2.04.34 Deliberation Committee on Industrial Use of Reclaimed Water (2017)
Search keyword ： Water reclamation, Industrial water, Standardization
Related document
- 2.04.01 Leading research on innovative technology to reduce hazardous chemical substances in soil and hydrosphere 2006（H18）
- 2.04.02 Research resource recovery of desalination type technology 2006（H18）～2007(H19）
- 2.04.03 Technical guidelines for environment-friendly water treatment 1998（H10）～2002(H14）
- 2.04.04 Investigation for the water treatment facility LCA 2004（H16）～2007(H19）
- 2.04.05 Research related to water treatment technology development in the environmental equipment industry 1999（H11）～2000(H12）
- 2.04.06 Applicability study with advanced water reuse technology to areas of water 1998(H10)～2007(H19)
- 2.04.07 Investigation of water processing systems using unused energy 1998（H10）～1999(H11）
- 2.04.08 The research development for the refinement of the Earth’s environment 1998（H10）～1999(H11）
- 2.04.09 Research on the impact of human activities in addition to the nitrogen cycle as an indicator of a healthy forest ecosystem 2000(H12)
- 2.04.10 Research for healthy forests function conservation as seen from the economic evaluation 2001 (H13) year
- 2.04.11 Research on the actual condition and forest conservation measures in light of it of forest damage caused by acid rain, etc. 1999
- 2.04.13 Investigation for the rationalization of functional water within Matsuyama City 1998(H10)～2000(H12)
- 2.04.14 Water-related information maintenance survey 2000 (H12) ~ 2002 (H14) year
- 2.04.15 World Exposition Japan (Aichi Expo) to such a water environment-related research 1999 (H11) year
- 2.04.16 Investigation for the latest water circulation technology for the sustainment of water resources and river environment
- 2.04.17 Investigative Research in regards to the creation of a healthy water circulatory system, and the use of recycled water as a water source utilizing the latest water reuse technology
- 2.04.18 Survey regarding wastewater treatment technology used for the preservation of river environments given attention in the recent years
- 2.04.19 Work for the consideration of streamlining initiatives of groundwater rationalization regarding industrial and building use water
- 2.04.20 Investigation for the 3R(Reduce, Reuse, Recycle) waste membrane
- 2.04.21 Survey on the latest water reuse technology for reducing pollutants in groundwater
- 2.04.22 Evaluation of the compatibility of devices, etc. used in the water reuse technology
- 2.04.23 International standardization and foundation-building for the penetration of the reclaimed water production system
- 2.04.25 International Standardization Concerning Reclaimed Water Production Systems (H28)
- 2.04.26 International Standardization Concerning Industrial Use of Reuse Water (H28)
- 2.04.27 New Evaluation Indicator Research Concerning Efficient Water Management (H28)
- 2.04.28 Development of International Standards of Water Use in Overseas Industrial Manufacturing
- 2.04.29 Deliberation Committee on Industrial Use of Reuse Water
- 2.04.30 International Standardization Concerning Reclaimed Water Production (FY 2017)
- 2.04.31 International Standardization Concerning Industrial Use of Reuse Water (2017)
- 2.04.32 New Evaluation Indicator Research Concerning Efficient Water Management at Factories (2017)
- 2.04.33 Development of International Standards of Water Reuse in Overseas Industrial Manufacturing (2017)
- 2.04.35 International Standardization Concerning Reclaimed Water Production (2018)
- 2.04.36 International Standardization Concerning Industrial Use of Reuse Water (2018)
- 2.04.37 New Evaluation Indicator Research Concerning Efficient Water Management at Factories (2018)
- 2.04.38 Development of International Standards of Water Use in Overseas Industrial Manufacturing (2018)
- 2.04.39 Deliberation Committee on Industrial Use of Reuse Water (2018)
- 2.04.40 International standardization for reclaimed water production (2019)
- 2.04.41 Preliminary study on the development of guidelines for evaluation indicators of water efficiency operation
- 2.04.42 Development of International Standards for Water Use in Overseas Industrial Production (2019)
- 2.04.43 International standardization regarding the energy saving and reliability of water reuse
- 2.04.44 International standardization for grading energy-saving water treatment membranes
- 2.04.45 Support for international standardization of water reuse
- 2.04.46 Preliminary research for producing the guidelines for evaluation indicators for efficient use of water
- 2.04.47 Development of international standards for water use in overseas industrial production
- 2.04.48 R&D consultancy
- 2.04.49 Examination support for an RO membrane upcycling project
- 2.04.50 International standardization regarding the energy saving and reliability of recycled water production (2021)
- 2.04.51 International standardization for grading energy-saving water treatment regeneration membranes (2021)
- 2.04.52 Support for international standardization of water reuse (2021)
- 2.04.53 Survey on the application of ISO 46001, international certification standard for water efficiency operation evaluation indices (2021)
- 2.04.54 Survey for the preparation of a guidebook for the use of sewage and wastewater
- 2.04.55 Development of international standards for water use in overseas industrial production (2021)
- 2.04.56 Tasks Related to European Joint Research on Sustainable Water Environment Conservation
- 3.02.02 FS Study regarding methane gas collection and use from wastewater in the Philippines 2004(H16)
- 3.02.03 Survey for the promotion of cleaner production technology 2004(H16)