全产业链视角下企业清洁生产的策略研究——基于国外文献的借鉴
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摘要
清洁生产是有别于传统的被动式节能减排手段,它通过对产品、服务以及流程管理实现环境现状的持续改善并提高生产力及竞争优势,因此成为绿色产业链视角下企业与产业优化升级、实现可持续化发展的一种策略选择。清洁生产的理论研究和实践证明了可持续发展是清洁生产的理论基础,清洁生产是可持续发展理论的实践。文章通过对近几年国外清洁生产相关研究文献的梳理,总结了清洁生产在国内外实施中取得的效益以及遇到的阻碍,并在理论研究与实施经验的基础上提出了基于绿色全产业链视角下企业清洁生产的对策与建议。
Cleaner production is different from traditional passive means of energy saving and emission reduction which can implement sustainable improvement of environment present situation and increase in productivity and competitive advantage through products,services and process management.So clean production becomes a strategy choice of enterprises,industrial upgrading and sustainable development from the perspective of green whole industry chain.The theoretical research and practice of cleaner production,sustainable development is the theoretical basis of it,and it is also the sustainable development theory in practice.This paper summarizes benefits and obstacles of clean production execution,and then proposes some countermeasure and suggestions in this aspect according to researches on cleaner production in recent years in foreign countries.
Cleaner production is different from traditional passive means of energy saving and emission reduction which can implement sustainable improvement of environment present situation and increase in productivity and competitive advantage through products,services and process management.So clean production becomes a strategy choice of enterprises,industrial upgrading and sustainable development from the perspective of green whole industry chain.The theoretical research and practice of cleaner production,sustainable development is the theoretical basis of it,and it is also the sustainable development theory in practice.This paper summarizes benefits and obstacles of clean production execution,and then proposes some countermeasure and suggestions in this aspect according to researches on cleaner production in recent years in foreign countries.
引文
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[19]Laforest V,Raymond G,Piatyszeké.Choosing cleaner and safer production practices through a multi-criteria approach[J].Journal of Cleaner Production,2013,47:490-503.
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[21]Serra T,Chambers R G,Lansink A O.Measuring technical and environmental efficiency in a state-contingent technology[J]European Journal of Operational Research,2014,236(2):706-717
[22]Castellini C,Boggia A,Cortina C,et al.A multicriteria approach for measuring the sustainability of different poultry production systems[J].Journal of Cleaner Production,2012,37:192-201.
[23]Mukherjee D P.Barriers towards cleaner production for optimizing energy use and pollution control for foundry sector in Howrah India[J].Clean Technology Environment Policy,2011,13(1):111-123.
[24]Liu X B,Yang J,Qu S X,et al.Sustainable production:Practices and determinant factors of green supply chain management of Chinese companies[J].Business Strategy and the Environment2012,21(1):1-16.
[25]Coca-Prados J,Gutiérrez-CervellóG.Economic sustainability and environmental protection in mediterranean countries through clean manufacturing methods[M].Berlin:Springer,2012.
[26]Stani?kis J K.Sustainable consumption and production:how to make it possible[J].Clean Technology Environment Policy,201214(6):1015-1022.
[27]Stani?kis J,Arbaciauskas V,Var?inskas V.Sustainable consumption and production as a system:Experience in Lithuania[J].Clean Technologies and Environment Policy,2012,14(6):1095-1105.
[2]Vickers J,Waterson M.Vertical relationships:An introduction[J].The Journal of Industrial Economics,1991,39(9):445-449.
[3]Viscusi W K,Vernon J M,Harrington Jr J E.Economics of regulation and antitrust[M].3rd ed.Cambridge:MIT Press,2000.
[4]Holmstr?m B,Tirole J.Private and public supply of liquidity[J].Journal of Political Economy,1998,106(1):1-40.
[5]孔令丞,谢家平.产业链的“绿色”转型与升级[N].解放日报,2016-02-16.
[6]Li Z D,Zhang S S,Zhang Y,et al.Evaluation of cleaner production audit in pharmaceutical production industry:Case study of the pharmaceutical plant in Dalian,P.R.China[J].Clean Technology Environment Policy,2011,13(1):195-206.
[7]Hicks C,Dietmar R.Improving cleaner production through the application of environmental management tools in China[J]Clean Production,2007,15(5):395-408.
[8]Tursun H,Li Z Y,Liu R,et al.Contribution weight of engineering technology on pollutant emission reduction based on IPAT and LMDI methods[J].Clean Technology Environment Policy,2015,17(1):225-235.
[9]Luthra S,Garg D,Haleem A.Empirical analysis of green supply chain management practices in Indian automobile industry[J]Journal of the Institution of Engineers(India),2014,95(2):119-126.
[10]Tschiggerl K,Wolf P.Innovative CP networks:the case of the?KOPROFIT?network promoting innovative clean production solutions for 20 years[J].Clean Technology Environment Policy2012,14(6):1029-1035.
[11]Bierma T J,Waterstraat F L.Cleaner production from chemical suppliers:understanding shared savings contracts[J].Journal of Clean Production,1999,7(2):145-158.
[12]Moser F,Jakl T.Chemical leasing-A review of implementation in the past decade[J].Environmental Science and Pollution Research,2015,22(8):6325-6348.
[13]Smulders S,Bretschger L,Egli H.Economic growth and the diffusion of clean technologies:Explaining environmental Kuznets curves[J].Environment Resource Economy,2011,49(1):79-99.
[14]Eleyan D,Al-Khatib I A,Garfield J.System dynamics model for hospital waste characterization and generation in developing countries[J].Waste Management&Research,2013,31(10):986-995.
[15]Tong O,Shao S,Zhang Y,et al.An AHP-based waterconservation and waste-reduction indicator system for cleaner production of textile-printing industry in China and technique integration[J].Clean Technology Environment Policy,201214(5):857-868.
[16]Dvarionien?J,Kruopien?J,Stankevi?ien?J.Application of cleaner technologies in milk processing industry to improve the environmental efficiency[J].Clean Technology Environment Policy,2012,14(6):1037-1045.
[17]Sangle S.Adoption of cleaner technology for climate proactivity:A technology-firm-stakeholder framework[J].Business Strategy and the Environment,2011,20(6):365-378.
[18]Tseng M L,Lin Y H,Chiu A S F,et al.Using FANP approach on selection of competitive priorities based on cleaner production implementation:A case study in PCB manufacturer,Taiwan[J]Clean Technology Environment Policy,2008,10(1):17-29.
[19]Laforest V,Raymond G,Piatyszeké.Choosing cleaner and safer production practices through a multi-criteria approach[J].Journal of Cleaner Production,2013,47:490-503.
[20]Mansoornejad B,Pistikopoulos E N,Stuart P R.Scenario-based strategic supply chain design and analysis for the forest biorefinery using an operational supply chain model[J].International Journal of Production Economics,2013,144(2):618-634.
[21]Serra T,Chambers R G,Lansink A O.Measuring technical and environmental efficiency in a state-contingent technology[J]European Journal of Operational Research,2014,236(2):706-717
[22]Castellini C,Boggia A,Cortina C,et al.A multicriteria approach for measuring the sustainability of different poultry production systems[J].Journal of Cleaner Production,2012,37:192-201.
[23]Mukherjee D P.Barriers towards cleaner production for optimizing energy use and pollution control for foundry sector in Howrah India[J].Clean Technology Environment Policy,2011,13(1):111-123.
[24]Liu X B,Yang J,Qu S X,et al.Sustainable production:Practices and determinant factors of green supply chain management of Chinese companies[J].Business Strategy and the Environment2012,21(1):1-16.
[25]Coca-Prados J,Gutiérrez-CervellóG.Economic sustainability and environmental protection in mediterranean countries through clean manufacturing methods[M].Berlin:Springer,2012.
[26]Stani?kis J K.Sustainable consumption and production:how to make it possible[J].Clean Technology Environment Policy,201214(6):1015-1022.
[27]Stani?kis J,Arbaciauskas V,Var?inskas V.Sustainable consumption and production as a system:Experience in Lithuania[J].Clean Technologies and Environment Policy,2012,14(6):1095-1105.