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A call for action from workers, local residents, and consumers: a safe society from toxic chemicals
Kim, Shinbum,Im, Sanghyuk,Choi, Youngeun,Park, Soomi,Hyun, Jaesoon,Lee, Kyung Seok,Lee, Sunimm,Lee, Sung-nan,Seo, Jeongri,Kim, Ju Hee,Na, Hyunsun,Kim, Minsun,Korean Society for Environmental Health an The Korea Society of Environmental Toocicology 2016 환경독성보건학회지 Vol.31 No.-
Hong, Seokpyo,Ahn, Kilsoo,Kim, Sungjune,Gong, Sungyong The Korea Society of Environmental Toocicology 2015 환경독성보건학회지 Vol.30 No.-
Objectives This study presents a methodology that enables a quantitative assessment of green chemistry technologies. Methods The study carries out a quantitative evaluation of a particular case of material reutilization by calculating the level of "greenness" i.e., the level of compliance with the principles of green chemistry that was achieved by implementing a green chemistry technology. Results The results indicate that the greenness level was enhanced by 42% compared to the pre-improvement level, thus demonstrating the economic feasibility of green chemistry. Conclusions The assessment technique established in this study will serve as a useful reference for setting the direction of industry-level and government-level technological R&D and for evaluating newly developed technologies, which can greatly contribute toward gaining a competitive advantage in the global market.