• Korea Trade Review
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• v.41 no.5
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• pp.63-87
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• 2016

Despite its rising labor costs these days, China still serves the role as 'World's Factory' thanks to a great deal of foreign direct investment, still remaining one of the world's highest, and the global companies, which have been willingly establishing foreign subsidiaries in China. While enjoying the benefits from the Chinese market, these global companies can now take advantages of another market; the one of Korea. If a product produced by a certain global company is actually manufactured in the local factory in China and the product meets specifications of Rules of Origin, the product shall receive preferential treatment under China-Korea FTA. In the perspective of global market, therefore, it is found that China-Korea FTA may have negative effects on chemical industry in Korea, which is considered one of the representatives of China-Korea FTA. This study examines such risks by network analysis, with several cases of 'Beauty or Make-up Preparations (HS Code 3304).' Analysis shows that Korea is classified as the marginal country group but not main country group when it comes to beauty products family. So this can be a great chance to the global cosmetic companies with local factories in China in the sense that they can increase their sales towards the market of Korea based on the China-Korea FTA. Under these concerns, this study suggests two policy alternatives for the chemical industry in Korea to deal with current challenges rising from China-Korea FTA. The suggested alternatives are: to actively attract the global chemical corporations which are yet to directly enter the Chinese market; and to invest on chemical products with high potential of growth as a priority.

• Proceedings of the Korean Institute of Industrial Safety Conference
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• 1998.11a
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• pp.121-124
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• 1998

화학공업은 고도의 기술집약적 장치산업이며 가연성 및 반응성이 높은 물질을 고온, 고압하에서 사용ㆍ저장하고 있기 때문에 화재 및 폭발사고의 가능성이 항상 잠재하고 있다. 특히, 화학공장에서 사용하는 대부분의 물질이 BLEVE (Boiling Liquid Expanding Vapor Expansion)와 VCE(Vapor Cloud Explosion)를 유발할 수 있는 가연성 물질이므로 사회적 문제를 야기할 수 있는 중대재해가 발생할 수 있다. (중략)

• The Science & Technology
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• v.32 no.11 s.366
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• pp.76-78
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• 1999

미국 미시간주에 본사를 두고 전 세계 1백68개국에 공장과 사업지사를 두고 있는 세계적 굴지의 화학회사 Dow케미컬은 21세기를 맞아 새로운 변신을 시도하고 있다. Dow케미컬은 경제성장ㆍ환경보전ㆍ사회적 책임 등 3대 전략과 과제를 담아 '퍼블릭 리포트 1999'라는 보고서를 발표하여 회사를 투명하게 일반에게 공개했다. 1970년 한국에도 진출한 Dow 케미컬은 3만9천명의 사원을 거느리고 각종 화학, 플라스틱, 농학제품을 개발ㆍ생산하고 있다.

• Proceedings of the Korea Air Pollution Research Association Conference
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• 2005.11a
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• pp.454-455
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• 2005

• Korea Petroleum Association Journal
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• no.4 s.134
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• pp.79-86
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• 1992

이 자료는 지난 3월 13일 호남정유 여천공장에서 열린 정유ㆍ석유화학업계 에너지소비절약 간담회에서 에너지관리공단이 발표한 「에너지 다소비업체 간담회 자료」에서 발췌한 것이다. <편집자 주>

• Fire Protection Technology
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• s.12
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• pp.21-30
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• 1992

This fire fighting systems engineering specification includes the design and installation requirements which normally adopted for petroleum refineries and petrochemical industries. Also, this shall be applied the Korean Fire Safety Law, in addition to the Korean Industry Safety & Health Law and NFPA Code.

• Korea Petroleum Association Journal
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• no.9 s.7
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• pp.56-59
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• 1981

26만 톤짜리 유조선이 페르샤만 으로부터 18일간 실어온 원유는 지하송유관을 통해 정유공장으로 옮겨지고 ,여기서 벙커c유, 경유, 휘발유, 석유화학 원료 등이 복잡한 과정을 거쳐 생산된다.

• 월간산업보건
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• s.186
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• pp.17-24
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• 2003

• Journal of the Korean Institute of Gas
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• v.1 no.1
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• pp.87-94
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• 1997

There are many kinds of complicated equipments in the chemical plants. So the chemical plants have high possibility of accidents. Hazard analysis is one of the basic tasks to ensure the safety of chemical plants. However, it has many shortcomings. To overcome the problems, there have been attempts to automate this work by utilizing computer technology, particularly knowledge-based technique. However, many of the past approaches are lacking in properties: safeguard consideration, accident diversity, cause and consequence diversity, pathway leading to accidents, and various hazard analysis reasoning. Therefore, in this study, three analysis algorithms were proposed using multimodel approach, and a hazard analysis system, AHA, was developed on G2. The case study was solved with AHA system successfully.

• Journal of the Korean Institute of Gas
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• v.15 no.6
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• pp.20-27
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• 2011

The consequence analysis (CA) is widely using in the petrochemical plant through adoption of the process safety management (PSM) system, but it has not practical problem that the CA was not reflected effects for employee count, business interruption loss, utility usage, and etc.. In this study, to establish the practical emergency response plan and to achieve risk based management, the consequence based on the damage area and the financial loss were estimated and compared through application on facilities in the petrochemical plant. If the damage area is used, the consequence category must be determined by safety area considering simultaneously damage area, fatality area and toxic area. Also, the consequences based on the financial loss is more practical method for the case of considering process properties and circumstances.