국내 폐가전제품의 회수 및 재활용을 위한 RFID 기반 통합관리시스템 설계
Design of RFID-based Integration System for Collection and Recycling Process of EOL Household Electric Appliances in Korea
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Most world-leading companies are aware that Environment and Health and Safety Issues are critical to the product quality and sustainable growth of their company. Environment-friendly efforts are seen in almost all aspects of business operations in an advanced nation. The Extended Producer Responsibility(EPR) and EU Directive on Waste Electric and Electronic Equipment(WEEE) attempt to tackle the growing quantity of WEEE by making producers responsible for the costs of the collection and recycling of their products at the End-of-Life(EOL). To implement the RFID-based integration system for EOL household electric appliances, such as washing machines and refrigerators, we analyzed the process of collecting, recovering, and recycling the EOL products returned from the distribution points. Furthermore, we proposed a soon-to-be process using the RFID-based integration system in the metropolitan recycling center(MRC). This soon-to-be process model is composed of RFID tags, readers, ALEs, applications and several devices. Through the introduction of the RFID-based integration system, we are expecting to see increasing traceability and real-time management for EOL products from customers, and also improvements in valuable reusable materials(VRM) produced from recycling processes.
Abstract
Most world-leading companies are aware that Environment and Health and Safety Issues are critical to the product quality and sustainable growth of their company. Environment-friendly efforts are seen in almost all aspects of business operations in an advanced nation. The Extended Producer Responsibility(EPR) and EU Directive on Waste Electric and Electronic Equipment(WEEE) attempt to tackle the growing quantity of WEEE by making producers responsible for the costs of the collection and recycling of their products at the End-of-Life(EOL). To implement the RFID-based integration system for EOL household electric appliances, such as washing machines and refrigerators, we analyzed the process of collecting, recovering, and recycling the EOL products returned from the distribution points. Furthermore, we proposed a soon-to-be process using the RFID-based integration system in the metropolitan recycling center(MRC). This soon-to-be process model is composed of RFID tags, readers, ALEs, applications and several devices. Through the introduction of the RFID-based integration system, we are expecting to see increasing traceability and real-time management for EOL products from customers, and also improvements in valuable reusable materials(VRM) produced from recycling processes.
참고문헌 (13)
- 김현수, "폐가전제품 회수물류 네트웍 최적화", 산업공학(IE interfaces), 20(2), pp.154~161 (2007), 대한산업공학회
- 박찬혁, "폐가전제품의 재이용 및 재활용 활성화 방안에 관한 연구", 유기물자원화, 11(2), pp.74~85 (2003), 유기성자원학회
- 환경친화적 물류시스템 구축 방안 연구, "산업자원부", 물류표준활성화기술 기반조성사업, ~ (2002)
- 전준수, "RFID를 이용한 회수물류 네트워크 구축에 관한 연구", 해운물류연구, 51, pp.117~139 (2006), 한국해운물류학회
- 정진기, "폐가전제품재활용 기술의 국내 현황", pp.590~593 (2007)
- 조대진, "RFID 이론과 응용" (2005), 홍릉과학 출판사
- U-Green Logistics Solution 및 Service 개발에 관한 연구보고서, "지식경제부", ~ (2008)
- 환경부, "서울경제뉴스 “생산자책임 재활용제도 경제효과”", ~ (2006)
- 환경부 정책 자료실, "재활용으로 1조 2400억 원 벌었다", ~ (2006)
- 유럽의 선진 환경 기술교류 활성화방안 연구, "환경부 한국환경기술진흥원", ~ (2004)
- Bhyotani Manish, "RFID Field Guide" (2005), Prentice-Hall
