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This document introduces the "Power Plant Wastewater Treatment System," which can shorten construction periods by up to 30% and is effective in sites where large amounts of sludge are generated. It includes a comparison of the advantages and disadvantages of vacuum treatment, as well as the benefits of dewatering "organic sludge" and "inorganic sludge" using a centrifuge. Additionally, it provides a wealth of on-site case studies, making it a useful reference when considering implementation. 【Contents】 ■ Introduction ■ About the Power Plant Wastewater Treatment System ■ Sludge Volume Reduction ■ On-site Case Study 1-1: Drainage Ditch Dredging Sludge Treatment ■ On-site Case Study 1-2: Proposal Details *For more details, please refer to the PDF document or feel free to contact us.

• Water treatment technology and systems

In this document, we introduce the "Large-Scale Wastewater Treatment System." In the section "On Sludge Volume Reduction," we compare the advantages and disadvantages of vacuum treatment, and we present the benefits of dewatering "organic sludge" using a dewatering machine (centrifuge). Additionally, we also introduce case studies such as the treatment of dredged sludge from fishing ports, making this a useful reference when considering implementation. [Contents] ■ Introduction ■ About the Large-Scale Wastewater Treatment System ■ On Sludge Volume Reduction ■ Case Study 1-1: Treatment of Dredged Sludge from Fishing Ports ■ Case Study 1-2: Proposal Details *For more details, please refer to the PDF document or feel free to contact us.

• Water treatment technology and systems

In this document, we introduce the "Refinery Wastewater Treatment System." In the section "About the Refinery Wastewater Treatment System," we provide an overview of the system and a comparison with conventional technologies. Additionally, we have a wealth of on-site case studies to share. We encourage you to read this when considering implementation. 【Contents】 ■ Introduction ■ About the Refinery Wastewater Treatment System ■ Sludge Volume Reduction ■ On-site Case Study: Final Discharge Point (Guard Basin) Sludge Treatment ■ On-site Case Study: Proposed Solutions *For more details, please refer to the PDF document or feel free to contact us.

• Water treatment technology and systems

In this document, we introduce the "Steel Mill Wastewater Treatment System." It includes an overview of the system, a comparison of the advantages and disadvantages of vacuum treatment, and the benefits of dewatering "organic sludge" using a centrifuge. Additionally, we present case studies such as the treatment of accumulated sludge in cooling towers, making it a useful reference when considering implementation. 【Contents】 ■ Introduction ■ Solutions to these challenges ■ About the Steel Mill Wastewater Treatment System ■ Sludge volume reduction ■ Case Study 1-1: Treatment of accumulated sludge in cooling towers *For more details, please refer to the PDF document or feel free to contact us.

• Water treatment technology and systems

This catalog introduces, in an easy-to-understand manner, the basics of water treatment and various solutions to challenges through temporary water treatment plants. It includes information about Seisui Industry's temporary water treatment solutions, starting with "temporary water treatment plants," along with case studies, plant features, and benefits of implementation. This book serves as a useful reference when considering implementation. We encourage you to read it. 【Contents (excerpt)】 ■ Dehydration and Water Treatment Survey ■ Basics of Water Treatment (1) "What is Water Treatment?" ■ Basics of Water Treatment (2) "What is Sludge?" ■ Basics of Water Treatment (3) "What is a Temporary Water Treatment System?" ■ Challenge Resolution Map *For more details, please refer to the PDF document or feel free to contact us.

• Water treatment technology and systems

This document introduces the "factory wastewater treatment system," which can be temporarily installed as needed, unlike permanent installations. It includes an overview of the system, comparisons with conventional technologies, and information on sludge reduction, as well as case studies on sludge treatment in drinking water manufacturing plants. Please take a moment to read it when considering implementation. [Contents (excerpt)] ■ Introduction ■ Solutions to these issues ■ About the factory wastewater treatment system ■ About sludge reduction ■ Case studies: Sludge treatment in drinking water manufacturing plants *For more details, please refer to the PDF document or feel free to contact us.

• Water treatment technology and systems

Every year, disasters such as sudden heavy rainfall, categorized as abnormal weather, continue to occur. Damage related to "water," including river flooding and inundation, is also prominent. This document introduces a survey conducted among municipal employees from the perspective of "flood damage." We hope that the real voices from the current situation will serve as a reference for the future. We encourage you to read it. [Contents] <Survey on Awareness of Flood Damage> ■ Survey on awareness of flood damage among municipal employees ■ Survey on awareness of flood damage from the perspective of local residents ■ Survey on initiatives regarding flood damage countermeasures *For more details, please refer to the PDF document or feel free to contact us.

• Water treatment technology and systems

In this document, we introduce successful cases of cost reduction in factories and plants. We include examples from food factories and steel mills that utilized rental wastewater treatment plants, as well as cases that used rental individual equipment. Additionally, we also introduce rental plants and equipment. Please take a moment to read this when considering implementation. [Contents (Excerpt)] ■ Successful cases of productivity improvement in factories and plants ■ Collection of successful cases utilizing rental wastewater treatment plants in food factories No. 1-7 ■ Collection of successful cases utilizing rental wastewater treatment plants in steel mills No. 1-6 ■ Collection of successful cases utilizing rental wastewater treatment plants in chemical plants No. 1-3 ■ Collection of successful cases utilizing rental wastewater treatment plants in textile and paper mills No. 1-3 *For more details, please refer to the PDF document or feel free to contact us.

• Water treatment technology and systems

This document introduces the "Sewage Sludge Treatment System." In addition to information about the "Sewage Sludge Treatment System" and "Sludge Volume Reduction," it also includes a wealth of case studies, starting with the treatment of digester sludge. It serves as a useful reference when considering implementation. We encourage you to read it. 【Contents (Excerpt)】 ■ Introduction ■ Solutions to These Challenges ■ About the Sewage Sludge Treatment System ■ About Sludge Volume Reduction ■ Case Study 1-1: Digester Sludge Treatment *For more details, please refer to the PDF document or feel free to contact us.

• Water treatment technology and systems

How effective is temporary water treatment compared to conventional vacuum truck treatment, and in what situations is it particularly beneficial? Specifically, its effectiveness increases when the treatment volume exceeds 500m3. This document introduces specific benefits from eight perspectives, including significant cost reduction through waste volume reduction, emergency trouble response, and environmental conservation. We encourage you to read it. [Contents] ■ Feature 01 Cost reduction in treatment ■ Feature 02 Shortened construction period ■ Feature 03 Emergency trouble response ■ Feature 04 Capability to handle large-scale water treatment ■ Feature 05 Reduction of losses due to factory shutdowns *For more details, please refer to the PDF document or feel free to contact us.

• Water treatment technology and systems

This document introduces the "Civil Engineering Sludge Treatment System." It includes an overview of the system, comparisons with conventional technologies, and a comparison of the advantages and disadvantages of vacuum treatment. Additionally, it provides numerous on-site examples, including steel sheet piling construction, making it a useful reference when considering implementation. [Contents (excerpt)] ■ Introduction ■ Solutions to these challenges ■ About the Civil Engineering Sludge Treatment System ■ Sludge Volume Reduction ■ On-site Example 1-1: Steel Sheet Piling Construction 1 *For more details, please refer to the PDF document or feel free to contact us.

• Water treatment technology and systems

This document is an introduction to the "Civil Engineering Sludge Recycling System" handled by Seisui Kogyo Co., Ltd. It includes graphs comparing the construction periods, water costs, and waste disposal costs of new technologies and conventional technologies, as well as numerous site examples presented clearly with diagrams and photographs. Please feel free to download and take a look. [Contents] ■ About the Civil Engineering Sludge Recycling System ■ Site Example 1 ■ Site Example 2 ■ Other Examples ■ Overall Process *For more details, please refer to the PDF document or feel free to contact us.

• Civil Engineering Method
• Other civil engineering works

The "screw decanter centrifuge" is a type of centrifuge that separates solids and liquids using centrifugal force within a cylinder that rotates thousands of times per minute. The mixed liquid (raw liquid) supplied inside the high-speed rotating outer bowl undergoes separation due to centrifugal force, causing the solids to settle and accumulate in the inner bowl. It uses ultra-hard chips internally, making it capable of processing muddy water containing sand, mineral powders, and more. 【Features】 ■ Wear resistance ■ Adjustable liquid level height ■ Equipped with a planetary gear system ■ Safety devices included *For more details, please refer to the catalog or feel free to contact us.

• Turbid water and muddy water treatment machines
• Water Treatment

We are introducing a case of residual sludge treatment during renovation work conducted by Seisui Kogyo Co., Ltd. During the renovation of the aeration tank, we faced a situation where we had to dispose of 8,000m3 of sludge inside the tank. Since vacuum treatment would incur high processing costs, we used a temporary dewatering plant to reduce the volume. As a result of the treatment, we were able to reduce sludge disposal costs by approximately 73%. If you have any inquiries, please feel free to contact us. 【Features】 ■ Reduced residual sludge using a temporary dewatering plant ■ Resulted in approximately 73% reduction in sludge disposal costs *For more details, please refer to the catalog or feel free to contact us.

• Turbid water and muddy water treatment machines
• Tree protection materials and plant boxes

Our company is engaged in the rental of dewatering equipment (using centrifugation), as well as the acceptance and contracting of sludge and turbid water treatment. Dewatering can be performed while the equipment is being repaired, and it is more cost-effective than vacuum treatment. We can process wastewater and effluent in a short time frame. Please feel free to consult us if you have any concerns. 【Business Overview】 ■ Comprehensive rental of sludge treatment and wastewater treatment equipment *For more details, please refer to our catalog or feel free to contact us.

• Turbid water and muddy water treatment machines
• Water Treatment
• Garbage disposal, central dust collection, laundry, compressor

We are introducing a case of temporary sludge treatment during the dewatering machine replacement conducted by Seisui Kogyo Co., Ltd. As an overview of the project, during the replacement period of the existing dewatering machine, the machine becomes unavailable for use. Therefore, temporary dewatering treatment is carried out using a substitute machine, which allows for the continuation of normal production without stopping the production line. Additionally, it is also used as a substitute machine during other dewatering machine failures or renovation work. If you have any inquiries, please feel free to contact us. [Features] - Temporary dewatering treatment is performed using a substitute instead of the dewatering machine. - It is possible to continue normal production. - It can be used as a substitute machine during dewatering machine failures or renovation work. *For more details, please refer to the catalog or feel free to contact us.

• Turbid water and muddy water treatment machines
• Water Treatment

This case study collection features examples from Seisui Kogyo Co., Ltd., which specializes in the comprehensive rental of sludge treatment and wastewater treatment equipment, including temporary dewatering plants. It includes results from the treatment of residual sludge during renovation work, as well as an overview of temporary sludge treatment during the update of dewatering machines, starting with factory wastewater (from a drinking water production facility). Additionally, company information is also included, so please take a look. [Contents] ■ About temporary dewatering plants ■ Rental achievements in the water treatment field ■ Business information ■ Advantages of sludge dewatering using centrifuges ■ Screw decanters, etc. *For more details, please refer to the catalog or feel free to contact us.

• Water Treatment
• Tree protection materials and plant boxes
• Turbid water and muddy water treatment machines

Centrifuges used as dehydration treatment devices have many excellent characteristics and have recently been attracting attention in various fields. More than 80% of what is referred to as sludge is made up of water, and by reducing it to less than half, treatment costs can be significantly lowered. There is also technology that allows for the discharge of treated water into rivers without toxicity, making it environmentally friendly in light of serious global environmental destruction and pollution. In the past, it has been featured in the Circular Economy Newspaper. There have been hundreds of achievements to date, including excavation treatment in hot spring drilling, sludge treatment in breweries, dairy factories, sewage treatment facilities, sludge treatment in beverage factories, manure treatment in pig and cattle farms, oil drilling promotion, water treatment in purification plants, dredging projects for dam construction, dredging in rivers, sludge treatment of contaminated soil, and oil sludge treatment at refineries, among many other applications. There are also many achievements in civil engineering. It has been used in foundation work for highways and in tunnel excavation promotion projects.

• Water Treatment
• Water Treatment Plant
• Turbid water and muddy water treatment machines

Centrifuges used as dewatering treatment devices have many excellent characteristics and have been gaining attention in various fields in recent years. More than 80% of what is referred to as sludge is made up of water, and by reducing it to less than half, treatment costs can be significantly lowered. There is also technology that allows for the discharge of treated water into rivers without toxicity, making it environmentally friendly in light of serious global environmental destruction and pollution. In the past, it has been featured in the Circular Economy Newspaper. There have been hundreds of achievements to date, including sludge treatment in geothermal drilling, sludge treatment in breweries, dairy factories, wastewater treatment facilities, sludge treatment in beverage factories, manure treatment in pig and cattle farms, oil drilling promotion, water treatment at purification plants, dredging projects for dam construction, river dredging, sludge treatment of contaminated soil, and oil sludge treatment at refineries, among many other applications. There are also numerous achievements in civil engineering, including its use in foundation work for highways and tunnel excavation projects.

• Water Treatment
• Turbid water and muddy water treatment machines

Centrifuges used as dewatering treatment devices have many excellent characteristics and have been gaining attention in numerous sites in recent years. More than 80% of what is referred to as sludge is composed of water, and by reducing it to less than half, treatment costs can be significantly decreased. There is also technology that allows for the discharge of treated water into rivers without toxicity, making it environmentally friendly in light of serious global environmental destruction and pollution. In the past, it has even been featured in the Circular Economy Newspaper. There have been hundreds of successful cases to date, including drilling treatment in hot spring boring, sludge treatment in breweries, dairy factories, wastewater treatment in sewage treatment facilities, sludge water treatment in beverage factories, manure treatment in pig and cattle farms, oil drilling promotion, water treatment in water purification plants, dredging projects for dam construction, river dredging, sludge treatment in contaminated soil, and oil sludge treatment in refineries, among many other applications. There are also many achievements in civil engineering. It has been used in foundation work for highways and in tunnel excavation projects.

• Turbid water and muddy water treatment machines
• Water Treatment

Centrifuges used as dehydration treatment devices have many excellent characteristics and have been gaining attention in numerous sites in recent years. More than 80% of what is referred to as sludge is composed of water, and by reducing it to less than half, treatment costs can be significantly lowered. There is also technology that allows for the discharge of treated water into rivers without toxicity, making it environmentally friendly in light of serious global environmental destruction and pollution. In the past, it has even been featured in the Circular Economy Newspaper. There have been hundreds of achievements to date, including drilling treatment in hot spring boring, sludge treatment in breweries, dairy factories, sewage treatment facilities, mud water treatment in beverage factories, manure treatment in pig and cattle farms, oil drilling promotion, water treatment at water purification plants, dredging projects for dam construction, dredging in rivers, sludge treatment of contaminated soil, and oil sludge treatment at refineries, among many other applications. There are also many achievements in civil engineering. It has been used in foundation work for highways and in tunnel excavation projects.

• Turbid water and muddy water treatment machines
• Tunnel construction
• Water Treatment

Centrifuges used as dewatering treatment devices have many excellent characteristics and have been gaining attention in various fields in recent years. More than 80% of what is referred to as sludge is made up of water, and by reducing this to less than half, treatment costs can be significantly lowered. There is also technology that allows for the discharge of treated water into rivers in a non-toxic manner, making it environmentally friendly in light of serious global environmental pollution. In the past, it has even been featured in the Circular Economy Newspaper. There have been hundreds of successful cases, including drilling treatment in hot spring boring, sludge treatment in breweries, dairy factories, sewage treatment facilities, sludge treatment in beverage factories, manure treatment in pig and cattle farms, oil drilling promotion, water treatment at purification plants, dredging projects for dam construction, river dredging, sludge treatment for contaminated soil, and oil sludge treatment at refineries, among many others. There are also many achievements in civil engineering. It has been used in foundation work for highways and in tunnel excavation projects.

• Soil improvement material
• Turbid water and muddy water treatment machines
• Water Treatment

Centrifuges used as dewatering treatment devices have many excellent characteristics and have been gaining attention in various fields in recent years. Over 80% of what is referred to as sludge is made up of water, and by reducing it to less than half, treatment costs can be significantly lowered. There are also technologies that allow for the discharge of treated water into rivers without toxicity, making it environmentally friendly in light of serious global environmental pollution. In the past, it has even been featured in the Circular Economy Newspaper. There have been hundreds of successful cases, including treatment during hot spring drilling, sludge treatment at breweries, dairy factories, sewage treatment facilities, mud water treatment at beverage factories, manure treatment at pig and cattle farms, oil drilling support, water treatment at purification plants, dredging projects for dam construction, dredging in rivers, sludge treatment for contaminated soil, and oil sludge treatment at refineries, among many others. There are also numerous achievements in civil engineering, including its use in foundation work for highways and tunnel excavation projects.

• Turbid water and muddy water treatment machines
• Water Treatment
• Civil Engineering Method