Comprehensive Evaluation of the Feasibility to Develop a Renewable Energy Technology System and Waste Treatment Plant in Kupang City, Indonesia based on a Kupang Input Output Table

The Kupang government's target of integrating a renewable energy technology system (RETs) and waste treatment plant system (WTPs) are under consideration to pursue the national target of reduction GHG emission between 26-41% (0.767-1.244) Gton CO2e from 2010 to 2020. This research considers the feasibility of developing RETs and WTPs in order to reduce GHG emission by a creating the framework, of an Input Output (IO) table of Kupang and its analysis, counting the amount of total coefficients of GHG and air pollutants for each sector in the form of NOx, SOx, CO2, CH4, N2O from social-economic activities in Kupang. The results show 27 sectors classified in a table, representing the gained coefficients pollutants which will enable the estimate of the total amount of CO2e emitted for the year 2010 and a framework for proposal to government. This study is the first research and main reference focusing on pollutant counts and emission coefficients emitted by activity economy on a regional level for Kupang city.