No need for snow shoveling, easy every morning! Utilizing natural energy from a well, it's cost-effective to maintain, and it's a household non-water snow melting system that can be installed in two weeks!
"Josane" is an economical, household snow melting system that utilizes groundwater and is considerate of the global environment. From well drilling to completion, it can be done in a short period of time. The construction period is about two weeks. The snow melting system has a track record of over 1.7 million square meters, from Hokkaido to the San'in region. It eliminates the need for shoveling snow, making it perfect for elderly households. [Features] ■ Considerate of the natural environment ■ Utilizes groundwater ■ Low maintenance costs *For more details, please refer to the catalog. Feel free to contact us with any inquiries.
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basic information
【Specifications】 ■Product Name: "Josane" JOSANE ■Snow Melting Method: Groundwater Recovery, Non-Watering Method ■Facility Specifications (Example) ・Water Source Facility: Pumping Well 30m 1 unit, Pump 150–600W (depending on groundwater level) ・Recovery Facility: Infiltration Pit (also used for rainwater infiltration) ・Snow Melting Facility: Heat Radiation Pipe 25m² Concrete Pavement 25m² (separate) ■Auxiliary Facilities: Groundwater/Rainwater Infiltration Pit (underground recharge), Watering Faucet (for garden, plants, car washing, etc.) one location ■Construction Period: 2 weeks after commencement ■Running Costs: Electricity Bill approximately 6000 yen (per season) *Based on operation of a 100V-150W submersible pump for 1000 hours For more details, please refer to the catalog. Feel free to contact us with any inquiries.
Price range
P5
Delivery Time
P4
Applications/Examples of results
For more details, please refer to the catalog. Feel free to contact us as well.
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Company information
Japan Groundwater Development Co., Ltd. is engaged in research and development with a constant focus on coexisting with nature, utilizing only the renewable energy of groundwater for snow melting and preventing freezing through sprinkler snow melting and non-sprinkler snow melting systems, developing hot spring sources as part of regional energy development, developing artificial groundwater recharge systems to reinforce depleting water resources, and conducting environmental improvement projects to remediate soil contamination.