Table of Contents
Toggle온실가스 번역에 대해서 알아 보겠습니다(영어번역)
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온실가스 번역(영어 원본)(1) PFC (Perfluorocompound) Emission Reduction • The global semiconductor industry is a very minor contributor to overall emissions of greenhouse gases. The industry is voluntarily reducing its PFC gas emissions. Each of the original WSC members and Semiconductor Industry Association in Chinese Taipei committed to reduce absolute PFC gas emissions by at least 10% from a baseline year by the year 2010. Industry output has increased substantially while emissions have been voluntarily reduced. The WSC members also actively share non-competitive information • on abatement technologies and alternative chemicals that can aid in reducing PFC emissions. • Since the start of the program, companies represented at the WSC have devoted considerable resources to meet their PFC reduction goals and these investments are bearing fruit. The WSC remains on track to meet the target reduction goals and it is noteworthy that in 2009 total PFC emissions were lower than the target baseline year. Furthermore, the WSC is actively developing its post-2010 reduction targets and plan. (2) PFOS (Perfluorooctyl Sulfonates) Reduction • As part of the WSC’s proactive approach to sound Environment, Safety and Health (ESH) practices, the WSC and the equipment/supplier trade association SEMI endorsed a plan at the May 2006 meeting which applies to both critical and non-critical applications of perfluorooctyl sulfonate (PFOS) chemicals in semiconductor manufacturing. Very small amounts of PFOS compounds are critical ingredients in leading edge photoresists and antireflective coatings, materials used in the photolithographic process for imprinting circuitry on silicon wafers. • The WSC and SEMI are continuing to implement the terms of this voluntary agreement. Work continues to invent and develop potential PFOS substitutes for all critical uses in current and future semiconductor manufacturing. Meanwhile, the WSC welcomes the decision of the UN COP4 (Conference of the Parties) meeting of the Stockholm Convention on this substance and the exemptions included for the remaining critical uses in semiconductor manufacturing. (3) Energy Savings in semiconductor manufacturing • The WSC recognizes that reducing energy consumption continues to be a central activity in the industry’s environmental and sustainability practices worldwide. Reducing energy consumption reduces the need for energy production, resulting in corresponding environmental benefits, and reducing manufacturing costs. The WSC has established an energy conservation partnership with suppliers to the semiconductor industry (represented by SEMI) in a joint effort to achieve further energy-savings in semiconductor equipment. The WSC is developing a framework for a post-2010 energy efficiency strategy. (4) Quantitative Targets • The WSC members are continuing to focus on resource conservation activities in the production process. The agreed WSC expectation levels, to show progress as an industry, are to reduce normalized electricity (30%), water (45%) used in manufacturing and waste generated (40%) by 2010 from the baseline of 2001. The information collected • from the 2008 data, shows that industry expectation levels are being implemented. The normalized reduction of electricity was 37%, water used in manufacturing 46%, and waste generated 46%, from the baseline of year 2001. |
온실가스 번역(한국어 번역본)(1) PFC (Perfluoro compound) 배출 감소 (2) PFOS (Perfluorooctyl Sulfonates)감축 WSC가 추구하는 바람직한 Environment, Safety and Health (ESH)규범의 일환으로, WSC와 장비/자재 공급 업체 협회인 SEMI는 2006년 5월 회의에서, 반도체 제조 공정상 PFOS를 critical(핵심 부분) 및 non-critical(비 핵심 부분)에 사용하는 데 적용할 계획을 채택했다. 실리콘 웨이퍼에 회로를 인쇄하기 위한 photolithographic 공정에 사용되는 첨단 포토레지스트 및 antireflective 코팅에 사용되는 극소량의 PFOS는 매우 핵심적인 원료 가운데 하나이다. (3) 반도체 제조시 에너지 절약 (4) 감축량 목표 |
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이상 한국반도체협회에서 의뢰한 세계반도체협회 대정부 권고안 번역(영어번역)의 일부를 살펴 보았습니다.