Case Study Collection: Achieving a Balance Between Cost Reduction and Disaster Prevention Measures
With a private water supply system, it is possible to implement disaster prevention measures while reducing costs instead of spending money on disaster prevention measures.
*What is a private water supply system... It is a system that effectively utilizes deep underground water and surplus industrial water, treating it with a high-performance membrane filtration system to provide water for drinking and manufacturing purposes. It has the characteristic of being "earthquake-resistant." In fact, during the Great East Japan Earthquake, data shows that 95% of wells were usable while the public water supply was disrupted. It is very effective for disaster prevention and mitigation measures. Additionally, we accept consultations regarding the installation of water storage tanks, maintenance of water treatment facilities, and more. *Other benefits of implementation include... 1. Reduction of water supply costs 2. Water supply to neighboring areas during disasters (community contribution) 3. Improvement of water quality 4. Outsourcing of maintenance (labor-saving) and other advantages. *You can view materials with case studies from the "PDF Download."
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【Case Studies (Partial)】 ■Balancing Water Rate Reduction and Disaster Prevention Measures ■Reduction of Water Supply Costs and Labor Savings through Utilization of Surplus Industrial Water ■Cost Reduction of Manufacturing Water Using Well Water and Outsourcing of Maintenance *You can view the materials that include case studies by downloading the PDF. Feel free to contact us for inquiries. *We offer free consultations for water source surveys, cost reduction simulations, and other inquiries.
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【Case Studies (Partial)】 <Cost Reduction and Disaster Prevention Measures> ■ Yao Kokoro Hospital, Osaka Prefecture ■ ESCO Method / New Well Drilling / Used as Drinking Water 【Overview】 - Introduced well facilities using the ESCO method (including plant equipment + maintenance + emergency response) when considering installation. - Considered the necessity of disaster prevention measures and implemented water outage countermeasures by connecting to an emergency generator. - After installation, successfully reduced water supply costs by approximately 6 million yen annually with a water usage of 6,000m3/month. <Reduction of Water Supply Costs through Utilization of Surplus Industrial Water> ■ Major Chemical Plant, Mie Prefecture ■ ESCO Method / Used as Drinking Water 【Overview】 Introduced as a dedicated water supply utilizing surplus industrial water. - Contributed to cost reduction of water supply used within the factory. - Achieved significant cost savings of approximately 100 million yen annually with a water usage of 30,000m3/month. - All maintenance is performed by our company, reducing labor and streamlining operations. *Other implementation results can be viewed immediately from the "PDF Download."
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Download All Catalogs![[Case Study Collection] Self-Supply Water System Utilizing Groundwater and Surplus Industrial Water *Download is free.](https://image.www.ipros.com/public/catalog/image/01/f63/419185/IPROS15143257421534515906.jpeg?w=120&h=170)
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We provide total solutions for water, including reducing water utility costs, disaster prevention measures (water outages and droughts), and outsourcing water treatment facilities (labor-saving). ~・~・~・~・~・~・~・~・~・~・~・~・~・~・~・~ "I want to improve water quality." "I want to implement measures against water outages and droughts." "I was told that I need to secure 'three days' worth of water' for disaster prevention and BCP measures, but..." "Maintaining the plant is difficult." "I want to outsource equipment management, chemical replenishment, and emergency response." "I want ideas for labor-saving and efficiency improvements." "I want to consider measures against the continuous increase in water utility rates." "I want to know about energy-saving using groundwater." We can solve all these questions. Please consult with us! ~・~・~・~・~・~・~・~・~・~・~・~・~・~・~・~