DIMS: Disaster Debris Mixed Soil Separation System for Local Governments
Local governments and companies collaborate to aim for rapid disaster recovery! Total support from proposal to execution for building a system tailored to disaster sediment processing sites.
The disaster debris mixed soil separation system "DIMS" is a system that can recycle mixed waste and high-water-content soil, which are the biggest obstacles to disaster recovery, by separating soil, combustible materials, non-combustible materials, and metal fragments as recyclable resources. It is composed of multiple types of equipment centered around an inclined apron conveyor, roll screens, pressure sieves (Power Grind Screens), and combustible separation machines, making it most effective for separating high-water-content soil. 【Total Support from Proposal to Execution for Disaster Soil Processing】 Our company provides total support for building systems tailored to disaster soil processing sites, from proposal to execution. Utilizing our mobile disaster processing dedicated plants, we collaborate with local (disaster-affected) municipalities and businesses to achieve rapid disaster recovery efforts. It is also possible to bring demo units to disaster areas for performance verification and conduct test separations. For inquiries regarding emergencies or demo units, please contact us directly.
basic information
"Learning from the Recovery of the Great East Japan Earthquake: The Necessity of 'Mobility Aimed at Rapid Restoration' and 'Separation of High Moisture Content Soil and Debris'" To efficiently separate and reuse disaster-mixed soil and debris, it is essential to identify the properties of the materials and to implement a system that combines machines with different capabilities. During the recovery (reconstruction) from the Great East Japan Earthquake, the amount of disaster-mixed soil with high moisture content increased, while the production period for specialized machinery to address this took over six months. The technological foundation of DIMS was established during this time. By pre-manufacturing this specialized equipment and creating a system that allows for rapid provision in emergencies, we aimed to enable quicker recovery of disaster-stricken areas and economic resumption. In the recovery (reconstruction) work following the Great East Japan Earthquake and at the Fukushima Prefectural Intermediate Storage Facility, there have been over 20 successful adoptions, demonstrating extensive processing experience. The strength of our approach lies in compacting the sorting process plant that combines machines with different capabilities and types, focusing on the separation technology for high moisture content soil, which is the biggest challenge in disaster waste processing.
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