Elementary study on evaluation of environmental loads and costs for waste treatment system in Bangkok
スポンサーリンク
概要
- 論文の詳細を見る
It is very important for waste to be controlled and appropriately treated in a waste treatment system because of its impact on the environment. This study quantitatively evaluates the current waste treatment system and suggests countermeasures based on their impact on reducing the environmental and treatment costs in order to solve waste treatment problems in Bangkok, Thailand. Evaluation models are applied to estimate the treatment and environmental costs in the current waste treatment system. This study shows that the contribution of carbon dioxide and methane gases from the current waste treatment system in Bangkok, Thailand to the greenhouse effect is large. Using the baseline scenario as a standard, the study provides a quantitative measure of the reduction in environmental costs that can be achieved by applying the countermeasure scenarios.
- 2010-02-01
著者
-
Katsumi Takeshi
Graduate School Of Global Environmental Studies Kyoto University
-
Ohtsu Hiroyasu
Graduate School Of Management Kyoto University
-
Inazumi Shinya
Graduate School Of Engineering Kyoto University
-
Shiotani Tomoki
Graduate School Of Engineering Kyoto University
関連論文
- EXPERIMENTAL STUDY ON THE MEASUREMENT OF S-p RELATIONS OF LNAPL IN A POROUS MEDIUM
- Effects of water content distribution on hydraulic conductivity of prehydrated GCLS against calcium chloride solutions
- HYDRAULIC CONDUCTIVITY OF NONPREHYDRATED GEOSYNTHETIC CLAY LINERS PERMEATED WITH INORGANIC SOLUTIONS AND WASTE LEACHATES
- PERFORMANCE EVALUATIONS OF PUMP-AND-TREAT SYSTEM USING ADVECTION-DISPERSION ANALYSIS : EFFECTS OF CLAY LAYER ON REMEDIATION DURATION
- Evaluation of environmental feasibility of steel pipe sheet pile cutoff wall at coastal landfill sites
- DEVELOPMENT AND APPLICATION OF H-JOINT STEEL PIPE SHEET PILES IN CONSTRUCTION OF FOUNDATIONS FOR STRUCTURES
- Elementary study on evaluation of environmental loads and costs for waste treatment system in Bangkok