addition and system operation can be automatically controlled and processed, greatly reducing the burden on operators.
12. Compared with the biological treatment system, it only requires 1/3~1/4 of its investment cost.
13. It has strong oxidizing power. The hydroxyl radical (‧OH) generated by catalysis has very strong oxidizing power and can handle a variety of toxic substances such as vinyl chloride, BTEX, chlorobenzene, 1,4-Dioxane, aldehydes, pentachlorophenol, and polychlorinated biphenyls, TCE, DCE, PCE, EDTA, ketones such as MTBE, MEK...etc.

Application scope
It can be used in advanced oxidation treatment, sewage treatment, water sterilization, air sterilization, COD degradation, BOD degradation, wastewater defoaming, etc. Suitable for various pools, aquariums, fish ponds, swimming pools, building cooling towers, food industry, and factory wastewater treatment.

Performance cases

Diverse specifications and customization
The products can provide planning services and professional technology to solve customer problems according to the different needs of customers.

Electrochemical Advanced Oxidation Equipment

Equipment Principle
Advanced oxidation technology (AOP) generates strong oxidizing radicals (OH·) under the conditions of light, electricity, catalysts, etc., gradually decomposing macromolecular organic matter into small molecules, effectively reducing wastewater COD. It has a fast reaction rate and is widely used. Advanced oxidation technologies mainly include Fenton oxidation, ozone oxidation, electrochemistry, photocatalysis, etc. Electrocatalytic oxidation uses catalytically active electrode materials to perform electrolysis reactions. The anode can directly oxidize organic matter, and at the same time, it can also generate strong oxidants such as OH·, which can be released into water for indirect oxidation. The selection of electrocatalytic anode materials is crucial. Compared with noble metal electrodes such as Pt, titanium-based metal oxide electrodes are lower in cost and have good catalytic performance and stable reaction efficiency.

Advanced oxidation technology, also known as deep oxidation technology, is based on the use of electricity, light irradiation, catalysts, and sometimes combined with oxidants to produce highly active free radicals (HO•) in the reaction. Through the interaction between free radicals and organic compounds—via adduction, substitution, electron transfer, bond breaking, etc.—the macromolecules in the water and refractory organic matter can be oxidized and degraded into low-toxic or non-toxic small molecular substances, or even directly degraded into CO2 and H2O. Chemical oxidation technology is often used as a pretreatment for biological treatment. Generally, under the action of a catalyst, chemical oxidants are used to treat organic wastewater to improve its biodegradability, and the organic matter in the wastewater is directly oxidized and degraded to stabilize it.

Features
1. It can treat polluted water that is difficult to decompose chemically and biologically.
2. The oxidation rate of organic matter is quite fast, and the required residence time is short, about 1 to 2 hours is enough, while general biological treatment takes about 24 to 48 hours. Due to the short reaction time, the relative reaction tank volume does not need to be too large, thus saving space.
3. The operation is flexible, and the operating conditions can be changed according to the quality of the incoming water to increase the treatment capacity. However, biological treatment is difficult to operate flexibly.
4. Within the design allowable range, the treatment system can handle higher pollution values by simply increasing the dosage.
5. It has strong oxidizing power and can handle a variety of toxic substances, improving the treatment efficiency of COD, ammonia nitrogen, and nitrate nitrogen, and enhancing biodegradability.

Application scope
The food industry, dyeing and finishing industry, domestic sewage, chemical manufacturing, metal processing, metal surface treatment, electroplating industry, and other wastewater treatment. It is suitable for other difficult-to-treat high-concentration wastewater, marine oil field wastewater, printing and dyeing wastewater, high-concentration leachate, and wastewater rich in ammonia nitrogen, containing cyanide and other organic matter with high concentration, complex components, many refractory substances, and high color. It can effectively form hydroxyl radicals with extremely strong oxidizing ability, which can decompose persistent organic pollutants into non-toxic biochemically degradable substances, or completely mineralize them into substances such as carbon dioxide or carbonates.

Performance cases

Diverse specifications and customization
The products can provide planning services and professional technology to solve customer problems according to the different needs of customers.

Ozone High-Order Oxidation Equipment

Equipment Principle
A sewage treatment ozone generator is a device that converts oxygen in the air into ozone through methods such as electrolysis or discharge. Ozone is a light blue, strongly oxidizing gas with very active chemical properties that can react with many organic and inorganic substances, thereby changing their chemical structure and properties. In the sewage treatment process, ozone mainly uses its strong oxidizing properties to kill bacteria, viruses, and other microorganisms, decompose organic pollutants, and improve water quality.

1. Sterilization and Disinfection
Ozone has a strong oxidizing ability and can quickly destroy the cell wall of bacteria and the outer shell of viruses, thereby achieving the effect of sterilization and disinfection. It can kill various pathogenic microorganisms including chlorine-resistant viruses and spores, such as E. coli and salmonella. In addition, ozone can also inhibit the growth of algae and prevent eutrophication of water bodies.

2. Remove Organic and Inorganic Matter
Ozone can react with organic and inorganic substances in sewage, oxidizing and decomposing them into harmless small molecular substances. For example, ozone can decompose large organic molecules that are difficult to degrade into small organic molecules, and even mineralize them into carbon dioxide and water. At the same time, ozone can also remove color and odor in water, improving water quality.

3. Improve the Biodegradability of Sewage
Through ozone treatment, the organic matter in the sewage is oxidized and decomposed, improving the biodegradability of the sewage. This makes subsequent biochemical treatment more efficient and effective in removing pollutants in sewage.

4. Reduce Sludge Production
Ozone treatment can reduce the generation of sludge during sewage treatment. Since ozone can oxidize and decompose organic matter, the organic matter content in the sludge is reduced, thereby decreasing sludge production. This not only reduces the cost of sludge treatment but also minimizes the pollution of the sludge to the environment.

5. Environmentally Friendly and No Secondary Pollution
Ozone decomposes easily in water and will not cause secondary pollution due to residue. Compared with traditional chlorine disinfection, ozone disinfection is safer and more environmentally friendly.

Product Features
1. Low setup cost, high efficiency, and easy maintenance, operation, and management.
2. It can improve the treatment effect of COD, ammonia nitrogen, and nitrate nitrogen.
3. Improve biodegradability.

Application Scope
Sewage treatment ozone equipment is widely used in various water treatment plants, including domestic water treatment plants, industrial wastewater treatment, hospital wastewater treatment, school sewage treatment, aquaculture water treatment, etc.

1. Domestic Water Treatment
In domestic water treatment, ozone generators are often used for advanced treatment and reuse of sewage. Through ozone treatment, the effluent quality of sewage can be further improved to meet higher discharge standards or recycled water quality requirements.

2. Industrial Wastewater Treatment
In industrial wastewater treatment, ozone generators can be used to sterilize and kill algae, remove organic and inorganic substances, and improve the biodegradability of sewage. Especially when treating industrial wastewater containing refractory organic matter, ozone treatment can play an important role.

3. Hospital Wastewater Treatment
Hospital sewage contains a large number of harmful substances such as pathogenic microorganisms and drug residues. Through ozone treatment, these harmful substances can be effectively killed, preventing the spread of germs.

4. Aquaculture Water Treatment
In aquaculture, the quality of water directly affects the growth and health of fish. Through ozone treatment, the water quality of breeding water can be improved, pathogenic microorganisms, parasites, and other harmful organisms in the water can be killed, enhancing breeding efficiency.

Waste sewage treatment ozone equipment, as an efficient and environmentally friendly water treatment device, plays an important role in waste sewage treatment. Its strong oxidizing properties can effectively kill pathogenic microorganisms such as bacteria and viruses, remove organic and inorganic pollutants, and improve the biodegradability of wastewater and effluent quality. At the same time, ozone treatment also has the advantages of environmental protection and no secondary pollution. Therefore, it will be more widely used in the field of wastewater treatment in the future.

Performance Cases

Diverse specifications and customization
The products can provide planning services and professional technology to solve customer problems according to the different needs of customers.

Pollution Prevention Equipment

Reclaimed water recovery, desalination equipment

Electrical control box installation

Container integrated equipment

Empty sewage washing tower

COD reduction/decolorization/sterilization/disinfection/deodorization

Waste liquid concentration and drying equipment

Wastewater treatment plant operation and maintenance

Product Features

Wastewater treatment plant maintenance and inspection contract services:

Regular inspections: Send professionals to conduct regular inspections and make timely repairs to ensure the normal operation of the equipment.
Scientific management: Use advanced instruments to carry out scientific management of equipment systems and comply with emission standards of environmental regulations, allowing operators to concentrate on their business.
Environmental consulting: Assisting industry players in understanding environmental protection-related concepts and providing regulatory consulting services.
Contract guarantee: The contract content is drafted in accordance with environmental protection regulations to fully protect the rights and interests of the entrusted owner.

Multi-station wastewater treatment operation and maintenance information system:

It can provide more real-time and reliable operation and maintenance management, grasp the equipment status anytime and anywhere, and transplant the monitoring server to the cloud architecture to carry out operation, maintenance, and management of wastewater and sewage reclaimed water treatment.

General monitoring and management items are as follows:

1. Biological bacteria phase
2. Sludge settling ratio (SV30)
3. Activated sludge volume (MLSS)
4. PH value
5. Oxygen content (DO)
6. Biochemical oxygen demand (BOD)
7. Chemical oxygen demand (COD)
8. Measurement of heavy metals
9. Conductivity
10. Oxidation-reduction potential
11. Suspended solids (SS)
12. Current value
13. Salts fluorine salts, phosphoric acid salts, nitrate nitrogen, etc.
14. Ammonia nitrogen
15. Noise value

Commonly used maintenance and testing instruments:

Environmentally friendly treatment chemicals

biologics

The aerobic biological agent has a concentration of 3 billion powerful bacteria per gram, which can effectively improve the removal rate of COD & BOD.

COD biodegradable enzyme effectively decomposes organic pollutants and degrades chemical oxygen and bioburden.

■ Defoaming agent >>Silicon-containing and silicon-free long-acting types
>>General wastewater unit and biological unit use

■ Ferrous Sulfate-Taiwan Made 25KG Pack

filter element

■ filter bag

■ Bag filter

■ Filter machine