We have compiled a list of manufacturers, distributors, product information, reference prices, and rankings for Wastewater treatment facilities.
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Wastewater treatment facilities Product List and Ranking from 39 Manufacturers, Suppliers and Companies

Last Updated： Aggregation Period:Dec 24, 2025～Jan 20, 2026
This ranking is based on the number of page views on our site.

Wastewater treatment facilities Manufacturer, Suppliers and Company Rankings

Last Updated： Aggregation Period:Dec 24, 2025～Jan 20, 2026
This ranking is based on the number of page views on our site.

  1. 三進製作所 Aichi//Industrial Machinery
  2. 日之出産業 Kanagawa//environment
  3. 日本アルシー 本社 Mie//environment
  4. 4 Pacific Machinery & Engineering Co.,Ltd Tokyo//Industrial Machinery
  5. 5 大阪油化工業 本社 Osaka//Manufacturing and processing contract
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Wastewater treatment facilities Product ranking

Last Updated： Aggregation Period:Dec 24, 2025～Jan 20, 2026
This ranking is based on the number of page views on our site.

  1. Filtration and wastewater treatment equipment utilizing IoT. 三進製作所
  2. Industrial Continuous Dryer <Disc Dryer> Pacific Machinery & Engineering Co.,Ltd
  3. Settlement Promoter "Elvic B-40/525ZS" 日之出産業
  4. 4 Thread-like bulking suppressor "Elvic 50S/B-70・100" 日之出産業
  5. 5 Water treatment equipment 大阪油化工業 本社

Wastewater treatment facilities Product List

46～60 item / All 81 items

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[Consulting] We will solve all your drainage problems.

[Consulting] We will solve all your drainage problems.

Shall we put an end to incurring unnecessary costs for wastewater treatment? Nihon Alcy will solve all your concerns regarding wastewater treatment.

Do you have any of these concerns? - I want to reduce costs, but I don't know how to do it. - It's cumbersome, so I want to make it easier, even a little. - The processing is unstable and can sometimes lead to processing failures, so I want to stabilize it. - I want to make the processing area larger and more compact. - Reducing waste volume is a challenge, but I don't know how to go about it. - I want to work on SDGs in wastewater treatment, but I don't know where to start. …etc. If you have any of these concerns, please contact us. Our wastewater treatment professionals will work with you to think through the best proposals.

  • Wastewater/wastewater treatment equipment
  • Water Treatment Chemicals

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Case Study of Food Factory | Microbial Wastewater Treatment Equipment 'BioRC'

Case Study of Food Factory | Microbial Wastewater Treatment Equipment 'BioRC'

High-performance microbial treatment system for anaerobic-aerobic high circulation systems! Cost reduction through unmanned automatic operation.

We would like to introduce a case where our microbial wastewater treatment equipment, "BioAlcy," was implemented in a food factory. Originally, there was a track record at a subsidiary's factory, and due to changes in production items, the wastewater had become unsuitable for direct discharge, which led to the request. After implementation, since the production and wastewater management are handled by the same team, only a few minutes of monitoring is required, resulting in minimal labor costs. Additionally, because BioAlcy is compact, it does not obstruct pathways and allows for efficient use of space without waste. [Case Overview] - Installation Site: Confectionery Production Wastewater (River Discharge) Company S - Wastewater Volume: 140m³/day - Installation Area: Approximately 150m² (including various tank areas) - Annual Maintenance Cost (excluding construction costs, including monthly inspections and analyses): Approximately 4.8 million yen/year - Treatment Unit Cost: Approximately 94 yen/m³ *For more details, please refer to the PDF document or feel free to contact us.

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  • Wastewater/wastewater treatment equipment

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Case Study of Bio-ARC Implementation in Parts Factory

Case Study of Bio-ARC Implementation in Parts Factory

You can specifically learn about the benefits of introducing bio-RC!

We would like to introduce two cases where our microbial wastewater treatment equipment, "BioRC," has been implemented at a parts manufacturing facility. 【Case Overview】 ■ Implementation Site: Cooling and Cutting Oil Wastewater (River Discharge) - Company N ■ Wastewater Volume: 250m3/day ■ Installation Area: Approximately 122m2 (including the area of various tanks) ■ Successfully reduced annual maintenance costs (including monthly regular inspections and analyses) by approximately 21.4 million yen/year, excluding construction costs. ■ Treatment unit cost: Reduced from approximately 8,800 yen/m3 to approximately 1,700 yen/m3. Please check the catalog for another example.

  • Water treatment equipment

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Sumitomo Heavy Industries Environment Co., Ltd. Renovation Case Studies

Sumitomo Heavy Industries Environment Co., Ltd. Renovation Case Studies

Introduction of a renovation case that achieved extended lifespan, enhanced functionality, and further space-saving.

As an example of the renovation services we provide, we would like to introduce a case where we renovated equipment that had been in place for over 40 years, successfully extending its lifespan, enhancing its functionality, and achieving space-saving solutions. After renovating existing equipment that not only suffered from aging but also had seismic issues with the adjustment tank and aeration tank, we succeeded in extending its lifespan to allow for several more decades of continued use. Additionally, we strengthened functionality by introducing anaerobic treatment for high-concentration wastewater, resulting in a 70% reduction in electricity and excess sludge. Furthermore, by removing the old adjustment tank, we were able to effectively utilize the idle land, achieving space-saving as well. We offer various benefits, including the extension of existing equipment's lifespan, improvements in functionality, and space-saving solutions for wastewater treatment facilities. If you are considering renovating existing equipment, please feel free to contact us. [Implementation Overview] ■ Equipment that has been in place for over 40 years ■ Existing equipment suffers from aging and seismic issues with the adjustment tank and aeration tank *For more details, please refer to our catalog or feel free to contact us.

  • Wastewater/wastewater treatment equipment

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[Anaerobic wastewater treatment system case study] Nakata Foods in the food industry

[Anaerobic wastewater treatment system case study] Nakata Foods in the food industry

We will introduce a case where bioimpact was implemented to achieve high-efficiency energy recovery.

Nakata Foods is a food manufacturer in Wakayama Prefecture that specializes in the production and sale of pickled plums, plum wine, and plum processed products. The plum seasoning wastewater generated during the pickling process is an extremely high-concentration wastewater exceeding BOD: 100,000 mg/l, making it difficult to treat with conventional wastewater treatment facilities. To utilize the plum seasoning wastewater as a biomass resource, we introduced our anaerobic wastewater treatment facility, "Bio Impact." Previously treated as industrial waste, the plum seasoning wastewater can now be processed at a lower cost due to the high-efficiency anaerobic wastewater treatment facility. This has significantly reduced the burden on small and medium-sized businesses by allowing for acceptance at a more affordable cost than before. 【Facility Overview】 ■ Facility: Nakata Foods Biogas Power Plant ■ Start of Operation: April 2019 ■ Treatment Capacity: 20 tons/day (dedicated to plum seasoning wastewater generated from our own and local plum processing businesses) ■ Biogas Utilization Equipment: Diesel engine generators (60kW x 6 units) ■ Annual Power Generation: Approximately 2 million kWh ■ Treated Water: Utilizes public sewer system *For more details, please refer to the PDF document or feel free to contact us.

  • Wastewater/wastewater treatment equipment
  • Other energy equipment

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Type 1 High-Performance Turbid Water Treatment Agent "Daksu Ace"

Type 1 High-Performance Turbid Water Treatment Agent "Daksu Ace"

Just by stirring, you can generate agglomerated flocs! Sedimentation is fast, allowing for simplification and miniaturization of equipment!

"Dakusui Ace" is a one-component high-performance turbidity treatment agent that generates coagulated flocs simply by adding and stirring. Being a one-component product with a fast sedimentation rate allows for the simplification and miniaturization of turbidity treatment facilities. Furthermore, it can be used directly without neutralization even for highly alkaline turbid waters such as cement-based turbidity. Variations in turbidity concentration can be addressed by adjusting the amount added. 【Features】 ■ Generates coagulated flocs by adding and stirring ■ Fast sedimentation rate ■ Simplifies and miniaturizes turbidity treatment facilities ■ Can be used directly without neutralization for highly alkaline turbid waters ■ Adjusts to variations in turbidity concentration by modifying the amount added *For more details, please feel free to contact us.

  • Other consumables
  • Water treatment equipment

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Case Study of Liquid Membrane Introduction: Linen Supply and Cleaning Wastewater Treatment Equipment

Case Study of Liquid Membrane Introduction: Linen Supply and Cleaning Wastewater Treatment Equipment

Achieving planned wastewater reuse targeting high-concentration wastewater! Introduction of a case study on membrane introduction in liquid.

This is an introduction to a case where a liquid membrane was introduced into linen supply and cleaning wastewater treatment facilities. With the relocation of the production factory, a membrane separation activated sludge method utilizing a liquid membrane for wastewater treatment was adopted. In washing and reusing rental wipes made from raw materials such as used clothing and cutting scraps, the liquid membrane contributes to properly treating and recycling the cleaning wastewater generated in the process. Although it involves treating high-concentration wastewater with a lot of oil and other substances, the combination of oil-water separation, pressurized flotation treatment, and membrane separation activated sludge treatment, reflecting the unique know-how accumulated over the years, has achieved the expected treatment performance. [Case Study] - Location: Saitama Prefecture - Type of wastewater: Industrial and printing-related wipe cleaning wastewater - Treated water volume: 250m3/day (reuse rate 80%) - Operation: From November 2008 *For more details, please refer to the PDF document or feel free to contact us.

  • Water treatment equipment

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[Case Study of Membrane Introduction in Liquid] Food (Meat) Wastewater Treatment Equipment

[Case Study of Membrane Introduction in Liquid] Food (Meat) Wastewater Treatment Equipment

The equipment is compact and easy to maintain, resulting in reduced labor costs! Introduction of a case study using a liquid membrane.

This is an introduction to a case where a liquid membrane was introduced into wastewater treatment equipment for food (meat) processing. In this facility, due to the increased burden on the wastewater treatment equipment, we addressed the issue by modifying the existing system to a membrane separation activated sludge method. Currently, the load fluctuates significantly due to differences in the ratio of production items and changes in production volume, but the treated water is clear and stable. The customer stores the treated water as local fire-fighting water, preparing for emergencies. Kubota Membrane conducts remote monitoring through a liquid membrane guarantee system and provides detailed support for daily maintenance. [Case Study] ■ Location: Ehime Prefecture ■ Type of wastewater: Wastewater from meat processing plant operations, line cleaning wastewater ■ Treated water volume: 1,000m3/day ■ Operation: Since March 2004 *For more details, please refer to the PDF document or feel free to contact us.

  • Water treatment equipment

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[Case Study of Membrane Introduction in Liquid] Wastewater Treatment Equipment for Aquaculture Processing (Salmon and Trout)

[Case Study of Membrane Introduction in Liquid] Wastewater Treatment Equipment for Aquaculture Processing (Salmon and Trout)

Absorbing load fluctuations according to the situation, demonstrating stable processing performance! Introduction of a case study using a liquid membrane.

This is an introduction to a case where a liquid membrane was introduced into wastewater treatment facilities for fish processing (salmon and trout). Just like the efforts for HACCP in the manufacturing process, attention is also paid to wastewater treatment. However, the previous batch method was complicated and posed challenges in operational adjustments. To ensure absolutely safe treated water quality, a membrane separation activated sludge method was introduced, modifying the existing setup. With maintenance support from Kubota Membrane, stable treatment over a long period was achieved. 【Case Study】 ■ Location: Miyagi Prefecture ■ Type of wastewater: Fish processing wastewater ■ Treated water volume: 200m3/day ■ Operation: From April 2010, (resumed) August 2011 onwards *For more details, please refer to the PDF document or feel free to contact us.

  • Water treatment equipment

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【Case Study of Membrane Introduction in Liquid】 Livestock (Cattle and Pigs) Wastewater Treatment Equipment

【Case Study of Membrane Introduction in Liquid】 Livestock (Cattle and Pigs) Wastewater Treatment Equipment

Demonstrating stable processing performance even against varying loads due to seasonal changes! Introduction of a case using a liquid membrane.

This is an introduction to a case where a liquid membrane was introduced into livestock (cattle and pig) wastewater treatment facilities. In Ugo Town, Akita Prefecture, a farming and livestock circulation system has been established to raise safe, secure, and delicious Ugo beef by feeding cattle with additive-free feed made from a mixture of rice straw and rice bran, and utilizing cattle manure for rice cultivation. At the core of this system is the compost center, which produces high-quality organic compost called "Ugo Yuki" in the compost fermentation building and properly treats cattle and pig urine in the urine treatment facility. The adoption of the liquid membrane enables stable discharge of clear treated water. The treated water is used as agricultural water in the irrigation channels where it is released. 【Case Details】 ■ Location: Ugo Town, Akita Prefecture ■ Wastewater Type: Cattle and pig urine ■ Treated Water Volume: 24.2 m³/day ■ Operation: From April 2001 (expanded in April 2006) *For more details, please refer to the PDF document or feel free to contact us.

  • Water treatment equipment

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Case Study of Membrane Introduction in Liquid: Wastewater Treatment Equipment for Processing Animal and Vegetable Oils and Fats

Case Study of Membrane Introduction in Liquid: Wastewater Treatment Equipment for Processing Animal and Vegetable Oils and Fats

High-concentration wastewater containing grease is transformed into clear treated water! Introduction of a case using liquid membranes.

This is an introduction to a case where a liquid membrane was introduced into the wastewater treatment facility for animal and vegetable oil processing. During the expansion of the factory, consideration was given to the discharge river, resulting in the modification of the wastewater treatment facility to a membrane separation activated sludge method. Although it involves high-concentration wastewater containing oil and fat, by combining floating separation equipment with the membrane separation activated sludge method using liquid membranes, clear treated water is consistently obtained. This treated water is effectively utilized for snow melting in winter and for irrigation of young plants in summer. Excess sludge is dewatered and then incinerated. The waste heat generated during incineration is used for heating water, which is effectively utilized for cleaning water within the factory. [Case Study] - Location: Niigata Prefecture - Type of wastewater: Animal fat processing wastewater - Treated water volume: - 95m³/day - +5m³/day (dewatering filtrate) - Operation: Since June 2009 *For more details, please refer to the PDF document or feel free to contact us.*

  • Water treatment equipment

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Biomaintenance Co., Ltd. Business Introduction

Biomaintenance Co., Ltd. Business Introduction

Leave the design, construction, and maintenance of drainage treatment to us.

We offer wastewater treatment services (new installation, expansion, design, and construction) at our company. In our maintenance services, we solve everyday management issues related to wastewater treatment, such as "it's difficult to designate a management person" and "I'm unsure how to conduct operational management." Please feel free to consult us as one of your advisory partners. 【Services Offered】 ■ Wastewater treatment design and construction ■ Maintenance ■ Equipment and devices related to wastewater treatment ■ General construction ■ Handling of chemicals, coagulants, and microbial materials *For more details, please download the PDF or feel free to contact us.

  • Wastewater/wastewater treatment equipment
  • Machinery and equipment installation/dismantling/relocation
  • Other contract services

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Drainage treatment facility

Drainage treatment facility

The basics of wastewater treatment are biological, physical, and chemical processes! We will provide suggestions based on half a century of experience!

Shou Technos Co., Ltd. has been conducting research and development as a pioneer in wastewater treatment equipment and has been providing facilities with its unique technology up to the present. From wastewater treatment equipment that meets BOD levels below 600 ppm to advanced treatment required for total quantity regulation areas, including regulations on COD, nitrogen, and phosphorus, we offer excellent wastewater treatment facilities utilizing our extensive experience and know-how. 【Maintenance Services】 ■ MLSS Measurement ■ Equipment Management ■ Sludge Management ■ Water Quality Management *For more details, please download the PDF or feel free to contact us.

  • Other water treatment equipment

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[Case Study] Kimchi Manufacturing Factory - Oil and Fat Decomposition Wastewater Treatment Facility

[Case Study] Kimchi Manufacturing Factory - Oil and Fat Decomposition Wastewater Treatment Facility

Efficiently decomposing fats and oils through the fat decomposition mechanism! Large processing equipment is no longer necessary.

We would like to introduce a case where we provided design, construction, and consulting for a grease decomposition wastewater treatment facility at a kimchi manufacturing plant. In this facility, we adopted a grease decomposition system as a pretreatment for biological treatment, which is unsuitable for high concentrations of grease. This system breaks down the grease into a form that is easier for biological treatment. For the biological treatment, we employed a contact aeration method that generates less excess sludge and is easier to maintain. In conventional treatment technologies, grease is difficult to decompose and can negatively impact microorganisms, making pretreatment of grease through grease traps and coagulation pressure flotation devices essential. By adopting the "grease decomposition system" as a solution to many issues, grease is decomposed, eliminating the need for large-scale treatment equipment. 【Case Overview】 ■ Facility: Kimchi Manufacturing Plant, Grease Decomposition Wastewater Treatment Facility ■ Biochemical Oxygen Demand (BOD): Influent 2000 → Effluent 230 ■ Normal Hexane Extractable Substances: Influent 150 → Effluent 15 *For more details, please refer to the PDF document or feel free to contact us.

  • Wastewater/wastewater treatment equipment

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KEE's wastewater treatment facility "Food Factory"

KEE's wastewater treatment facility "Food Factory"

Do you have any concerns regarding the wastewater treatment facilities and auxiliary equipment at your food factory? Also, please feel free to consult us about wastewater reuse (gray water treatment facilities).

In addition to processing "N-Hex, BOD, SS," etc., in accordance with discharge standards (sewage, rivers, oceans), our company actively recommends the reuse of wastewater as "reclaimed water." Please feel free to contact us regarding water quality, water quantity, equipment renewal projects, environmental impact reduction measures, energy-saving measures, and any other inquiries. ▢ Examples of concerns or inquiries ■ The water quantity and quality load has increased compared to the planning stage. ■ The pretreatment for oil removal is not working well. ■ Biological treatment is unstable. ■ We want to introduce membrane treatment to stabilize the treated water. ■ We want to reduce the amount of sludge generated and also aim for sludge volume reduction. ■ We want to implement odor control measures. ■ We want to introduce energy-saving equipment such as blowers. ■ We want to visualize the operational data and water quality of wastewater treatment. ■ We want to reuse wastewater for applications such as toilet flushing water, utilizing it as reclaimed water.

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  • Wastewater/wastewater treatment equipment
  • Oil-water separator
  • Other water treatment equipment

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