SET Proceedings 2978-4387 Caravel Press 10.65582/set.2008.172 2008.172 A Proposal on Estimation Method of CO2 Emission in Apartment Removal Project LeeDonghoon ttette00@hanmail.net KimSunkuk kimskuk@khu.ac.kr Dept. of Architectural Eng., Kyunghee Univ, Suwon, Korea 24082008 7 1 978-1-995850-08-5 1259 1263 24 August 2008 © 2008 Copyright WSSET 2008

As global concerns about environmental pollution are on the rise, CO2 emission control is also a hot issue. In the wake of Kyoto Protocol, many economies are enforcing initiatives to reduce CO2 emission and CO2 regulation will increase the CO2 emission credit trading volume, as demands for emission credit multiplies. Accounting for 42% of total industrial CO2 emission in Korea, CO2 emission regulation will be sure to weigh heavily on construction businesses. As demands for apartment removal projects will soar on the heels of rapid increase in apartment construction projects in Korea, estimation of CO2 emission in structure removal projects warrants attention in the broader framework of reducing CO2 emission by construction industry. This research is intended to propose estimation method of CO2 emission in structure removal project by analyzing CO2 emission volume therefrom.

 Removal Project Wastes Recycling CO2 Apartment CO2 Emission Volume 24 to 27 August 2008 7th International Conference on Sustainable Energy Technologies SET2008 7 Seoul, Korea Kim, Jong-Yeop & 2 others (2004). Estimation of Energy Consumption & CO2 Emission Unit in Building Construction Phase, Collection of Architectural Institute of Korea Papers (Planning Dept.), Vol.20, Ed.10, pp.319～326 Kim, Jong-Yeop & 2 others (2005). Assessment of Energy Consumption & CO2 Emission Features in New Apartment Construction, Collection of Architectural Institute of Korea Papers (Planning Dept.), Vol.21, Ed.4, pp.199～206 Kim, Ji-Hye & 2 others (2007). CO2 Criteria for Construction Waste Management Strategy Considering Emission Features : Case Study of High-Rise Residential Building Construction Project, Collection of Korea Construction Management Society Papers, Vol.8, Ed.6, pp.150～158 Kim, Chang-Hak, Kim, Hyo-Jin (2007). Development of Automatic Construction Waste Volume Estimation System , Collection of Korea Construction Management Society Symposium Papers, pp.743～746 Kim, Hyo-Jin & 3 others (2007). Removal Project Implementation Status & Selective Apartment Removal Test, Collection of Papers for Korea Architectural Construction Society Academic/Technological Symposium, v.7 n.1 Ed.12, pp.113～118 Park, Ji-Ho & 2 others (2007). Strategy to Ensure Environment-Friendliness in Construction Management per Construction Work Type, Collection of 한 Korea Construction Management Society Symposium Papers, pp.961～966 Lee, Han-Min & 1 other (2008). A Study of System Development for Selection of Optimum Removal Technology , Collection of Architectural Institute of Korea Papers (Structure Dept.), v.24 n.5, pp.193～200 Jeong, Young-Sun & 4 others (2007). A Study of Greenhouse Gas Emission Estimation in New Apartment Construction Targeting Key Materials, Collection of Architectural Institute of Korea Symposium Papers, Vol.27, Ed.1, pp.797～800 Chosun Daily (2007). Building is a CO2 repository, Weekly Chosun Online Article, July 30, 2007 (weekly.chosun.com) Piyush Tiwari, Jyoti Parikh (1995). Cost of CO2 Reduction in Building Construction, Energy, vol.20, No.6, pp.531∼547 María Jesús González (2006). Justo Grcía Navarro, Assesment of the decrease of CO2 emissions in the construction field through the selection of materials: Practical case study of three houses of low environmental impact, Building and Environment, vol.41, pp.902～909 Jonas Nässén et al (2007). Direct and Indirect Energy Use and Carbon Emissions in the Production Phase of Buildings: An Input-output analysis, Energy, vol.32, pp.1593∼1602