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Mud improvement material Product List

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High Cement Content Soil Improvement Agent MT Series

High Cement Content Soil Improvement Agent MT Series

Goodbye to the time spent worrying about "mud." A new additive for removing mud.

The MT series high water content soil stabilizer is a mud improvement agent that solidifies high water content soil generated at construction sites in a short time, enabling immediate transportation by dump trucks. Traditionally, high water content soil was solidified with cement or lime before being transported, which required a large amount of solidifying agent and a specified curing period to achieve strength. Therefore, we developed the MT series, which can quickly modify mud with a small amount of additive. 【Features】 ■ Can be transported in a short time ■ Excellent ease of use ■ Effective with low additive amounts ■ Does not adhere to heavy machinery ■ Can be used in conjunction with cement *For more details, please refer to the PDF document or feel free to contact us.

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  • Mud improvement material

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List of Construction Achievements for Soil Recycling Technology Bontelan Method

List of Construction Achievements for Soil Recycling Technology Bontelan Method

Recycling "soil" as a high-performance ground material! A distribution map of the Bonteran method adoption results is also included!

This document introduces the construction achievements of the mud recycling technology known as the Bontelan method. By adding and mixing fiber-based soil improvement materials (Bonfiber) and solidifying agents to the "mud" generated from construction sites, it is repurposed as a high-performance ground material. Since its development in 1999, this method has steadily increased its construction achievements, with a total construction volume of 812,000 m³ and approximately 469 cases of adoption as of March 2024. We invite you to read more. [Contents Included] ■ No. 13 Tanokawa Pond Construction, Nishiken Bureau of Agriculture and Water (Construction) ■ FY2022 Osawa District Rural Disaster Prevention and Mitigation Project, Section 1 ■ FY2022 (Carryover) Iizaka District Rural Disaster Prevention and Mitigation Project (Pond Improvement), Section 2 ■ FY2022 Oe-Misato District Rural Disaster Prevention and Mitigation Project, Section 1 ■ No. 3 Kosugizawa No. 1 Pond Construction, Nakaken Bureau of Agriculture and Water (Construction) *For more details, please refer to the PDF document or feel free to contact us.

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MT Series High Cement Content Soil Stabilizer Adoption Record

MT Series High Cement Content Soil Stabilizer Adoption Record

Adopted at over 1,000 locations nationwide! Details such as the types of soil targeted for improvement, construction timing, and construction locations are also included!

This document introduces the adoption results of the MT series, a high-water-content soil improvement agent that has been actually used on-site. It includes projects such as dredging work for rivers and ports, disaster recovery-related work, ground improvement work, shield tunneling work, solar power-related work, and pond renovation work. Since the start of sales in April 2015, we have received many inquiries, and it has been adopted at over 1,000 sites nationwide. We encourage you to read it. *For more details, please refer to the PDF document or feel free to contact us.

  • Composite Materials
  • Mud improvement material

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High Cement Content Soil Improvement Agent MT Series Q&A Collection

High Cement Content Soil Improvement Agent MT Series Q&A Collection

"What mechanism does the MT series use to solidify?" and many other questions answered!

This document is a Q&A collection about the MT series of soil improvement agents that instantly solidify high-water-content clay generated from construction sites with approximately 15 minutes of treatment, enabling immediate transportation by dump trucks. It includes questions such as "What types of soil can this product be used on?", "Can it improve soil that contains a lot of organic matter?", and "What are the components of the MT series?" Please take a moment to read it. [Contents] ■Q. What is the MT series of high-water-content clay improvement agents? ■Q. What is the background of this product's development? ■Q. What types of soil can this product be used on? ■Q. Can it improve soil that contains a lot of organic matter? ■Q. Are there any types of soil that cannot be improved with the MT series? *For more details, please refer to the PDF document or feel free to contact us.

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MT Series High Cement Content Soil Stabilizer Usage Instructions

MT Series High Cement Content Soil Stabilizer Usage Instructions

We provide detailed information along with photos about the standard addition amounts and the properties after improvement!

This document provides information on how to use the high-water-content soil improvement agent MT series. It details the workflow along with photos taken during use. It also explains the standard dosage for this product. Please take a moment to read it. 【Usage Instructions】 1. Pour high-water-content soil into the mixing pit. 2. Add the high-water-content soil improvement agent MT series. 3. Mix thoroughly. 4. Load the improved soil onto a dump truck. 5. Transport the improved soil. *For more details, please refer to the PDF document or feel free to contact us.

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[Disaster Recovery Materials] For the restoration of landslide disasters! High-water-content soil improvement agent MT series

[Disaster Recovery Materials] For the restoration of landslide disasters! High-water-content soil improvement agent MT series

For disaster recovery purposes, it is possible to instantly improve and transport the sediment that flows in during landslides caused by heavy rain and other events. [Free samples available]

This product is a new soil improvement agent developed with the concept of "how to instantly solidify the mud generated and facilitate its quick removal." It can instantly solidify high-water-content mud generated from landslides in just about 15 minutes, allowing for immediate removal using shovels, wheelbarrows, or dump trucks. 【Application Examples】 ● When you want to remove sediment that has flowed in due to a landslide before it dries ● Suitable for sites where heavy machinery or shovels cannot be used ● Improvement is possible with just a light mix, allowing for immediate removal ● Unlike cement or lime, there is no concern about becoming alkaline.

  • Other polymer materials
  • Mud improvement material

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Attention those struggling with mud! Introducing the mud improvement agent 'MT Series'

Attention those struggling with mud! Introducing the mud improvement agent 'MT Series'

Introducing a soil improvement agent that instantly solidifies the 'mud' generated from construction sites, enabling immediate removal by dump trucks! *Free samples available.

This product is a new soil improvement agent developed under the concept of "how to instantly solidify mud generated from construction sites and facilitate its quick removal." It can instantly solidify high-water-content mud generated from river and harbor dredging work, pond renovation work, and shield tunneling work in just about 15 minutes, allowing for immediate removal by dump trucks. 【Application Examples】 ● After dredging mud deposited in rivers, I want to remove it immediately from the site. ● Mud must be removed due to pond renovation work. ● I want to immediately remove cement mud generated from pile driving work and complete the pile driving process early. ● I want to remove excess muddy water generated from shield tunneling without using a filter press, using dump trucks. *If you would like a sample, please apply using the "Contact Us" button below.

  • Other polymer materials
  • Mud improvement material

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High Cement Content Soil Improvement Agent MT Series [Construction Case Study] High-Rise Apartment Building Construction Project

High Cement Content Soil Improvement Agent MT Series [Construction Case Study] High-Rise Apartment Building Construction Project

If you want to immediately modify the large amount of high-water-content clay soil generated during excavation work at construction sites and promptly transport it to a waste disposal site, this is a must-see!

This project is an example of constructing a high-rise condominium in an urban area. When excavating to create underground levels, a large amount of high-water-content clay soil containing a lot of groundwater was generated, and its treatment became a challenge. Additionally, there were issues with the dispersion of lime to neighboring areas and the difficulty of long-term chartering of vacuum trucks. Therefore, the environmentally friendly high-water-content clay soil improvement agent 'MT-1' with a low additive amount was adopted, and after improving the soil with this product, it was immediately transported to a soil disposal site. 【Project Overview】 ■ Construction Period: December 2019 ■ Location: Miyagi Prefecture ■ Adopted Product: High-water-content clay soil improvement agent MT-1 ■ Challenge: Treatment of the large amount of high-water-content clay soil generated during excavation ■ Improvement: Immediate transport to the soil disposal site *For more details, please refer to the PDF materials or feel free to contact us.

  • Soil testing
  • Mud improvement material

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High Cement Content Soil Stabilizer MT Series [Construction Case Study] Incineration Ash Transport Work

High Cement Content Soil Stabilizer MT Series [Construction Case Study] Incineration Ash Transport Work

Attention waste treatment facility personnel: It is now possible to transport wet ash using belt conveyors, which has been difficult until now!

At the waste incineration plant, the wet ash, which is generated after burning paper and grass and then soaked in water, has a light mass and becomes slurry-like, making it difficult to transport on a belt conveyor. Therefore, the high-water-content soil improvement agent 'MT-2' was adopted. By improving the slurry with this product and granulating it, transportation on the belt conveyor became possible, enabling immediate transfer from the container to the final disposal site. Since its initial adoption, it has been continuously used. 【Project Overview】 ■ Construction Period: December 2019～ ■ Application: Transportation of wet ash on a belt conveyor ■ Adopted Product: High-water-content soil improvement agent 'MT-2' ■ Issue: Unable to transport light mass wet ash on a belt conveyor *For more details, please refer to the PDF document or feel free to contact us.

  • Soil testing
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High Cement Content Soil Improvement Agent MT Series [Construction Case] Drainage Pump Station Construction Project

High Cement Content Soil Improvement Agent MT Series [Construction Case] Drainage Pump Station Construction Project

This is an example of improvement using this product, which has been treated to be neutral and dust-proof, in a site where environmental considerations are necessary!

This construction project involves the construction of a drainage pumping station. During the pile driving using the middle-boring pile method, high-water-content clay soil is generated, so we were considering a simple treatment method. Additionally, consideration for the surrounding environment was an important issue at this site. Therefore, a neutral and dust-proof treated high-water-content clay soil modifier, 'MT-2', was adopted. After improving the soil with this product, it was immediately transported to a temporary storage area by dump truck. The sand-mixed silt layer had a water content ratio of 50%. With the addition of 3 kg/m3 of MT-2 and approximately 10 minutes of mixing, it became possible to transport it immediately. *For more details, please refer to the PDF document or feel free to contact us.

  • Soil testing
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High Cement Content Soil Improvement Agent MT Series [Construction Case] Apartment Building Construction Project

High Cement Content Soil Improvement Agent MT Series [Construction Case] Apartment Building Construction Project

This is a case where excavated soil with a high water content ratio generated from the all-casing method was improved using the high-water-content soil improvement agent MT series and then disposed of as soil material!

We would like to introduce a case where our high-water-content soil stabilizer, the MT series, was used to treat residual soil from piles. The soil generated from excavation using the all-casing method was high in moisture, necessitating some form of improvement. Additionally, after treatment, the soil was to be transported to a nearby disposal site, with the intention of repurposing it for agricultural land. Therefore, the high-water-content soil stabilizer "MT-2," which takes safety and environmental considerations into account, was adopted. After improving the excavated soil with this product, it was immediately transported to the disposal site by dump truck. [Case Overview] <Challenges> - The soil generated from excavation using the all-casing method was high in moisture, requiring some form of improvement. - After treatment, the soil was to be transported to a nearby disposal site, with the intention of repurposing it for agricultural land. <Results> - After improving the excavated soil with "MT-2," it was immediately transported to the disposal site. *For more details, please refer to the PDF document or feel free to contact us.

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  • Mud improvement material

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MT Series High Cement Content Soil Improvement Agent Vegetation Test Report

MT Series High Cement Content Soil Improvement Agent Vegetation Test Report

We conducted a pot cultivation experiment of komatsuna and investigated the effects on plant growth in improved soil!

This document is a report evaluating the effects of the high-water-content soil improvement agent MT series on the vegetation of modified soil. In a glass greenhouse at the testing facility, a pot cultivation test of Komatsuna was conducted to investigate the impact on plant growth. As a result, it has been confirmed that there were no harmful effects on plant growth due to the addition of the MT series. 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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[Tohoku 6 Prefectures Excerpt Version] High Water Content Clay Soil Improvement Agent MT Series Adoption Record Table

[Tohoku 6 Prefectures Excerpt Version] High Water Content Clay Soil Improvement Agent MT Series Adoption Record Table

Adopted at numerous sites within the six prefectures of Tohoku! Details on the target soil for improvement, construction timing, construction locations, and more are also included.

This document introduces the adoption results of the MT series high water content soil improvement agents that have been actually used on-site. Our products have been utilized in numerous projects not only in civil engineering but also in construction across various sites in the six prefectures of Tohoku. We have many achievements not only with private companies but also with government agencies, including the Ministry of the Environment and the Ministry of Land, Infrastructure, Transport and Tourism. 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] Treatment of Water Purification Generated Soil

High Cement Content Soil Improvement Agent MT Series [Construction Case] Treatment of Water Purification Generated Soil

We will respond to 'I want to clear the sun-dried floor immediately!' This is a case where the MT series high-water-content soil improvement agent was added to the purified water generated soil and immediately transported to the temporary storage area.

This project involves the removal of treated water sludge that has been discharged onto the solar drying bed at the water purification plant. At the same purification plant, due to heavy rain, the turbidity of the dam, which serves as the water source, increased, leading to a rise in the amount of treated water sludge discharged onto the solar drying bed, which risked delaying the processing cycle. Therefore, to promptly remove the treated water sludge from the solar drying bed, a high-water-content mud improvement agent, MT-1, was adopted. After being improved with this product, the sludge was immediately transported to a temporary storage area on-site. *For more details, please refer to the PDF document or feel free to contact us.*

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Information on CPDS Instructor Dispatch

Information on CPDS Instructor Dispatch

We are dispatching instructors to the CPDS seminars organized by everyone. Do you have any concerns, such as "the topics are always similar"?

Overview of Lecturer Dispatch 1. Areas of Service We provide services at customer-designated venues throughout Japan. Online lectures are also available. 2. Lecture Content We will give a presentation on the MT series of high-water-content soil improvement agents. We will clearly explain the treatment of high-water-content soil generated at construction sites. In the past, we have given lectures on topics such as "Improvement Techniques for High-Water-Content Soft Ground Deposits," discussing the transportation of mud using improvement agents. 3. Fees Our services are provided free of charge. 4. How to Request or Consult About Lecturer Dispatch Please contact us through the inquiry form on our website. A representative will get in touch with you. We also have PDF materials available regarding CPDS lecturer dispatch.

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High Cement Content Soil Improvement Agent MT Series [Construction Examples] Self-Propelled Soil Improvement Machine

High Cement Content Soil Improvement Agent MT Series [Construction Examples] Self-Propelled Soil Improvement Machine

By improving with MT-2, it is now possible to enhance high moisture content clay soil using a self-propelled soil improvement machine!

We would like to introduce examples of construction using the high cement content soil improvement agent MT series. This work involves creating improved soil using a self-propelled soil improvement machine. Until now, the challenge has been that high moisture content mud could not be processed by the self-propelled soil improvement machine. As a first treatment, we improved the soil with MT-2, which made it suitable for processing by the self-propelled soil improvement machine. Subsequently, the MT-2 improved soil was further treated with quicklime as a secondary process using the self-propelled soil improvement machine. It was also confirmed that adding MT-2 does not affect the strength development of the improved soil. *For more details, please refer to the PDF document or feel free to contact us.

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The MT series of high water content soil improvement agents has been registered in the "New Technology Information Database"!

The MT series of high water content soil improvement agents has been registered in the "New Technology Information Database"!

The MT series of high water content soil improvement agents 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 Bureau of Construction 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 proposals received, 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 this time, the product underwent rigorous examination over approximately one year, including revisions 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 Bureau of Construction. Tokyo Metropolitan Government Bureau of Construction "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 [Construction Case] Urban Mountainous Construction Method

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

Improved sludge after using the concrete mixer truck with MT-2 and immediate removal!

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 sludge, which 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 regular 10-ton dump trucks, passing through public roads.

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  • Mud improvement material

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繊維質系泥土改良材『ボンファイバー』

繊維質系泥土改良材『ボンファイバー』

『泥土』を再資源化する改良材！　ボンテラン改良土は様々なメリットを持つ高機能地盤材料になります！

『ボンファイバー』は泥土リサイクル技術ボンテラン工法で使用されている 繊維質系泥土改良材です。 新聞紙等の古紙を原材料とし、ちぎるように裁断し毛羽立たせる特殊加工をしております。 ため池底泥土や河川浚渫土等再利用に不適とされている『泥土』にボンファイバーを用い 改良することで再資源化することが可能となります。 自然に優しく、品質・施工性に優れたボンファイバーはため池改修、汚泥改良等建設現場で 幅広く使用されており、高い信頼を得ている改良材です。 【特長】 ■今まで使用に不適とされていた泥土が再資源化可能 ■泥土を再資源化することで処分量が減りコスト削減可能 ■バックホウと攪拌アタッチメントのみで簡単に改良可能 ■古紙を原料としているため環境に優しい ※詳しくはPDF資料をご覧いただくか、お気軽にお問い合わせ下さい。

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Soil Recycling Technology Bontelan Method Construction Case Studies

Soil Recycling Technology Bontelan Method Construction Case Studies

Recycling "soil"! Numerous case studies on the renovation of aging ponds are featured!

This document is a collection of case studies on the mud recycling technology "Bontelan Method," which reprocesses mud that has traditionally been deemed unsuitable for embankments into high-performance ground materials. It introduces numerous construction examples, including the "Haga Pond Area Development Project," which eliminated noise and vibration issues during transportation and achieved significant cost reductions, as well as pond renovation projects and disaster-related works. Along with photographs of the construction status, we provide detailed explanations of the construction period and the amount of modification. We invite you to read it. [Featured Cases] ■ Haga Pond Area Development Project ■ 2002 Hamakawa Area Embankment Construction ■ 2022 (Carryover) Iizaka Area Rural Disaster Prevention and Mitigation Project (Pond Maintenance) Section 2 Construction ■ 2022 Oe-Misato Area Rural Disaster Prevention and Mitigation Project Section 1 Construction ■ Imokawa Disaster-Related Emergency Construction (Minamihei Area, Reikozawa Area, Seiganji Area) *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" Improvement Image Diagram

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 an illustration of the improvement image for the high-water-content clay soil improvement agent "MT Series." Various types of high-water-content clay soil generated from construction sites solidify in just 15 minutes. We clearly present the image of the process from the state of high-water-content clay soil to solidification through diagrams and photos. Please take a moment to read it. *For more details, please refer to the PDF document or feel free to contact us.

  • Composite Materials
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High Cement Content Soil Improvement Agent MT Series Mixing Test Report "Reservoir"

High Cement Content Soil Improvement Agent MT Series Mixing 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 formulation test conducted by our company on mud generated from agricultural ponds. We have measured the amount of the high-water-content mud improvement agent MT series that can be immediately transported and have conducted a cost comparison with cement and lime. Our company offers formulation 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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高含水泥土改良剤MTシリーズ　施工事例集

高含水泥土改良剤MTシリーズ　施工事例集

ダンプトラックによる即時搬出を可能とする泥土改良剤！施工事例を多数掲載！

当資料は、高含水泥土改良剤MTシリーズの施工事例集です。 ダム・河川関連、ため池関連、港湾関連、杭打ち・地盤改良関連などを紹介しております。 ぜひ、ご一読ください。 【掲載内容】 ■橋脚建設工事 ■トンネル洪水吐新設工事 ■河川護岸整備工事 ■ため池整備工事 ■ため池改修工事 ※詳しくはPDF資料をご覧いただくか、お気軽にお問い合わせ下さい。

  • Composite Materials
  • Mud improvement material

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Free distribution of promotional posters! High water content soil improvement agent MT series.

Free distribution of promotional posters! High water content soil improvement agent MT series.

[For retailers and sales outlets] Distribution of promotional posters for the high moisture content soil improvement agent MT series (A1 and A2) has begun! Free shipping available.

The MT series high-water-content soil stabilizer was developed with the concept of "how to instantly solidify mud generated from construction sites and facilitate its quick removal." This new soil stabilizer can instantly solidify high-water-content soil generated from various construction sites, such as solar panel-related work, river and harbor dredging, pond renovation, and shield tunneling, in just about 15 minutes, allowing for immediate removal by dump trucks. Currently, the number of retailers and distributors across the country is increasing, and in response to requests for promotional posters, we have created promotional materials. If you are considering handling our product, please feel free to let us know if you would like one. * The poster sizes are A1 and A2. [Examples of Poster Placement] ● Inside construction sites where this product has been adopted ● Testing rooms in ready-mix concrete plants ● Material storage areas ● Various exhibitions * For more details, please refer to the PDF materials or feel free to contact us.

  • Composite Materials
  • Mud improvement material

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High Cement Content Soil Improvement Agent MT Series [Construction Case] River Channel Excavation Work

High Cement Content Soil Improvement Agent MT Series [Construction Case] River Channel Excavation Work

An alternative to vacuum and sealed dumps! A case where dredged soil was improved and immediately transported to a sediment disposal site about 10 km away.

This construction project involves dredging sediment accumulated in the river to secure the riverbed. The site has a very narrow work yard, and there was no space to temporarily store and air-dry the dredged sediment. Initially, lime-based materials were considered, but concerns arose regarding securing storage space and the potential for dust dispersion to nearby areas. As a result, a high-water-content soil stabilizer called 'MT-2' was adopted, and after improving the dredged sediment with this product, it was immediately transported to a sediment disposal site located about 10 km away. *For more details, please refer to the PDF document or feel free to contact us.*

  • Soil testing
  • Mud improvement material

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Comparison of Water Immersion Conditions for High Cement Content Soil Improvement Agent MT Series Treated Soil

Comparison of Water Immersion Conditions for High Cement Content Soil Improvement Agent MT Series Treated Soil

What happens when the MT series high cement content soil conditioner 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 improved mud from the MT series have any influence from rainfall?" and "Will it re-mud?" We explain with photos the situation when purified water was added to the treated soil completed with the MT series high water content mud improvement agent added to simulated mud. *For more details, please refer to the PDF materials or feel free to contact us.*

  • Composite Materials
  • Mud improvement material

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High Cement Content Soil Improvement Agent MT Series [Construction Case] Pole Erection Work

High Cement Content Soil Improvement Agent MT Series [Construction Case] Pole Erection Work

This is an example of improving the soil during the construction of pillar works, enabling rapid pillar installation!

We would like to introduce examples of the MT series high-water-content soil stabilizer. During pile driving work, mud containing groundwater is generated during excavation, which has been a hindrance to construction. Therefore, the high-water-content soil stabilizer 'MT-1', which can be improved with a low additive amount and instantly, and is also safe for the environment, was adopted. After improving the sludge with this product, repeated re-excavation and mud removal were carried out with an auger, enabling rapid pile driving operations. It is currently being used at similar sites nationwide. *For more details, please refer to the PDF materials or feel free to contact us.

  • Composite Materials
  • Mud improvement material

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

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

Efficient transportation of large amounts of deposited soil! A case where the 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 area several kilometers away using dump trucks.

This construction project involves the dredging of sediment from a reservoir. At the same site, the accumulation of sediment in the reservoir had reduced its water storage capacity, which became a problem. However, the high moisture content of the sediment made it difficult to transport using dump trucks. Therefore, a high-moisture sediment improvement agent, MT-2, which is neutral and allows for immediate transportation from the site, was adopted. The original sediment was improved with this product, and after primary transportation within the site using a crawler dump, the processed 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.*

  • Other polymer materials
  • Mud improvement material

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

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 large-scale consolidation of rice fields. 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 test formulations 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 activities, 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.*

  • Other polymer materials
  • Mud improvement material

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

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

Perfectly suited for the adjustment pond located in a residential area! A case where dredging was adopted for an adjustment pond with a narrow construction range.

This construction project involves the removal of sediment accumulated in the retention basin. The site is located near residential areas, and due to the limited construction space, it was difficult to use cement or lime for improvement. Therefore, a high-water-content soil improvement agent, MT-1, was adopted, and after improvement with this product, the material was immediately transported by dump truck to a nearby temporary storage area. *For more details, please refer to the PDF document or feel free to contact us.*

  • Other polymer materials
  • Mud improvement material

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