논문 상세보기
pp.785-798
Since the Framework Act on Resource Circulation was enacted in 2018, the government should establish a National Resource Circulation Master Plan every 10 years, which defines mid- to long-term policy goals and directions on the efficient use of resources, prevention of waste generation and recycling of waste. In addition, we must set mid- to longterm and stepwise targets for the final disposal rate, recycling rate (based on sorted recyclable materials and recycled products), and energy recovery rate of wastes, and relevant measures should be taken to achieve these targets. However, the current industrial waste (IW) statistics have limitations in setting these targets because the final disposal rate and recycling rate are calculated as the ratio of the recycling facility input to the IW generation. In this study, the material flow from the collection stage to the final disposal of industrial waste was analyzed based on the generation of 2016, and the actual recycling amount, actual incineration amount, final disposal amount and their rates were calculated. The effect on the recycling, incineration and final disposal rates was examined by changing the treatment method of nonhazardous wastes from the factory and construction and demolition wastes, which were put in landfills in 2016. In addition, the variation of the waste treatment charge was investigated according to the change of treatment methods. The results of this study are expected to be effectively used to establish the National Resource Circulation Master Plan and industrial waste management policy in the future in South Korea.
I. 서 론
II. 조사방법
1. 물질흐름분석을 위한 문헌조사 및 분배계수의 결정방법
2. 물질흐름분석에 사용한 데이터 및 물질수지 계산방법
III. 연구결과 및 고찰
1. 일본의 산업폐기물 배출 및 처리과정의 물질흐름 분석
2. 우리나라의 사업장폐기물 배출 및 처리과정의 물질흐름분석
3. 사업장폐기물의 처리방법 변화에 따른 폐기물처분부담금의 산정 및 비교
IV. 결 론
References
