Improving high moisture content soil in a short time to enhance the efficiency of excavation work! A construction material that advances smoothly.
Do you have any concerns regarding the handling of high-water-content debris flows or muddy soil? Amus's "Eco Harmony EH2003-T6" is an improved material specifically designed for solidifying and deodorizing high-water-content muddy soil and oil-contaminated soil, which are challenges in disaster recovery sites where workability is required. There are examples of its use in purification work for heavy oil-contaminated ditches during the Great East Japan Earthquake. [Features] - Quickly improves high-water-content muddy soil, enhancing the efficiency of removal work - Suppresses re-mudification due to its main component, magnesium oxide - Promotes the decomposition of organic sludge and oil contained in tsunami deposits and flood sludge - Decomposes the odors of organic sludge, improving the working environment around the site *For more details, please refer to the PDF materials or feel free to contact us.
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【Specifications】 ■Product Name: EH2003-T6 ■Packaging ・1 ton / FIBC ・10 kg / Small bag *For more details, please refer to the PDF document or feel free to contact us.
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【Usage Example】 ■ Purification work for heavy oil contamination in ditches due to the Great East Japan Earthquake - Mixing soil and chemicals - Dramatic improvement in workability - Solidification and deodorization *For more details, please refer to the PDF document or feel free to contact us.
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Our company specializes in the decomposition of harmful substances present in soil, water, and air, and we possess the necessary patented technologies and a certain track record to significantly contribute to the improvement of the global environment in the future. The main achievements to date and the areas where we can contribute in the future are as follows: 1. The harmless treatment of coal ash generated from coal-fired power plants and the recovery of CO2 during this process. (Using this technology, the demonstration tests for the recovery and mineralization of CO2 emitted from coal-fired power generation will be future challenges.) 2. The adsorption and fixation of various ionized harmful substances contained in wastewater and waste liquids. 3. The decomposition of harmful organic compounds in waste liquids, the detoxification of wastewater, and deodorization. (Using this technology, the demonstration tests for the practical application of decomposition technology for PFAS, which has recently become a problem in various regions, will be future challenges.) 4. The reduction of radiation (cesium) released into the environment.