Muddy soil improvement material - List of Manufacturers, Suppliers, Companies and Products

Muddy soil improvement material Product List

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High Cement Content Soil Improvement Agent MT Series [Construction Case Study] Urban Mountain Construction Method

Improve the slurry after using the concrete mixer with high cement content soil stabilizer MT-2 and dispose of it immediately!

We would like to introduce a case study of the MT series high cement content soil improvement agent. This project involves the construction of a tunnel in an urban area using the NATM method. The wash water from the ready-mix concrete trucks used on site contained slurry and needed to be regularly transported off-site. However, the site was narrow, and it was difficult to secure a vacuum truck for an extended period. Therefore, MT-2 was adopted due to its characteristics of low additive amount and immediate transport capability. After improving the mud with this product, it was transported to the designated disposal site via a standard 10-ton dump truck, passing through public roads.

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High Cement Content Soil Improvement Agent MT Series - Improvement Image Diagram

Solidifies in just 15 minutes! Here’s an image of the process from a high-water-content clay state to solidification!

This document includes images illustrating the improvement of the MT series high water content soil stabilizer. Various types of high water content soil generated from construction sites can solidify in just 15 minutes. We provide clear illustrations and photos showing the process from high water content soil to solidification. Please take a moment to read it. *For more details, please refer to the PDF document or feel free to contact us.

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High Cement Content Soil Improvement Agent MT Series Mixture Test Report "Reservoir"

This is a report that seeks to determine the amount and cost of additives that enable the immediate transportation of mud generated from agricultural ponds.

This document is an example report of a mixing test conducted by our company on mud generated from a reservoir. We have measured the amount of the high-water-content mud improvement agent MT series that can be immediately transported and compared costs with cement and lime. Our company conducts mixing tests using locally sourced soil free of charge. We encourage you to read it. *For more details, please refer to the PDF document or feel free to contact us.

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High Cement Content Soil Stabilizer MT-3 Safety Related Documents

We present safety-related documents, including regularly conducted test result reports, analysis result reports based on soil environmental standards, and test reports on fish.

This document presents the safety-related materials for the high-water-content soil improvement agent MT-3, including the internal test results, analysis report based on soil environmental standards, and the acute toxicity test report using fish. Please take a moment to read it. 【Contents】 ■ Test Results (moisture content, pH, bulk density, etc.) ■ Analysis Report (soil environmental standards) ■ Test Report (96-hour acute toxicity test using fish) *For more details, please refer to the PDF document or feel free to contact us.

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MT Series Processed Soil Water Inundation Status Comparison

What happens when the MT series high-cement soil improvement agent is soaked in water? We will introduce the water immersion conditions of each treated soil with photos.

We conducted comparative tests to answer common questions such as, "Does the mud improved with the high water content soil stabilizer MT series get affected by rainfall?" and "Does it re-mud?" We explain with photos the situation when purified water was added to the treated soil completed with the high water content soil stabilizer MT series added to simulated mud. *For more details, please refer to the PDF document or feel free to contact us.*

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  • Ground improvement materials

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Gunma Prefecture Version: MT Series High Water Content Clay Soil Improvement Agent Adoption Record Table

Adopted at numerous sites within Gunma Prefecture! Details such as the target soil for improvement, construction timing, and construction locations are also included.

This document introduces the adoption results of the MT series high water content soil improvement agents, which have been actually used on-site, with a focus on Gunma Prefecture. The product has been utilized in various projects within Gunma Prefecture, including organic sludge treatment in compost production, disaster prevention work in the Minakami area, sludge treatment at concrete secondary product factories, and ash removal work at waste treatment facilities. There are numerous achievements not only in private companies but also including the Gunma Prefectural Tone Numata Agricultural Office. We encourage you to read it. *For more details, please refer to the PDF document or feel free to contact us.*

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[Yamanashi Prefecture Edition] High Water Content Clay Soil Improvement Agent MT Series Adoption Record Table

Adopted at the site in Yamanashi Prefecture! Details such as the target soil for improvement, construction timing, and construction location are also included.

This document introduces the adoption results of the MT series high water content soil improvement agents, which have been actually used on-site, with excerpts from Yamanashi Prefecture. Our products have been used in various projects within Yamanashi Prefecture, including the construction of the Nagakawa Byodogawa Bridge, mega solar power plants, and the renovation of the gymnasium floor at Kofu East High School. We have achievements not only in private enterprises but also in projects commissioned by Yamanashi Prefecture. We encourage you to read through it. *For more details, please refer to the PDF document or feel free to contact us.*

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Akita Prefecture Version: Adoption Record of High Water Content Clay Soil Improvement Agent MT Series

Adopted at numerous sites within Akita Prefecture! Details on the target soil for improvement, construction timing, location, and more are also included.

This document introduces the adoption results of the MT series high water content soil improvement agent, which has been actually used on-site, with excerpts from Akita Prefecture. Our products have been utilized in numerous projects within Akita Prefecture, including disaster recovery work, excavation and removal of accumulated soil in front of work sites, river disaster recovery work, maintenance dredging of berths, new construction of railway-related facilities, and substructure work for the Osawa Bridge. There are many achievements not only in private enterprises but also including organizations such as the Akita Regional Development Bureau of Akita Prefecture. We encourage you to read it. *For more details, please refer to the PDF document or feel free to contact us.*

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Tochigi Prefecture Version: MT Series High Water Content Clay Soil Improvement Agent Adoption Record Table

Adopted at numerous sites within Tochigi Prefecture! Details such as the target soil for improvement, construction timing, and construction location are also included.

This document introduces the adoption results of the MT series high water content soil improvement agent, which has been actually used on-site, with excerpts from Tochigi Prefecture. The product has been used in various projects within Tochigi Prefecture, including pond dredging work, pit soil removal work, factory soil improvement work, construction of the Yora River integrated drainage pumping station, and solar power plant construction. There are numerous achievements not only in private companies but also including the Kanto Regional Agricultural Administration Bureau of the Ministry of Agriculture, Forestry and Fisheries. Please take a moment to read through it. *For more details, please refer to the PDF document or feel free to contact us.*

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Wakayama Prefecture Version: Adoption Record of High Water Content Clay Soil Improvement Agent MT Series

Adopted for the repair work of the In'nan River and other external rivers! Details such as the targeted soil for improvement, construction timing, and construction locations are also included.

This document introduces the adoption results of the MT series high water content soil improvement agents, which have been actually used on-site (excerpt from Wakayama Prefecture). It includes projects such as the removal of accumulated mud in firewater tanks, repairs to the Inami River and other external rivers, and construction of tidal gates and embankments at the Wakayama Shimotsu coast (Kainan area). There are achievements not only from private companies but also from organizations such as the Hidaka Promotion Bureau of Wakayama Prefecture. We encourage you to read it. *For more details, please refer to the PDF document or feel free to contact us.

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High Cement Content Soil Improvement Agent MT Series [Construction Case] Pond Dredging Work

Efficient transportation of large amounts of deposited soil! A case where deposited soil was improved, and primary transportation was carried out using a roller dump within the reservoir, followed by secondary transportation to a temporary storage site several kilometers away using dump trucks.

This construction project involves dredging the sediment from a reservoir. At the same site, the accumulation of sediment in the reservoir had reduced its water storage capacity, causing issues. However, the high moisture content of the sediment made it difficult to transport using dump trucks. Therefore, a high moisture content sediment improvement agent, MT-2, which is neutral and allows for immediate transport from the site, was adopted. The original sediment was improved with this product, and after primary transportation within the site using a crawler dump truck, the treated soil was transported to a temporary storage area several kilometers away using dump trucks. *For more details, please refer to the PDF document or feel free to contact us.*

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  • Turbid water and muddy water treatment machines

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High Cement Content Soil Improvement Agent MT Series [Construction Case Studies] Infrastructure Development Project

Optimal for the field! A case where excavation for waterway widening was adopted in the infrastructure development project.

This construction project is a land readjustment project aimed at the large-scale consolidation of rice paddies. In this project, the initial plan was to backfill the existing waterway with locally generated soil for agricultural use. However, due to the high moisture content of the locally generated soil, we considered methods for soil improvement, but using cement or lime was not feasible due to concerns about their impact on crops. Therefore, we conducted trial mixtures to see if the high-water-content clay soil improvement agent MT-2 could be used. As a result, all soil environmental standard component analysis items were below the standard values, and the soil hardness (Yamanaka method) was determined to be 12mm after 21 days, leading us to conclude that backfilling with improved soil was possible, and we proceeded with mixing at the site of the existing waterway. Furthermore, considering future subsurface drainage and agricultural practices, the use of improved soil was limited to a depth of 80cm below the surface. Subsequently, improved soil was also utilized in adjacent construction projects. *For more details, please refer to the PDF document or feel free to contact us.*

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  • Agricultural civil engineering works

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Tokyo Metropolitan Government Construction Bureau's "New Technology Information Database" has registered the MT series!

The MT series high water content soil improvement agent has been registered in the Tokyo Metropolitan Government Construction Bureau's "New Technology Information Database."

On March 13, the "New Technology Information Database" operated by the Tokyo Metropolitan Government Construction Bureau registered the high water content soil improvement agent MT series. The bureau aims to achieve efficient and effective construction, including cost reduction, by sharing information on excellent new technologies developed in the private sector and actively utilizing them in the projects it undertakes. To this end, it has established the "New Technology Evaluation and Selection Guidelines," which accept proposals from developers of new technologies and gather information. From the new technologies proposed, those expected to be effective in the bureau's projects are selected and compiled as the "New Technology Information Database" for information provision. In the process of registration, the product underwent rigorous examination for about a year, including modifications to the application and hearings. It is the first company from Yamagata Prefecture to be registered in this database. In the future, this product will be actively utilized in construction projects ordered by the Tokyo Metropolitan Government Construction Bureau. Tokyo Metropolitan Government Construction Bureau "New Technology Information Database" https://www.kensetsu.metro.tokyo.lg.jp/jigyo/tech/shingijutsu/index.html

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High Cement Content Soil Improvement Agent MT Series English and Chinese Version Brochure

Translation of the brochure for the high cement content soil stabilizer MT series into English and Chinese!

This document is the English and Chinese version brochure of the high water content soil improvement agent MT series. Please take a moment to read it.

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High Cement Content Soil Stabilizer "MT Series" <Applicable Soil Types/Features>

Applicable to various types of mud! It can modify mud with a very small addition amount of about 1 to 8 kg/m3.

We would like to introduce the applicable soils and features of our high-water-content soil improvement agent, the "MT Series." After adding this product and mixing for about 15 minutes with a backhoe, the mud is modified into a plastic state and can be immediately transported by dump truck. It can be applied to river and harbor dredged soil, sediment from reservoirs, excavated soil from construction sites, excess mud and water from thrusting and shielding, mud from pile driving, and mud generated from heavy rain disasters. 【Features】 ■ Immediately transportable ■ Environmentally friendly ■ Reduces CO2 emissions ■ Can be modified at room temperature ■ Can be used in conjunction with solidifying agents *For more details, please download the PDF or feel free to contact us.

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