Mori Environmental Technology Research Institute Co., Ltd. will be exhibiting at the "Advanced Construction, Disaster Prevention, and Mitigation Technology Fair in Kumamoto 2025" held at Gran Messe Kumamoto. This exhibition is one of the largest "Construction and Disaster Prevention Exhibitions" in the Kyushu region, aiming to realize the establishment of a rich and safe, secure social infrastructure. Additionally, through the introduction of advanced technologies and products related to disaster prevention, as well as seminars by experts, we aim to enhance disaster prevention awareness and promote technological exchange. We sincerely look forward to your visit.

Mori Environmental Technology Research Institute, Inc. will be exhibiting at the "Construction Technology Exhibition 2025 Kanto" held at Sunshine City Exhibition Hall. With over 190 exhibitors, it will be a two-day event where you can experience construction technologies and services that lead to business opportunities. The event will include technology exhibitions from companies and organizations, as well as lectures, panel discussions, and a panel display corner. Additionally, the "Construction Technology Forum" hosted by the Kanto Regional Development Bureau of the Ministry of Land, Infrastructure, Transport and Tourism will also be held concurrently. We look forward to your visit.

Mori Environmental Technology Research Institute Co., Ltd. will be exhibiting at the "New Technology Exchange Event in Shizuoka 2025" held at the Shizuoka Convention and Arts Center Granship. Approximately 90 companies and organizations will showcase new technologies and initiatives across four technical themes. Additionally, there will be short presentations by exhibitors on a presentation stage within the venue. Attendees will have the opportunity to hear directly from technology developers about the details of each technology and important points to consider for their application. Entry and exit are free, so please feel free to join us along with visiting the exhibition booths.

Mori Environmental Technology Research Institute Co., Ltd. will be exhibiting at the "Construction Technology Exhibition 2025 Kinki" held at Intex Osaka. This exhibition serves as a platform to showcase and introduce new technologies and methods developed by private companies, facilitating exchanges among industry, academia, and government. The aim is to further enhance the construction technologies that have been cultivated so far and promote broader technological development, encouraging the active utilization of new technologies in various projects. Additionally, in response to the increasing requests from exhibitors in recent years, we have established a new technology field focused on "Maintenance and Renewal," providing information to the construction industry, which is now facing the need for comprehensive infrastructure maintenance and large-scale renewal. We sincerely look forward to your visit.

We will be exhibiting at the "19th Military Engineer Techno Fair" to be held on September 10 at Grand Hill Ichigaya (Shinjuku Ward, Tokyo). This exhibition aims to widely introduce and utilize technologies owned by companies or organizations that can be applied to defense facilities to stakeholders from academia, industry, and government. On the day of the event, we plan to present our technology regarding the "High Water Content Soil Improvement Agent MT Series" and have a booth, so if you are nearby, please stop by. Event Name: 19th Military Engineer Techno Fair Date: September 10, 2025 (Wednesday) 10:00 AM - 5:10 PM Venue: Grand Hill Ichigaya (4-1 Ichigaya Honmura-cho, Shinjuku Ward, Tokyo 162-0845) Admission Fee: Free Organizer: Japan Society of Defense Facilities Engineering Our Booth Number: 3rd Floor, Coral Room 21 New Technology Presentation: September 10 (Wednesday) 2:10 PM - 2:20 PM, 3rd Floor, Coral Room Official Website: https://www.jsdfe.org/ Pre-registration is required, so please register via the URL below. https://www.jsdfe.org/metf19.html

On August 7th, I gave a presentation at the 2023 New Technology "IT'S" announcement event held at the Ibaraki Prefectural Construction Technology Management Center (Mito City, Ibaraki Prefecture). This time, our high-water-content soil improvement agent MT series was registered in the Ibaraki Prefecture version of the new technology information provision database "IT'S," and our staff was invited as a speaker to present on the topic "15 Minutes to Remove Mud: High-Water-Content Soil Improvement Agent MT Series." About 100 people attended the event, showing great interest in our technology. Our company will continue to apply for various new technology registrations and actively participate in such seminars and events in the future. New Technology Information Provision Database "IT'S" HP https://www.pref.ibaraki.jp/doboku/kensa/kanri/07nechis/index.html

On July 22, I gave a presentation at the "2nd Bridge Manufacturer Technical Seminar and Product Introduction" hosted by O.T. Techno Research Co., Ltd. at the Sendai International Center Exhibition Hall (Sendai City, Miyagi Prefecture). This time, our staff was invited as instructors for a joint study session on bridge maintenance and repair, and I presented on "Introducing Bridge Construction Utilizing the Mud Modifier MT Series," incorporating case studies that utilized this product. Many people attended the event and showed enthusiastic interest in our technology. Our company offers instructor dispatch for CPDS seminars, so if anyone is interested, please feel free to contact us. O.T. Techno Research Co., Ltd. website: https://ottr.co.jp/pages/83/

We have created a promotional poster (A1 and A2 sizes) for the "High Water Content Mud Improvement Agent MT Series," which solidifies high water content mud generated from construction sites in a short time, allowing for immediate transport by dump trucks. Currently, we are distributing it for free, so please feel free to contact us.

We have uploaded a new construction case using the high water content soil improvement agent MT series. This case involves the dredging work of a retention pond located in a residential area. Please take a look at the link below. This project involves the removal of mud and soil that has accumulated in the retention pond. The site is located near a residential area, and due to the limited construction space, it was difficult to use cement or lime for improvement. Therefore, the high water content soil improvement agent MT-1 was adopted, and after improvement with this product, the material was immediately transported to a nearby temporary storage area using a dump truck. *For more details, please refer to the PDF document or feel free to contact us.

The "Bontelan Method," jointly developed by Tohoku University and the university-affiliated venture company Mori Environmental Technology Research Institute, has been selected for the "Twelve Selected Civil Engineering Technologies" being solicited by the Public Interest Incorporated Association of Civil Engineers. You can view the details on the special page for the Twelve Selected Civil Engineering Technologies at the URL below.

On September 9, 2022, our staff was invited as a lecturer to the "4th Technical Seminar of the 2022 Fiscal Year" hosted by the Okayama Prefecture Civil Engineering Construction Management Association, held at the Okayama Construction Hall, where we gave a presentation titled "Introduction to High Water Content Soil Improvement Agent 'MT Series.'" The event was held in a hybrid format, both in-person and online, and many participants enthusiastically listened to our company's technology. Our company offers lecturer dispatch for CPDS seminars. If anyone is interested, please feel free to contact us.

In October 2022, our product "High Water Content Soil Improvement Agent MT Series" was registered in the Shizuoka Prefecture New Technology and New Method Information Database. The purpose of the new technologies and methods is to actively and smoothly utilize useful new technologies and methods developed by the private sector, such as technologies related to safety and security, technologies for reducing construction costs, technologies for ecosystem conservation and habitat creation, and technologies for the use of recycled materials, in public works to address various challenges surrounding the construction field. From this perspective, it is important to widely collect information related to new technologies from the private sector, evaluate the usefulness of these new technologies and their applicability to public works, and promote the utilization of new technologies. We will continue to strive to be of service to more people with our technology in construction projects both within and outside Shizuoka Prefecture. Customers who are troubled by "mud" generated from the site are welcome to contact us.

We have uploaded a new construction case of the high water content soil improvement agent MT series, which efficiently transported high water content soil accumulated in a reservoir. Please take a look at the link below. In this site, the accumulation of mud in the reservoir reduced the water storage capacity and became a problem. However, the original soil had a high water content ratio, making it difficult to transport using dump trucks. Therefore, MT-2 was adopted, and after improving the soil with this product, it was initially transported within the site using a crawler dump truck, and then further transported to a temporary storage area several kilometers away using a dump truck.

We have uploaded a new construction case study of the high water content soil improvement agent MT series. This case involves excavation for the widening of a waterway in a foundation improvement project. Please take a look at the link below. This project is a land readjustment initiative aimed at large-scale rice paddy development. Initially, the plan was to backfill the existing waterway bed with locally generated soil for agricultural use. However, due to the high moisture content of the locally generated soil, we considered methods for improving it, 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 soil improvement agent MT-2 could be used. The results showed that all 28 components of the soil environmental standard analysis were below the threshold, and the soil hardness (Yamanaka method) was 12mm after 21 days, leading us to determine that backfilling with the improved soil was possible. Mixing was then carried out 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.

The Ministry of Economy, Trade and Industry, in collaboration with the Ministry of Land, Infrastructure, Transport and Tourism, the Ministry of Health, Labour and Welfare, and the Ministry of Education, Culture, Sports, Science and Technology, has been holding the "Monozukuri Nippon Grand Award" every two years to honor those who excel in manufacturing, and this year marks the sixth edition. The mud recycling technology "Bontelan Method," jointly developed by Professor Hiroshi Takahashi of Tohoku University Graduate School of Environmental Studies and our company, has been awarded the Minister of Economy, Trade and Industry Award at the 6th Monozukuri Nippon Grand Award. Receiving this award is a great honor for our company, and we would like to express our deep gratitude once again for the support and assistance of everyone involved. 【Award Project Name】 Development of high-performance ground materials using muddy tsunami deposits (sludge) as raw materials 【Awardees】Masato Mori, President of Mori Environmental Technology Research Institute, and four others Hiroshi Takahashi, Professor, Tohoku University Graduate School of Environmental Studies 【Award Ceremony】 Date and Time: November 2, 2015 (Monday) at 15:30 Location: The Prince Park Tower Tokyo (4-8-1 Shiba Koen, Minato-ku, Tokyo)

We have uploaded an excerpt of the adoption record for the high cement content soil improvement agent "MT Series." This is the adoption record for the MT Series in projects ordered by the Ministry of Land, Infrastructure, Transport and Tourism. The MT Series has been used in various sites, including river excavation, dam-related projects, bridge pier construction, and embankment work. For any issues related to "mud," please leave it to Mori Environmental Technology Research Institute. For more details, please take a look at the PDF materials!

Our company provides instructor dispatch for CPDS seminars organized by everyone. Do you have any concerns, such as "the topics are always similar"? Please feel free to inquire first. <Instructor Dispatch Overview> 1. Areas of Service We serve customers at designated venues throughout Japan. Online lectures are also available. 2. Seminar 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 This service is provided free of charge. 4. How to Request or Consult About Instructor Dispatch Please contact us through the inquiry form on our company website or our Ipros page. A representative will get back to you later.

Our company has been selected as one of the "300 Flourishing Small and Medium Enterprises" (2017) by the Ministry of Economy, Trade and Industry and the Small and Medium Enterprise Agency, which recognizes small and medium enterprises nationwide that are active in various fields such as innovative product development.

On July 1, 2020, in the journal "Water and Soil Knowledge" published by the Japan Society of Agricultural and Rural Engineering, we received a report from the Rural Development Division of the Mogami General Branch Industry and Economy Department titled "Technical Report: Examination of Improved Methods for Dredging Bottom Sediment and Their Effects," which introduced our product, the "High Water Content Clay Soil Improvement Agent MT Series." The report provides a comparative analysis of the conventional construction methods using cement and lime in terms of workability, environmental impact, and economic feasibility.

Mori Environmental Technology Research Institute, Inc. (Representative Director: Masato Mori) has been selected as a "Regional Future Leading Company (FY2020)" by the Ministry of Economy, Trade and Industry. The Ministry of Economy, Trade and Industry selects companies as "Regional Future Leading Companies" based on their significant impact on the regional economy, expected growth potential, and their role as central players or candidates in the regional economic value chain, taking into account transaction realities, employment, and sales both within and outside the region. Being selected as such a company allows us to receive various support to strengthen our management foundation towards achieving our goals, improve productivity through IT implementation, secure human resources, foster collaboration between industry, academia, and government, engage in research and development, develop sales channels through participation in overseas exhibitions, and address a wide range of needs including business succession. Additionally, the "Regional Future Concierges" stationed at each Economic and Industry Bureau will provide one-stop support for consultations and inquiries from companies, as well as assist our initiatives through various means such as newsletters, logos, and online seminars. As a representative company of the region, we will continue to work together as a united team to enhance customer satisfaction and further expand our business performance.

We have uploaded a new construction case using the MT series high water content soil improvement agent, which addresses the high water content soil generated from the middle pile construction method. Please take a look at the link below. Project Name: Drainage Pump Station Construction (Tentative Name) Client: Niigata Prefecture Construction Location: Niigata Prefecture Project Overview: This project involves the construction of a drainage pump station. High water content soil is generated during pile driving using the middle pile construction method, so we were considering a simple treatment method. Additionally, consideration for the surrounding environment was an important issue at this site. Therefore, the neutral and dust-proof treated high water content soil improvement agent MT-2 was adopted, and after improving the soil with this product, it was immediately transported to a temporary storage site by dump truck. Original Soil Water Content Ratio: Approximately 50% Additive Amount: 3 kg/m3 Improvement Cost: 2,400 yen/m3 Improvement Time: Approximately 10 minutes Recently, the adoption of this product in pile-related construction has significantly increased. If you are facing issues with soil treatment generated from similar projects, please feel free to reach out to us.

日本商工会議所が発刊するビジネス情報誌「月刊石垣」2021年2月号において、特集の「環境ビジネス最前線」内で当社ビジネスが「泥土を捨てずに再資源化し低コストで宝物に変える」と題して掲載されました。 同記事が日本商工会議所の運営するサイト、「日商Assist Biz」へ転載されております。下記より是非ご覧ください。

We have uploaded a new construction case study for the high cement content soil improvement agent MT series. This case involves the removal of mud during the excavation of a shaft for gas pipe restoration work. Please take a look at the link below. The project is for the restoration of gas pipes buried underground. During the excavation of the shaft, groundwater was encountered at depths of 10 to 30 meters, causing mud and muddy water to hinder the construction. Additionally, the temporary storage yard was small, necessitating the immediate removal of the mud. In response, MT-1 was adopted, and this product was added to the mud mixed with quality soil for improvement. The improved soil was immediately transported to a treatment plant located about 15 kilometers away. *For more details, please refer to the PDF document or feel free to contact us.*

We have uploaded a new construction case for the high cement content soil improvement agent MT series. This project involved improving the mud transported to the treatment facility into recycled soil. After pumping and treating the water in the receiving tank, the mud was improved using the MT series and then fed into the plant, where cement was added to create recycled soil. Previously, cement was directly added to the mud after water drainage, which posed challenges such as scattering to the surrounding area and a massive amount of cement being required. By using the MT series for primary improvement, we enhanced the transportability to the plant, reduced the total amount of cement added, and achieved a reduction in treatment costs. Please take a look at the link below. *For more details, please refer to the PDF document or feel free to contact us.

We have uploaded a new construction case for 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 was that high-water-content mud could not be processed by the self-propelled soil improvement machine. Therefore, as a primary treatment, we improved it with MT-2, resulting in properties 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. Please take a look at the link below. *For more details, please refer to the PDF materials or feel free to contact us.

We have uploaded a new construction video for the high-cement-content soil improvement agent MT series. It's a short video of about 1 minute and 30 seconds, so please take a look. This work involves creating improved soil using a self-propelled soil improvement machine. Until now, a challenge has been that high-water-content mud could not be processed with the self-propelled soil improvement machine. As a primary treatment, we improved it with MT-2, which made it suitable for processing with the self-propelled soil improvement machine. Subsequently, the MT-2 improved soil was further treated with quicklime using the self-propelled soil improvement machine. It has also been confirmed that adding MT-2 does not affect the strength development of the improved soil. Please check it out via the link below. *For more details, please watch the video or feel free to contact us.

We have updated the case study collection for our product "High Water Content Soil Improvement Agent MT Series." This time, we have newly added "River Channel Excavation Work," "Apartment Construction Work" (All-Casing Method), and "Water Purification Generated Soil Treatment Contract." These are examples that solve issues such as wanting to dry at a temporary storage site but lacking transportation means, encountering sudden mud that needs to be removed immediately to avoid halting construction, and wanting to quickly remove mud from sun-drying floors. For those struggling with mud on their sites... please feel free to contact us! Samples and formulation tests are all free of charge. We will promptly send brochures, case study collections, and various materials demonstrating safety upon request. 【What is the MT Series?】 It is a completely new soil improvement agent that solidifies high water content soil generated from construction sites in a short time, enabling immediate removal by dump trucks, serving as an alternative to cement and lime.

We have uploaded a new construction case using the high cement content soil improvement agent MT series. This project involves constructing 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, due to the limited space on-site, 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, using public roads. *For more details, please refer to the PDF document or feel free to contact us.

We have updated the adoption record for the high cement content soil improvement agent "MT Series." The list includes many achievements such as riverbed excavation work in rivers, transportation of sediment accumulated in ponds, dredging work in ports, substructure work for bridges, pile driving work, and ground improvement work. Additionally, there has been an increase in the adoption of related works for field maintenance and solar power projects recently. In this latest tally, the number of achievements has exceeded 1,400. For more details, please refer to the PDF document!

We have updated the brochure for the high cement content soil improvement agent MT series. If you want to know more about the MT series, please start with this document! - Struggling with mud at the site - The site is halted due to mud - Do not want to use or cannot use cement or lime - Looking for a neutral and safe improvement agent - Seeking a non-dispersive product that has dust suppression processing If any of these apply to you, please feel free to contact us.