Green Construction Methods - List of Manufacturers, Suppliers, Companies and Products

Green Construction Methods Product List

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Tough Green Method

Tough Green Method

Enables vegetation recovery in devastated areas. Prevents slope desiccation and nutrient depletion in the long term.

This technology stabilizes the restoration of target plant communities by substituting the surface erosion prevention effects expected from early-growing plants in traditional vegetation engineering with soil erosion prevention mats, while introducing a high-quality substrate similar to forest soil. Due to the mulching effect, it is possible to protect plants from slope drying and frost heave by enhancing the water retention and insulation properties of the vegetation substrate. Additionally, the soil waterproof mats come in both biodegradable and non-biodegradable types, allowing for differentiation based on greening goals. 【Features】 ■ Spraying a vegetation substrate similar to forest soil on slopes ■ Laying high erosion prevention soil erosion prevention mats on the vegetation substrate surface ■ Mixing reinforcing short fibers into the vegetation substrate without using wire mesh during spraying ■ Long-term prevention of slope drying and nutrient depletion ■ Prevention of substrate erosion caused by surface water and snow during heavy rainfall *For more details, please refer to the PDF materials or feel free to contact us.

  • Civil Engineering Method

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Resource Recycling Green Construction - Recycle Earth Green Method

Resource Recycling Green Construction - Recycle Earth Green Method

Create a durable growth substrate suitable for the germination and growth of plants using locally sourced soil, while also contributing to the reduction of CO2 emissions at a low cost.

This is a resource-circulating greening method that uses site-generated soil, such as excavated soil and collapsed earth, as the main material for the growth substrate. By combining a unique adjustment technology for site-generated soil at the construction plant with a spraying method that uses a granulation agent solution in the water, up to 80% of the growth substrate can be made from site-generated soil. Using site-generated soil as the main material reduces CO2 emissions associated with the transportation of earth and minimizes the use of growth substrate materials that produce CO2 during the production process at the factory. It also creates a low-cost growth substrate with a granular structure suitable for plant germination and growth, and high erosion resistance. In traditional methods, using site-generated soil as the main material required it to be made into a slurry, as in the case of imported soil spraying work. However, the Recycling Earth Green Method allows for the omission of wire mesh installation and enables the spraying of a growth substrate made from site-generated soil at a thickness of 3 to 10 cm or more by employing 1) a unique adjustment method for site-generated soil, 2) the mixing of short fibers, and 3) using the granulation agent solution as water. The Recycling Earth Green Method can accommodate a wide range of greening purposes, from rapid greening to natural recovery greening using domestically produced native species.

  • Fiber wall
  • Retaining wall
  • Pile and foundation work

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Wire mesh omission countermeasure construction - Non-Rus Green method

Wire mesh omission countermeasure construction - Non-Rus Green method

Vegetation substrate spraying work that achieved shortened construction periods, cost reduction, labor saving, and reduced CO2 emissions due to the omission of wire mesh installation.

This construction method involves directly spraying a high-quality organic growth substrate "Orgasoil" mixed with a reinforcement material "Non-Ras Fiber" and a thickening adhesive "Non-Ras Bond" onto the ground, thereby eliminating the need for wire mesh installation (Ras installation) while enhancing erosion resistance and strength. Although the wire mesh omission method has been developed and adopted in various regions across the country, it had the drawback of the growth substrate peeling off due to weather and site conditions when the spray thickness was thin. This method significantly improves the durability of the growth substrate through the use of the newly developed "Non-Ras Bond" and "Non-Ras Fiber," addressing the shortcomings of conventional techniques.

  • Road construction
  • Civil Engineering Method
  • Power generation facilities

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