Name Tomohiro TABATA
Title Associate Professor
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Degree Ph.D. (Nagoya University, Japan)
Research Field Urban environmental system engineering, life cycle assessment, renewable energy
Affiliation Graduate School of Human Development and Environment, Kobe University
My research aims to propose solutions for urban environmental issues taking into account the relationship between our social and economic activities and the environmental impacts. Especially, I focus on cities. Cities provide us various services such as work, education and leisure. But cities need natural resource inputs such as raw materials for providing these services, and then, environmental burden such as waste and carbon dioxide is outputted. My research conducts environmental evaluation to find solutions to minimize natural resource inputs and environmental burden from the viewpoint of the waste management, utilization of the renewable energy and improvement of inhabitants’ living activities.
Questionnaire-Based Surveys, material flow analysis (MFA), life cycle assessment (LCA), life cycle costing (LCC), optimization model, geographic information system (GIS), simulation of future outlook (environmental burden and energy supply/ consumption) taking into account population and social change
1. Renewable energy utilization
To evaluate environmental burden reduction effect and economic effect by introducing renewable energy system in Japan.
To evaluate social effect such as job creation by introducing renewable energy system in Japan.
To create appropriate residential heat and electricity utilization from MSW incineration plants.
Keywords: woody biomass, kitchen waste, photostatic, mega-solar, wind, job creation, economics, decrease of environmental and fossil fuel usage, island and Mt. Rokko
2. Relationship between super aging society and environmental and energy issues
To Analyze the influence of increased aged person on garbage segregation.
To Analyze the influence of increase in aged households on household energy consumption.
To Analyze the relationship between poor households and energy consumption.
Keywords: aging society, aged person, poverty, lifestyle, household energy consumption, garbage segregation, trend analysis
3. Pre- and post- disaster waste management
To create methodologies for estimating potential waste disaster waste if severe natural disaster were happened.
To create life cycle assessment and life cycle costing methodologies for estimating environmental burden and treatment cost of pre-disaster waste treatment.
Keywords: natural disasters, earthquake, tsunami, land slide, disaster waste management system, Nankai-trough earthquakes, estimation of spatial distribution of the disaster waste. evaluation of countermeasures of the disaster waste management system