Energy Consumption and its Impact on the Environment in Shanghai, China
スポンサーリンク
概要
- 論文の詳細を見る
In this paper, we tried to investigate the situation of the energy consumption increase and its influence on the environment as a result of the economic development of Shanghai. The increase of energy consumption associated with mass production and mass consumption in order to improve the quality of human life is inevitable. But we have to exert the power to change the energy structure and improve the exhaust processing in order to conserve the environment. Observing the characteristics of energy consumption in Shanghai, the air pollution problem is caused mainly by the burning of coal and petroleum. We have found that the density of Sox and TSP in the atmosphere is decreasing year by year because the Shanghai government is trying to adjust the industrial structure and energy consumption. The density of Nox, however, is increasing gradually because of an increase in automobile ownership.
- 社団法人日本建築学会の論文
- 2002-03-20
著者
-
Gao Weijun
Faculty of Environment Engineering, The University of Kitakyushu
-
Ojima Toshio
Department of Architecture, Waseda University
-
Gao W
Faculty Of Environment Engineering The University Of Kitakyushu
-
Ren Jianxing
Department of Power Engineering, Shanghai Institute of Electric Power
-
Gao Weijun
Faculty Of Environment Engineering The University Of Kitakyushu
-
Gao Weijun
Department Of Environment Space Design Kitakyushu University
-
Ren Jianxing
Department Of Power Engineering Shanghai Institute Of Electric Power
-
Ojima T
Department Of Architecture Waseda University
-
Ojima Toshio
Department Of Architecture School Of Science And Engineering Waseda University
-
Long Weiding
Department of Facilities Engineering and Management, Tongji University
-
Long Weiding
Department Of Facilities Engineering And Management Tongji University
関連論文
- Investigation on the Standard for Energy and Environmental Design of Residential House in China(Environmental Engineering)
- The Effects of Fuel Price and System Efficiency on Cost and Energy Savings in a Distributed Energy System(Environmental Engineering)
- Prediction of Residential Building Energy Consumption in Jilin Province, China(Environmental Engineering)
- Evaluation of the Introduction of a Combined Heat and Power System in a Commercial Building in Shanghai(Environmental Engineering)
- Urbanization and its Classification in China from the Consideration of Environment(Environmental Engineering)
- Investigation on the Situation of Combined Heating and Power System in Japan(Environmental Engineering)
- Investigation of City Living Environment and Energy Consumption in Yangtze Delta Area
- Study on Distributed Generators Arrangement in Urban Area Using GIS : Case Study in Tokyo's 23 Wards, Japan
- Evaluation on Introducing a DHC System with Co-Generation System in the City Center of Shenzhen
- Investigation on the District Heating Supply and Possibility of Using Waste Heat Energy in Changchun, China
- Analysis on the Influence of Atmospheric Pollution Caused by Increasing Automobile in Shanghai
- Numerical Analysis about Urban Climate Change by Urbanization in Shanghai
- Study on Thermal Environment Evaluation in the Central Business District of Shanghai
- Mitigating the Urban Thermal Environment of Tokyo through a Cluster Planning
- A Study on the Land Use Change in Kurosaki and A Proposal of an Urban Biotope Network
- Validation of Displacement Ventilation System in a Residential Room
- Energy Consumption and its Impact on the Environment in Shanghai, China
- Study on the Installation of Thermal Storage System in Residential Houses
- The Necessity for "Two Step Separation" to Recycle Construction and Demolition Waste
- A Field Study on Revival Conditions of Covered Rivers in Tokyo's 23 Wards(Environmental Engineering)
- Widespread Installation and Networking of Combined Heat and Power Systems(Environmental Engineering)
- Experimentation and Verification of the "Perfect Recycle House"
- Load Leveling and Energy-Saving Effects Evaluation of SOHO(Environmental Engineering)
- Evaluation of the Energy and Environmental Performance by Introducing a District Energy System : Summer Field Study at Kitakyushu Science and Research Park(Environmental Engineering)
- Investigation and Evaluation on District Energy System at Kitakyushu Science and Research Park : Field Study on Running Situation during 2002(Environmental Engineering)
- Examination of the Viability of Co-generation for a Small-scale Housing Development in Kitakyushu, Japan(Environmental Engineering)
- Field Study and Sensitive Analysis of PV System by Multiple regression method(Environmental Engineering)