环保措施对贵州水晶集团企业竞争力的影响分析

【作者】 刘勇；

【导师】 龚晓宽；

【作者基本信息】 贵州大学 ， 工商管理， 2009， 硕士

【摘要】 随着环境问题的日益突出,并对人类生存和社会发展产生了越来越大的制约,各国政府出台了一系列制度和政策,来限制传统工业对环境的破坏,因此企业就必须面对越来越严格的环境管制。同时随着人们对环境保护的关注,在市场上对产品的选择也会考虑节能环保因素。这都使得环保成为企业竞争力的一个重要影响因素,而企业如何在加强环境保护的同时提高竞争力、实现“双赢”就成为当前的一个研究热点。本文选取了一家化工类企业,从产品、资源、核心三个层次分析了环境保护措施对企业竞争力的影响,并建立了环境对企业竞争力的影响因素指标,进行了纵向数据评测,并根据企业的实际情况给出了进一步提升企业竞争力的建议。本文分为五个部分,第一部分为绪论,阐述研究的背景及意义,介绍文章结构方法、技术路线、相关国内外文献;第二部分介绍了研究对象在环境保护方面的举措;第三部分首先介绍了企业竞争力的基础理论,然后结合理论从三个层次分析了环保措施对水晶集团企业竞争力的影响,接着进行了环境对企业竞争力的影响综合指数的评测;第四部分根据前面的研究提出了进一步提升研究对象企业竞争力的建议;最后一部分给出了结论。更多还原

【Abstract】 With the increasingly conspicuous ecological environment problem have brought more and more affects to human and social development. Various countries have introduced a series of systems and policies. It can limit serious damage of natural resources, so enterprises must face up to the strict environment control. With human give more and more attention in environmental protection, so the save energy and environment-friendly is crucial. Enterprise will become competitive, this is the key. The environment-friendly is the important element to improve the enterprise influence, so it is the focus these days.The paper select a chemical enterprise to analyses enterprise competitiveness from the environment-friendly measure in three levels, it includes products, resources and cores.In the paper, it consists five parts. The first is introduction. It is about the background, significance, structure and analytical method, the related literature. The second part is environmental protection steps. The third part is enterprise competitiveness theory, then combined with the theory from an analysis of the three levels of environmental protection measures on the "Shuijing Group" corporate competitiveness, followed by environmental indicators of the competitiveness of enterprises to conduct a longitudinal evaluation. The fourth part based in part on previous research to further enhance the research competitiveness of enterprises recommendations. The last is the conclusion.更多还原