Wastewater Treatment Facilities Product List and Ranking from 25 Manufacturers, Suppliers and Companies

Last Updated： Aggregation Period:Sep 24, 2025～Oct 21, 2025
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:Sep 24, 2025～Oct 21, 2025
This ranking is based on the number of page views on our site.

  1. ティーシーイーエム　（ＴＣＥＭ） Chiba//Facility Design Office
  2. ラサテック 本社/工場 Chiba//Other construction industries
  3. サンエー工業 Tokyo//Facility Design Office
  4. 昭栄産業 Ishikawa//Service Industry
  5. 5 Troax セーフティシステムズ 東京本社 Tokyo//Warehousing and transport related industries
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Wastewater Treatment Facilities Product ranking

Last Updated： Aggregation Period:Sep 24, 2025～Oct 21, 2025
This ranking is based on the number of page views on our site.

  1. Conveyor motor pulley modular belt rubber lagging ティーシーイーエム　（ＴＣＥＭ）
  2. Environmental Mixer "Peregaia" ラサテック 本社/工場
  3. Rice husk carbonization furnace 昭栄産業
  4. Drainage Treatment Equipment Rental Service サンエー工業
  5. 4 ◆LOCK&SWITCHE-「SCHMERSAL AZM201」 Troax セーフティシステムズ 東京本社

Wastewater Treatment Facilities Product List

16～30 item / All 67 items

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[Data] Motor Pulley for Indoor Conveyors <Type and Amount of Oil>

[Data] Motor Pulley for Indoor Conveyors <Type and Amount of Oil>

The amount of internal oil is constant for vertically mounted motor pulleys, regardless of the pulley length (RL)!

This catalog introduces the types and quantities of oil for motors and pulleys used in indoor conveyor systems. We handle "mineral oil/standard," as well as "synthetic oil/optional" and "synthetic oil/food grade," clearly presented in a table format. For more details, please download and take a look. 【Types of Oil】 ■80LS [Mineral oil/standard, Synthetic oil/optional, Synthetic oil/food grade] ■113LS [Mineral oil/standard, Synthetic oil/optional, Synthetic oil/food grade] ■138LS-320H [Mineral oil/standard, Synthetic oil/optional, Synthetic oil/food grade] *For more details, please refer to the PDF document or feel free to contact us.

  • Conveyor
  • Safety and consumables

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[Data] Motor Pulley for Indoor Transport Conveyor <Wiring Diagram>

[Data] Motor Pulley for Indoor Transport Conveyor <Wiring Diagram>

Such as '80LP-113LP' and '113LS'! We have published many wiring diagrams that are easy to understand!

This catalog includes wiring diagrams for motor pulleys used in indoor conveyor systems. It features a variety of models, including "80LP-113LP," "80LS-165LS," and the Wago clamp terminal box version of "113LS" and "138LS-400L." We hope you find it useful. 【Contents】 ■80LP-113LP Wiring Diagram ■80LS-165LS Wiring Diagram ■113LS Wiring Diagram: Wago clamp terminal box version (electromagnetic brake used with single voltage) ■138LS-400L Wiring Diagram: Wago clamp terminal box version 　(Use single voltage for the electromagnetic brake version of 138LS) *For more details, please refer to the PDF document or feel free to contact us.

  • Conveyor
  • Safety and consumables

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Motor pulleys for indoor conveyor transport, rollers/types of tension rollers.

Motor pulleys for indoor conveyor transport, rollers/types of tension rollers.

If you choose SUS, it can also be used for food applications! We can meet your needs!

This product is a roller used for the tension rollers of indoor conveyor belts with motor pulley models up to 165LS. The roller can be used in environments containing water, such as damp environments, and can be made from materials like SUS for food applications. It can also meet the needs for smaller diameter rollers due to limited space and weight. As standard specifications, the tube can be made of steel pipe or galvanized pipe, the shaft is made of polished steel round bar, the shaft processing shape can be either a cut groove or threaded hole specification, and the seal can be either a labyrinth seal or bearing 2RS. 【Types of Rollers】 ■RSP ■MPS ■117 ■RTL *For more details, please refer to the PDF document or feel free to contact us.

  • Conveyor
  • Safety and consumables

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[Data] Motor Pulley for Indoor Transport Conveyor <Power Calculation and Selection>

[Data] Motor Pulley for Indoor Transport Conveyor <Power Calculation and Selection>

We have published formulas for various types of conveyors, including slide bed conveyors!

This document introduces the power calculation and selection of motor pulleys for box transport applications. It includes tables such as "Calculation of the tangential force" and "Calculation of driving force (tangential force)." The power (tangential force) of motor pulleys for each conveyor can be calculated by selecting from the various transport examples in the tables. Please feel free to download and take a look. [Contents] ■ Calculation of driving force (tangential force) - Coefficient of friction between belt and slide bed - Coefficient of friction between transported items and belt ■ Calculation of the tangential force - Conditions: empty load, load moving horizontally, inclined ascent, accumulation - Conveyor types: roller bed conveyor, slide bed conveyor, vertical slide bed *For more details, please refer to the PDF document or feel free to contact us.

  • Conveyor

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[Case Study] Proposal for Improvement of Operation of Seafood Processing Wastewater Treatment Equipment

[Case Study] Proposal for Improvement of Operation of Seafood Processing Wastewater Treatment Equipment

Resolved the issue of poor sludge floc formation and settling, which led to carryover and exceeding standard values. Enabled stable operation by utilizing existing equipment.

We resolved the issue of poor floc formation and sedimentation of sludge, which was causing carryover and exceeding standard values. Site: Aquaculture processing wastewater Situation: The equipment often had problems achieving stable treatment. ↓ 【Proposal】 To check the condition of the activated sludge, we conducted a microbial observation in the aeration tank, which confirmed that the microorganisms were not functioning properly. Therefore, we proposed the introduction of a bio-agent. Additionally, to improve dewatering efficiency, we reselected a high molecular weight coagulant. 【Results of Implementation】 This time, we proposed to improve the treatment using existing equipment without introducing new facilities. After our proposal, the treatment situation improved, allowing for stable operation. We also provided facility management support with maintenance every two weeks. ◎ Are you having trouble with wastewater treatment equipment? Please feel free to consult us. *For more details, please contact us or download the PDF.

  • others
  • Water Treatment

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[Case Study of Major Chemical Company A] Renovation of Aging Wastewater Treatment Facilities

[Case Study of Major Chemical Company A] Renovation of Aging Wastewater Treatment Facilities

Reduction of approximately 50% in power consumption! We will introduce a case study that achieved both the extension of lifespan and improvement of functionality by renovating aging wastewater treatment facilities!

At chemical giant Company A, the aging of equipment and concrete tanks was severe, and deterioration was quite noticeable. Although repairs were made every year, there were concerns within the company about whether they could maintain the current state and how long they could continue operations. Our company proposed a concept that allows for both the extension of the lifespan and the enhancement of functionality, based on the premise of utilizing existing tanks, achieving renovation without halting operations through meticulous investigation and consideration. As a result, we were able to achieve the extension of equipment lifespan and a significant reduction in running costs through renovation. **Effects of Renovation** **Extension of Equipment Lifespan** - Conducted seismic reinforcement work to avoid the risk of collapse during a major earthquake. - Significantly reduced investment costs compared to the construction of new tanks. **Significant Reduction in Running Costs** - Approximately 50% reduction in electricity consumption. - Approximately 70% reduction in sludge generation. - Recovery of methane gas from wastewater organic matter, leading to reduced fuel costs for the entire factory through energy creation. *For more details, please refer to the PDF document or feel free to contact us.*

  • Earthquake-resistant construction method
  • Renovation and repair methods
  • maintenance

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Batch-type carbonization furnace

Batch-type carbonization furnace

It is also possible to carbonize while maintaining the shape! A low-cost, high-quality batch carbonization furnace.

The "Batch-Type Carbonization Furnace" is a device capable of carbonizing high-calorie materials, including high-moisture raw materials, waste plastics, and waste tires. It is also possible to carbonize materials such as fruits and bamboo products while maintaining their shape. Designed and quality-controlled by our company, it is manufactured in our factory in China, ensuring low prices and high quality. Operation is simple, requiring only initial setup, and cooling and discharging the carbonized products is easy. 【Features】 ■ Low price and high quality ■ Capable of carbonizing high-moisture raw materials ■ Capable of carbonizing while maintaining the shape of the raw materials ■ Capable of carbonizing mobile phones, waste circuit boards, etc. ■ Oil recovery is also possible (optional) *For more details, please download the PDF or feel free to contact us.

  • Waste treatment facilities
  • others

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External heat type continuous carbonization furnace

External heat type continuous carbonization furnace

Carbonization from low temperature to high temperature is possible! A carbonization furnace with almost no running costs.

The "Indirect Heating Continuous Carbonization Furnace" is a device that allows for carbonization from low to high temperatures by adjusting the temperature of the dry distillation gas due to its indirect heating method. Designed and quality-controlled by Japan Beneve, it is manufactured in a factory in China, resulting in low prices and high quality. Additionally, since carbonization is achieved by burning the dry distillation gas, the running costs are limited to electricity expenses. Operation allows for automatic adjustment of raw material supply and air volume, making it easy to operate. 【Features】 ■ Low price and high quality ■ Minimal running costs ■ Temperature control of carbonized products ■ Production tailored to specific applications ■ Easy operation *For more details, please download the PDF or feel free to contact us.

  • Waste treatment facilities
  • others

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Contact Aeration Type Wastewater Treatment Equipment "Touchstone System"

Contact Aeration Type Wastewater Treatment Equipment "Touchstone System"

Wastewater treatment plant for high-concentration wastewater

The "Touchstone System" is a groundbreaking wastewater treatment facility that utilizes natural volcanic ash as a contact material. It enables the habitation of various organisms that decompose organic matter in wastewater, achieving stable treatment. By using natural volcanic ash as a contact material in a contact aeration method, it maintains a high concentration of microorganisms, improves treatment performance, and reduces the amount of generated sludge to half that of conventional methods. 【Features】 ■ High volumetric load ■ Strong against load fluctuations ■ Reduces the amount of excess sludge generated ■ Easy maintenance ■ Labor-saving operation management, etc. *For more details, please download the PDF or contact us.

  • Drainage and ventilation equipment
  • Septic tank equipment

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[Construction Example] Adoption of liquid membrane in wastewater treatment facility of a food factory (mekabu factory)

[Construction Example] Adoption of liquid membrane in wastewater treatment facility of a food factory (mekabu factory)

Compactness that allows effective use of idle water tanks! Strong against load fluctuations, making operation management easy.

We would like to introduce a case where our wastewater treatment equipment (membrane in liquid) was adopted at the wastewater treatment facility of the mekabu factory. With the full-scale production at the Sendai factory, enhancing the wastewater treatment facility became an urgent issue. To address the constraints of the factory site (ensuring green space), we adopted a membrane in liquid that can strengthen treatment capacity by installing membrane units in idle tanks. We have received feedback from our customers stating, "Currently, we are using it in conjunction with the existing standard activated sludge method, but since the membrane separation activated sludge method absorbs the load fluctuations, it has made operation management easier and we are grateful for that." [Overview of the Equipment (Excerpt)] ■ Product: Processed colored seaweed, mozuku, mekabu ■ Treated water volume: 600-700m3/day (total), 500m3/day (membrane 1, 200 sheets) ■ Issue: March 2012 *For more details, please refer to the PDF document or feel free to contact us.

  • Turbid water and muddy water treatment machines

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[Case Study of Water Treatment Equipment] Miyagi Prefecture Seafood Processing Plant (200m3/d Treatment)

[Case Study of Water Treatment Equipment] Miyagi Prefecture Seafood Processing Plant (200m3/d Treatment)

Introduction of case studies on the implementation of water treatment systems due to the deterioration of effluent water quality and improvements in equipment in a space-saving manner.

We would like to introduce a case study of a water treatment facility implemented at a seafood processing plant in Miyagi Prefecture. At this plant, they were operating a batch processing system installed by another company, but frequently experienced sludge floating during discharge, which deteriorated the quality of the effluent. Additionally, due to limited space for expanding the wastewater treatment facilities within the plant, there was a demand for space-saving equipment improvements. As a result, a system that met these conditions, along with in-house operation management, accident analysis, and remote monitoring systems, was evaluated and selected. As a result, despite the high levels of nitrogen and n-hex in the raw water, significant improvements in treated water quality and stable operation were achieved. [Case Study] ■Challenges - Operating a batch processing system installed by another company - Increased production capacity at the plant - Deterioration of effluent quality due to nitrogen levels in the raw water - Limited space for expanding wastewater treatment facilities within the plant *For more details, please refer to the PDF document or feel free to contact us.

  • Water Treatment

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"Case studies that solve drainage treatment issues" Free on-site equipment diagnosis currently available!

"Case studies that solve drainage treatment issues" Free on-site equipment diagnosis currently available!

We solve various problems related to wastewater treatment! Our membrane-based wastewater treatment equipment achieves clean wastewater treatment in compact spaces!

The "Case Studies of Water Treatment Facility Implementation" is a collection of case studies that addresses factory wastewater treatment issues, conducted by Nakayama Environmental Engineering Co., Ltd., which provides comprehensive support from investigation to design, construction, and maintenance of water treatment plants. It includes a variety of major treatment methods tailored to the specific conditions of wastewater treatment and water supply facilities. Utilizing experience, knowledge, and technology, we deliver proposals and construction that are suitable for our customers. Additionally, without conducting an investigation, it is unclear which wastewater treatment method is appropriate. Therefore, we offer free on-site investigations. *However, we will charge for detailed investigations. [Featured Cases] ■ Seafood processing plant 200 m³/d (Membrane treatment) ■ Poultry processing plant 3500 m³/d (Membrane treatment) ■ Rice cracker factory 600 m³/d (Membrane treatment) ■ Dairy factory 300 m³/d (Membrane treatment) ■ Cut vegetable factory 250 m³/d (Standard activated sludge) ■ Rice cracker factory 60 m³/d (Standard activated sludge) ■ Medical product factory 70 m³/d (Membrane treatment) ■ Seafood processing plant 80 m³/d (Membrane treatment) *For more details, please refer to the PDF document or feel free to contact us.

  • Water Treatment

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Carbon dioxide neutralization device

Carbon dioxide neutralization device

Reduction of running costs! Introducing a carbon dioxide neutralization device using a special gas-liquid contact apparatus.

The "Carbon Dioxide Neutralization Device" efficiently and economically treats alkaline wastewater using a special gas-liquid contact device. Since carbon dioxide is used as a neutralizing agent, it is safe to handle. Even if there is an operational error leading to excessive addition, the pH of the treated water remains within the neutral range of 5.8 to 8.6, posing no problems. 【Features】 ■ Extremely high reaction efficiency of carbon dioxide ■ Low consumption of carbon dioxide ■ Short neutralization time, resulting in a compact device ■ Requires a small installation area ■ High tolerance to fluctuations in treated water volume *For more details, please refer to the PDF materials or feel free to contact us.

  • others

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