A method for melting snow by efficiently transferring the natural energy of groundwater to the road surface!
This system involves embedding heat exchange pipes within the pavement and circulating groundwater through these pipes, efficiently transferring the natural energy of the groundwater to the road surface. This method melts snow and prevents the freezing of the pavement. Since there is no water sprayed on the surface, travel and walking during snowfall are extremely comfortable, and the wear on the pavement is also reduced. Additionally, this system utilizes groundwater as a heat source, resulting in lower initial and running costs compared to conventional methods. **Features** - Efficiently transfers the natural energy of groundwater to the road surface. - No water sprayed on the surface, making travel and walking during snowfall extremely comfortable. - Utilizes groundwater, leading to reduced initial and running costs compared to conventional methods. - Enhances comfort during travel and walking in snowy conditions. *For more details, please request materials or view the PDF data from the download.*
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basic information
**Variations** ■ Groundwater Reduction System ■ Ground Source Heat Utilization System ■ Residential Ground Source Heat Utilization System ■ Ground Source Heat Pump System ■ Groundwater Heat Utilization Heat Pump System ■ Seawater Heat Utilization Heat Pump System ■ Tunnel Spring Water Utilization Heat Pump System ■ Boiler Hot Water Circulation System ■ Tunnel Spring Water and Tunnel Air Heat Utilization System ■ Ground Source Heat Pump System ■ Hot Spring Heat Utilization System *For more details, please refer to the catalog or feel free to contact us.*
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Company information
Japan Groundwater Development Co., Ltd. is a company that develops its business primarily around three main areas: snow removal projects, resource development projects, and environmental energy projects. We are engaged in the development of a non-water-spraying snow melting system that utilizes only the natural energy of groundwater to eliminate snow and prevent freezing, as well as the development of hot spring sources as part of regional energy development and the development of artificial groundwater recharge systems to reinforce depleting water resources. Additionally, we are involved in environmental improvement projects that restore soil contamination and the development of heating and cooling systems that utilize geothermal and groundwater heat, always advancing research and development with a focus on coexistence with nature.
