Utilizing the natural circulation system to accelerate the decomposition of waste wood and recycle it! Used for compost, vegetation substrate materials, environmental mulching materials, etc.!
The "Kasse-Chip Method" utilizes natural circulation systems to accelerate the decomposition of waste wood and recycle it. During the wood chipping process, "Kasse Liquid" (effective composite microbial material) is added to promote early decomposition (maturation) of the wood, allowing it to be repurposed as compost, vegetation substrate, environmental mulching material, and more, making it a recycling method. 【Features】 ■ Maturation of both coniferous and broadleaf trees in approximately 3 months of accumulation ■ Suppression of greenhouse gas emissions (carbon dioxide and methane) and odor generation ■ No risk of spontaneous combustion due to decay ■ Reduction of on-site costs ■ Improvement of abnormal pH levels ★ Registered with the Ministry of Land, Infrastructure, Transport and Tourism's New Technology Information System NETIS (No. HR-020017) *For more details, please request materials or view the PDF data available for download.
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basic information
【Adoption of Casse-Tip Method on Site】 ○ Niigata Prefecture Okusamemori Dam Branch Leaf Processing Work (July 1, 2000 - March 30, 2001) ○ Akita Prefecture Moriyoshi Mountain Dam Yamata District Waterway Improvement Work (December 10, 2001 - March 20, 2002) ○ Akita Prefecture Moriyoshi Mountain Dam Site Improvement Work (Wood Root Processing) (October 15, 2002 - November 16, 2002) ○ Niigata Prefecture Okutainai Dam Main Construction Work (Crushing) (July 14, 2003 - September 30, 2003) ○ Yamagata Prefecture Yokokawa Dam Town Road Relocation No. 6 Work (October 30, 2001 - January 2, 2002) ○ Yamagata Prefecture Yokokawa Dam Town Road Relocation No. 7 Work (May 13, 2002 - December 16, 2002) ○ Yamagata Prefecture Yokokawa Dam Town Road Relocation No. 8 Work (October 21, 2002 - December 15, 2002) and many others ● For more details, please contact us or download the catalog.
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Applications/Examples of results
【Uses】 [For Soil Improvement] ○ By utilizing as compost raw material in fields, it can also improve soil quality. → Facilitates organic farming. → Prevents the aluminumization of soil alumina. → Prevents the occurrence of pests and diseases (such as beetles, caterpillars, and cutworms). ○ Improvement of lime application issues. → From temporary neutralization through lime application to permanent neutralization. → Avoids strong alkalization due to excessive lime application, suppressing diseases. ○ Improvement of issues related to pesticides and other microbial materials. → Easier handling, management, and usage compared to conventional microbial materials. → Avoids pollution of rivers and other bodies of water due to pesticide runoff from golf courses, etc. → Prevents damage to birds and other wildlife that feed in fields from pesticides. [For Water Quality Improvement] ○ Utilization in dam lakes, rivers, ponds, etc. → Suppresses aluminumization of alumina. → Reduces the generation of methane gas and other emissions during the decomposition of organic matter (such as fallen leaves and trees) in water. → Neutralizes acidic water quality. [For Acid Rain Countermeasures] ○ Neutralizes soil and water quality that have become strongly acidic due to acid rain. → Prevents adverse effects on forests. → Reduces pH shock to aquatic organisms (fish, frogs, salamanders, etc.). ● For more details, please contact us or download the catalog.
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Company information
Simply reducing industrial waste generated from civil engineering and construction work does not constitute true recycling. What is necessary for the future of the Earth is to build a resource-circulating society where the reuse cycle does not break. At Japan Construction Machinery Co., Ltd., we are advancing proper processing to revive and utilize waste as an environmentally friendly resource. In particular, we are achieving results in the recycling treatment of wood chips through the "Kasse-Chippe Method." We believe that implementing the "Kasse-Chippe Method," which is registered in the Ministry of Land, Infrastructure, Transport and Tourism's new technology information provision system (NETIS) as a total solution for waste emission reduction support and resource recycling, is our mission to protect the local environment and, ultimately, the global environment. All employees are positively striving towards this goal.
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