ビーベッド出金方法

Research Institute of Science for Safety and Sustainability Access and Contact Japanese About Us Priority Research Issues Priority Research Issues Issue 1: Assessment Research for Supporting a Safe Society Issue 2: Assessment Research for Supporting Social Implementation of Technologies Research Groups Research Groups Risk Assessment Strategy Group Environmental Exposure Modeling Group Emission and Exposure Analysis Group Explosion Safety Research Group Industrial Safety and Physical Risk Analysis Group Advanced LCA Research Group Sustainability and System Analysis Research Group Research Laboratory for IDEA Members Research Outcomes Research Outcomes Nanomaterials Risk Assessment for Chemical Substances LCA and Energy Evaluation About Us Priority Research Issues Priority Research Issues Issue 1: Assessment Research for Supporting a Safe Society Issue 2: Assessment Research for Supporting Social Implementation of Technologies Research Groups Research Groups Risk Assessment Strategy Group Environmental Exposure Modeling Group Emission and Exposure Analysis Group Explosion Safety Research Group Industrial Safety and Physical Risk Analysis Group Advanced LCA Research Group Sustainability and System Analysis Research Group Research Laboratory for IDEA Members Research Outcomes Research Outcomes Nanomaterials Risk Assessment for Chemical Substances LCA and Energy Evaluation Access and Contact Japanese HOMEAbout UsResearch GroupsSustainability and System Analysis Research Group Sustainability and System Analysis Research Group Sustainability and System Analysis Research Group Group Leader:Masaharu Motoshita 8 Researchers: Manabu Utagawa, Hiroki Hatayama, Ryosuke Yokoi, Kamrul Islam Shinichirou Morimoto (concurrent), Tomonori Honda (concurrent), Akito Ozawa (concurrent) 7 Contract Employees Outline The aim of our group is to contribute to the achievement of sustainable society through the provision of the two key technologies: sustainability assessment models and indicators, and system analysis for sustainability . We promote the development of environmental impact assessment models, environmental carrying capacity indicators, risk assessment methods in Environment, Social and Governance (ESG), and assessment methods of individual energy technologies as the basis of sustainability assessment. We also work on the advancement in Life Cycle Assessment (LCA), Material Flow Analysis (MFA), and system analysis as the fundamental methods to design sustainable societal systems. We support the practical implementation of the promising technologies and the systems through application studies using the methods developed. Research Highlights Sustainability assessment models and indicators Assessment of environmental impact and carrying capacities We develop environmental impact assessment models and environmental carrying capacity indicators as a basis of sustainability assessment by collaborating with international experts towards global consensus and world standardization.   Potential impacts of water consumption in watersheds Global consensus building in the Life Cycle Initiative project ESG risk assessment methods We develop methods to assess risks that may impede sustainable resource use from ESG perspectives. Causes of mineral supply disruptions   Energy technology assessment We assess a variety of energy technologies from environmental and energy efficiency aspects based on Life Cycle Assessment and cost benefit analysis.   Comparison of energy technologies Cost benefit analysis of energy saving technologies System Analysis for Sustainability Energy system analysis We seek the ideal energy systems to achieve social targets (incl. Paris Agreement, SDGs etc.)  by applying energy economic models considering various conditions and constraints related to energy technologies.   System analysis on resource management and strategy We aim to construct systems and strategies toward a stable resource supply to domestic industry,  through the assessment of supply risk and recycling potential of materials. Resource strategy based on the criticality assessment and MFA   Risk assessment of resource supply chains We develop and implement methods and databases for the analysis of risks associated with resource supply chains of freshwater and mineral resources. Natural disaster risks Future changes (supply and demand) Diversity of supply sources Exceedance of environmental carrying capacity etc. About Us Members Priority Research Issues Issue 1: Assessment Research for Supporting a Safe Society Issue 2: Assessment Research for Supporting Social Implementation of Technologies Research Groups Risk Assessment Strategy Group Environmental Exposure Modeling Group Emission and Exposure Analysis Group Explosion Safety Research Group Industrial Safety and Physical Risk Analysis Group Advanced LCA Research Group Sustainability and System Analysis Research Group Research Outcomes News List RISS Pamphlet Terms of Use Privacy policy Copyright ©2024 The Research Institute of Science for Safety and Sustainability, AIST.