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J Korean Soc Environ Eng > Volume 37(2); 2015 > Article
J Korean Soc Environ Eng 2015;37(2): 87-91. doi: https://doi.org/10.4491/KSEE.2015.37.2.87
친환경 설계로 제조된 주방세제의 탄소배출량 감축 효과
김종석1, 김원찬2, 이용주2, 김흥식1, 박헌영1, 양봉식1, 김완수1, 박필주3, 홍은아3
1LG생활건강 HES팀
2LG생활건강 기술연구원
3한국환경산업기술원 탄소경영실
The Effects of Eco-friendly Design of Dishwashing Detergent on Product's Carbon Emission Reduction
Jong Seok Kim1, Won Chan Kim2, Yong Ju Lee2, Heung Sik Kim1, Heon Young Park1, Bong Sig Yang1, Wan Soo Kim1, Pil Ju Park3, Eun Ah Hong3
1Health, Environment & Safety Team, LG Household & Health Care
2R&D Division, LG Household & Health Care
3Carbon Management Division, Korea Environmental Industry & Technology Institute
Corresponding author  Jong Seok Kim ,Tel: 031-8045-1534, Fax: 031-8045-1526, Email: jongseok.kim@ccbk.co.kr
Received: September 11, 2014;  Revised: January 7, 2015;  Accepted: February 13, 2015.  Published online: February 28, 2015.
ABSTRACT
As negative effects of climate change have been visualized and its direct damages to economy have been realized, the global efforts to respond to climate change by reducing greenhouse gas emission were accelerated. Korea's Carbon Footprint Labeling gets a lot of attention as one of the effective methods to contribute to national GHG reduction goal, and for enterprises to show customers how much effort the company put into global warming prevention. Consumers' interest on low-carbon products has been increasing. This study uses Life Cycle Assessment method to calculate the amount of carbon emission of dishwashing detergent, LG Household & Healthcare, which reduced carbon emissions by using raw materials that has relatively lower environment load. Life Cycle Assessment Method is based on guidelines of Carbon Footprint Labeling, Ministry of Environment, and pre-manufacturing, manufacturing, and disposal phase are included while use phase of the product is excluded from assessment. In order to understand the effects of eco-design on carbon emissions, the dishwashing detergent’s carbon emissions are compared before and after the change of main raw materials. The result shows the improvement from 0.47 kg CO2eq/kg to 0.38 kg CO2eq/kg per product, and this means the main raw materials' carbon emissions could be reduced by around 9.4%, which is equivalent to 916tons of GHG emissions per year.
Key Words: Dishwashing Detergent, Eco-design, LCA, Carbon Footprint Labeling, Low-carbon Products
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