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Rehabilitation Method - List of Manufacturers, Suppliers, Companies and Products

Rehabilitation Method Product List

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Canal Rehabilitation Method "KanaSlip Method"

Public Interest Incorporated Association Japan Sewage Works Association "Factory Certification System II Class Equipment"!

The "KanaSlip Method" is an extremely simple and economical trenchless pipe rehabilitation method that involves inserting factory-produced self-supporting pipes directly into aging sewer pipelines and performing only the necessary pipe end treatment. *In March 2020, additional certifications for Φ400, Φ450, Φ500, and Φ600 were obtained, further enhancing the lineup. 【Features】 ○ Registered as Class II materials under the certification system of the Japan Sewer Association as of January 1, 2017 ○ Registered technology in the Ministry of Land, Infrastructure, Transport and Tourism's New Technology Information System (NETIS) as HR-130007-A ○ Obtained construction technology review certification from the Japan Sewer New Technology Organization on March 17, 2020 ○ Since the products are formed in a factory rather than on-site, quality is stable and uniform ○ Installation is possible in small spaces as no special construction vehicles are used ○ Significant reduction in construction time leads to lower construction costs ○ The inner surface has a low roughness coefficient, ensuring drainage capacity is not compromised ○ Installation is possible even under operational conditions ○ Exhibits followability and excellent seismic resistance For more details, please download the catalog or contact us.

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Pipe Rehabilitation Method

A strong composite pipe has been constructed that integrates existing pipes, backfill materials, and profiles. It restores the functionality of the pipeline.

This technology is a method that allows for the rehabilitation of various aging pipelines, such as those used for sewage, agricultural water, and industrial drainage, without excavation. A pipeline is formed inside the existing aging pipes using hardened PVC profiles, and a backfill material is injected into the gaps. Since it can be constructed "while flowing water through any cross-sectional shape without excavation," it has minimal impact on traffic and citizens' lives. Additionally, both construction time and costs can be significantly reduced compared to traditional excavation methods, making it highly suitable for modern social and economic environments. 【Features】 ■ Can rehabilitate various aging pipelines without excavation ■ Minimal impact on traffic and citizens' lives ■ Significant reduction in both construction time and costs compared to excavation methods ■ Contributes to cost reduction and shortening of construction time with methods tailored to each construction site's environment *For more details, please refer to the PDF materials or feel free to contact us.

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[Case Study] Rehabilitation of Sewer Manholes

Introducing case studies aimed at the rehabilitation of manholes affected by hydrogen sulfide corrosion.

We would like to introduce a case where "D-Hole (Docking Hole)" was implemented for the rehabilitation of sewer manholes. In the Waterworks Division of the Yakage Town Hall in Okayama Prefecture, measures were being taken for areas where hydrogen sulfide corrosion was significantly advanced. This time, they adopted the D-Hole using the "Cassette Method," which is gaining attention for its new construction technique. [Evaluation] ■ Although it was their first time using this method, they confirmed a certain level of effectiveness in terms of construction method, duration, and cost, and expressed a positive intention to consider its adoption in the future. *For more details, please refer to the PDF document or feel free to contact us.

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