煤炭产业链低碳演化机理及路径优化研究
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摘要
随着我国能源消耗的快速增长,煤炭产量也不断增加。煤炭在生产和消费过程中排放大量温室气体,对环境产生严重影响。本文从低碳经济和征收碳排放税的政策下,对煤炭产业链的现状进行了深入研究,得出了以下结论:
     通过对煤炭产业链低碳演化进程的综合分析,分析了现有煤炭产业链结构,基于PICC标准,提出了煤炭产业链碳排放的度量方法——原煤生产、瓦斯逸散、外购能源消耗、煤矸石发电等环节碳排放的度量方法,分析了影响煤炭产业链低碳技术与影响演化过程的内部和外部因素,给出了煤炭产业链演化过程。
     通过分析煤炭产业链的生产成本组成,设计了不同碳排放税下煤炭产业链交易的经济实验,建立了煤炭产业链生产成本传导模型,分析了碳排放税在煤炭产业链传导规律,基于对实验数据的回归分析,得出了煤炭产业链各个环节向其下游传递成本的意向,其利润高的环节消化生产成本能力越大,验证了煤炭产业链不同层级的选择倾向。
     基于自组织理论、交易费用理论、博弈理论和路径依赖理论,详细分析了不同低碳经济下煤炭产业链路径形成的过程,得出了煤炭产业链关键节点并辨识获取了关键节点的关键参数,最终获得了人、机、料、法、环五个方面的具体参数,包括人力成本、设备维修成本、管理成本、环境修复成本、煤炭资源转化率及二次回收率等几个方面的关键参数。
     依据运用多Agent的复杂自适应系统的基本概念,根据煤炭产业链的生产、洗选、粗加工、精加工、消费这五个环节,建立多Agent的复杂自适应系统的煤炭产业链的决策模型,基于网络的煤炭产业链成本传递假设和点线容量归一化假设,实现了现实世界和数学模拟的联系。通过分析,得出了煤炭产业链上的各个环节追求整体利益的同时,也追求各自更高的个体收益。向下游转移成本的比例,受限于整体的利益。
     以潞安集团煤炭产业链为例,依据集团发展的经济效益及目标,分析其在低碳经济下的煤炭产业链存在问题,并给出了优化调整方案。潞安集团应该从产业链整体角度进行调控,避免成本过多转嫁;逐步退出发电、水泥行业,以降低赋税;进一步增加产业链的链长,以提高煤炭本体加工业的经济效益。验证了研究内容、方法与结果的正确性和有效性,为我国煤炭产业链低碳化发展提供了理论依据。
Volumes of coal production increase rapidly with the growth of domestic energyconsumption. Large amount of greenhouse gas is discharged in the process of coalproduction and consumption, which makes serious influence on environment. Thedissertation made a research on the current situation of coal industry chain underpolicy of low carbon economy and carbon discharge tax, and drew the followingconclusions.
     This research analyzed current chain structure of coal industry according tocomprehensive analysis of low carbon evolution process of coal industry, and hasbrought about measurement methods of carbon discharge in coal industry, includingthe chains of coal production, gas dissipation, outsourcing energy consumption, coalwaste fired power and so on. This dissertation has also made a study on the internaland external factors which have influences on the low carbon technology andevolution process in coal industry, and come up with the evolution process of coalindustry chain.
     According to the analysis of production cost components in coal industry chain,this research designed economic experiments of coal industry chain transaction underdifferent conditions of carbon discharge tax, established production cost transmissionmodel in coal industry chain. Based on regression analysis of experimental data, thisresearch has concludes that each link tends to transfer production cost to thedownstream one in the whole coal industry chain. A link with higher profits appearsmore powerful in digesting production cost, which confirms there is a choicetendency of different levels in coal industry chain.
     Based on the theories of integrated organization, transaction cost, game and pathdependence, this dissertation analyzed the formation process of coal industry chainpaths under different low carbon economies, produced key notes in coal industrychain and identified five specific parameters in human, machine, materials, law andenvironment aspects, including key parameters in costs of human, equipmentmaintenance, management, and environmental restoration, as well as coal resourceconversion rate and secondary recovery rate.
     According to the basic concept of multi-agent complex adaptive system, thisresearch established the determination model of coal industry chain in multi-agentcomplex adaptive system, based on the five links of production, washing, rough machining, meticulous machining and consumption. Through hypotheses of costtransmission and point-line capacity normalization in coal industry chain, thisdissertation made a connection between real world and mathematical simulation.Analyses showed each link in coal industry chain pursues higher individual incomewhen they target for the overall benefits. Proportion of cost transferring todownstream link is restricted to the overall benefits.
     This research took the coal industry chain of Lu An Group as an example,analyzed the existing problems in coal industry chain under low carbon economy andbrought about optimal adjustment plan, based on the economic profit and target ofgroup development. It is concluded that Lu An Group should conduct regulation andcontrol from overall industry chain aspect to avoid more cost shift, gradually quitpower generation and cement industries to reduce taxes, and further increase thelength of industry chain to improve the economic benefit of coal processing industry.This case study validates the correctness and validity of research contents, methodsand results, which provides a theoretical basis for low carbon development ofdomestic coal industry chain.
引文
[1]乔爱军.我国煤炭行业风险管理工具研究[D].山西:山西财经大学,2008.
    [2]陈柳钦.实验经济学的兴起及其在中国的发展[J].唯实,2011(6):50~55.
    [3]邓钊.经济学实验方法及在我国的应用前景分析[J].现代商贸工业,2010(12):22~23.
    [4]叶芬.风险决策行为的实验经济学研究和中外比较[D].江苏:江苏大学,2006.
    [5]王军,覃俊波.实验经济学的发展与应用[J].前沿,2003(9):57~59.
    [6]朱静.西方实验经济学研究综述[J].经济纵横,2005(11):76~78.
    [7]张淑敏.实验经济学的发展与经济学方法论的创新[J].财经问题研究,2004(2):80~86.
    [8]洪进,刘仲林,汤书昆.实验经济学:跨学科研究的新典范[J].科技进步与对策,2004(7):6~8.
    [9]陈铭.社区规划的内生动力评估研究——测度方法与理论模型的建构[D].上海:同济大学,2007.
    [10]文江.行为经济学和实验经济学[J].财会学习,2011(4):3.
    [11]范良聪.实验经济学兴起与发展的动力机制研究[D].浙江:浙江大学,2010.
    [12]张明文,张金良,谭忠富,王东海.碳税对经济增长、能源消费与收入分配的影响分析[J].技术经济,2009(6):48~51.
    [13]王晓红,韩庆华.西方国家生态税收实践与我国生态税制建设构想[J].山东财政学院学报,2004(5):33~38.
    [14]何禹忠.碳税与碳交易机制的比较研究[D].湖南:湖南大学,2011.
    [15]王岩,李武.低碳经济研究综述[J].内蒙古大学学报(哲学社会科学版),2010(3):27~33.
    [16]朱永彬,刘晓,王铮.碳税政策的减排效果及其对我国经济的影响分析[J].中国软科学,2010(4):1~9.
    [17]王金南,严刚,姜克隽,刘兰翠,杨金田,葛察忠.应对气候变化的中国碳税政策研究[J].中国环境科学,2009(1):101~105.
    [18]王璟珉,聂利彬.低碳经济研究现状述评[J].山东大学学报(哲学社会科学版),2011(2):66~76.
    [19]赵剑锋.低碳经济视角下煤炭工业清洁利用分析及政策建议[J].煤炭学报,2011(3):514~518.
    [20]谢高地,李士美,肖玉,祁悦.碳汇价值的形成和评价[J].自然资源学报,2011(1):1~10.
    [21]郎郑欣.碳税与碳税政策分析[J].林业经济,2012(1):35~38.
    [22]汪曾涛.碳税征收的国际比较与经验借鉴[J].理论探索,2009(4):68~71.
    [23] Samuel Fankhauser,Cameron Hepburn.Designing carbon markets.Part I:Carbon marketsin time[J].Energy Policy,2010(38):4363~4370.
    [24] Samuel Fankhauser,Cameron Hepburn.Designing carbon markets, Part II: Carbonmarkets in space[J].Energy Policy,2010(38):4381~4387.
    [25] Ram M. Shrestha,Charles O.P. Marpaung.Supply and demand side e!ects of carbon taxin the Indonesian power sector: an integrated resource planning analysis[J].Energy Policy,1999(27):185~194.
    [26] Tim Callan,SeanLyons,SusanScott,RichardS.J.Tol,StefanoVerde.The distributionalimplications of a carbon tax in Ireland[J].Energy Policy.2009(37):407~412.
    [27]张子迁.基于低碳经济背景下云南省土地利用结构与碳排放量关系研究[D].云南:云南财经大学,2011.
    [28] De Fraga C.How Green is Your Hybrid?[J].Royal Auto,2007(4):54~57.
    [29]林靖珺,张白玲.企业碳排放成本的确认与计量研究[J].当代经济,2012(1):43~45.
    [30] Saurav Dutta, Raef Lawson. Broadening Value Chain Analysis for EnvironmentalFactors[J].Cost Management,2008(4):32~37.
    [31]杨蓓,汪方军,黄侃.适应低碳经济的企业碳排放成本模型[J].西安交通大学学报(社会科学版),2011(1),44~47.
    [32] ICF Incorporated.Full Cost Accounting for Decision Makingat Ontario Hydro:A CaseStudy[R].USEPA,1996.
    [33]徐瑜青,王燕祥,李超.环境成本计算方法研究:以火力发电厂为例[J].会计研究,2002(3):49~53.
    [34] Anita Engels.The European Emissions Trading Scheme:An Exploratory Study of HowCompanies Learn to Account for Carbon[J].Accounting,Organizations and Society,2009,34(1):488~498.
    [35]宁宇新,廖春如.低碳时代的碳成本及其管理研究[J].生产力研究,2010(11):98~99.
    [36]杨蓓,汪方军,黄侃.适应低碳经济的企业碳排放成本模型[J].西安交通大学学报(社会科学版),2011(1):44~47.
    [37]王超,穆东等.煤炭产供链的碳排放经济测度模型和治理效益模型研究[J].北京交通大学学报(社会科学版),2011(10):64~70.
    [38]弗里德曼,桑德.实验方法:经济学家入门基础[M].北京:中国人民大学出版社,2010.
    [39]葛新权,王国成.实验经济学引论:原理方法应用[M].北京:社会科学文献出版社,2006.
    [40]郭秀艳.实验心理学[M].北京:人民教育出版社,2004.
    [41]黄春松.经济学的实验方法与演化模拟分析[J].经济社会体质比较,2003(7):141~143.
    [42]高鸿桢.实验经济学的理论与方法[J].厦门大学学报,2003(1):5~14.
    [43]王爱冬,赵鑫.我国“十一五”节能减排政策效果评价及启示[J].燕山大学学报(哲学社会科学版),2011(3):119~122.
    [44]葛新权,王国成.博弈实验比较[M].北京:社会科学文献出版社,2009.
    [45]钱学森,戴汝为,于景元.一个科学新领域——开放的复杂巨系统及其方法论[J].自然杂志,1990(1):3~10.
    [46]约翰霍兰.自然与人工系统中的适应[M].北京:高等教育出版社,2008.
    [47]约翰霍兰.涌现[M].上海:上海科学技术出版社,2001.
    [48]约翰霍兰.隐秩序——适应性造就复杂性[M].上海:上海科技教育出版社,2000.
    [49] Wiener N. Cybernetics. Control and Communication in the Animal and theMachine[M].Cambridge,MA:MIT Press,1948.
    [49]钟秋海,付梦印.现代控制理论与应用[M].北京:机械工业出版社,1997.
    [50] Kokar M,Baclawski K,Eracar Y.Control Theory-Based Foundations of Self-ControllingSoftware[J].IEEE Intelligent Systems,1999(3):37~45.
    [51] Cheng B H C,de Lemos R,Giese H,et al.Software Engineering for Self-Adaptive Systems:A Research Roadmap[C].Software Engineering for Self-Adaptive Systems,2009:1~13.
    [52] Salehie M,Tahvildari L.Self-Adaptive Software:Landscape and Research Challenges[J],ACM Transactions on Autonomous and Adaptive Systems,2009(2):1~42.
    [53] Brun Y,Serugendo G D M,Gacek C,Giese H M,et al.Engineering Self-Adaptive Systemsthrough Feedback Loops[J].Software Engineering for Self-Adaptive Systems,2009:48~70.
    [54] Cai K Y,Cangussu J W,De Carlo R A,Mathur A P.An overview of softwarecybernetics[C].Proceedings of the11th International Workshop on Software Technology andEngineering Practice,2003.
    [55] Shen J,Wang Q,Mei H.Self-adaptive software:cybernetic perspective and an applicationserver supported framework[C].Proceedings28th International Computer Software andApplications Conference(COMPSAC2004), IEEE Computer Society:Los Alamitos CA,2004,2:92~95.
    [56] E Oliveira,K Fischer,O Stepankova.Multi-agent Systems:Which Research for WhichApplications[J].Robotics and Autonomous Systems,1998(1):91~106.
    [57]高自友,四兵锋.市场经济条件下铁路旅客票价系统分析——优化模型与求解方法
    [M].北京:中国铁道出版社,2002.
    [58] Yang H. Heuristic algorithms for the bilevel origin-destination matrix estimationproblem[J].Transportation Research Part B: Methodological,1995(4):231~242.
    [59]杜文,周久军.带上层约束二层线性规划的遗传算法[J].武汉职业技术学院学报,2003(6):75~77.
    [60]魏东,岳杰.低碳经济模式下的碳排放权效率探析[J].山东社会科学,2010(8):90~92.
    [61]杜祥琬.对中国绿色低碳能源战略的探讨[J].太原理工大学学报,2010(9):32.
    [62]沈忱.构建中国特色碳税制度——碳税制度与碳权交易制度比较[J].长沙大学学报,2012(1):67~69.
    [63]樊岑遥,王驰.关于建立中国低碳经济法律体系的几点思考[J].中国集体经济,2010(10):107~108.
    [64]崔军.关于我国开征碳税的思考[J].税务研究,2010(1):41~44.
    [65]王珲.国际碳税方案的比较分析[J].中国人口,2012(3):82~86.
    [66]王璟珉,岳杰,魏东.期权理论视角下的企业内部碳交易机制定价策略研究[J].山东大学学报(哲学社会科学版),2010(2):1~15.
    [67]张金艳,杨永聪.瑞典碳税对产业结构水平影响的实证分析[J].国际经济战略,2011(3):18~22.
    [68]彭红枫,吴阳.碳税对我国区域经济发展的影响[J].技术经济,2011(2):88~92.
    [69]林桢.碳税开征对可持续发展的影响——结合河南省实际情况[J].人民论坛,2011(3):122~123.
    [70]许光.碳税与碳交易在中国环境规制中的比较及运用[J].北方经济,2011(3):3~4.
    [71]高鹏飞,陈文颖.碳税与碳排放[J].清华大学学报(自然科学版),2002(10):1335~1338.
    [72]鲁峰,朱艳娟,刘沈丽,李明.碳税预期对企业的经济影响及其对策问题研究[J].武汉航海,2010(4):29~34.
    [73]朱永彬,刘晓,王铮.碳税政策的减排效果及其对我国经济的影响分析[J].中国软科学,2010(4):1~9.
    [74]胡剑锋,颜扬.碳税政策效应理论研究评述[J].经济理论与经济管理,2011(2):41~49.
    [75]唐建荣,张荣荣.我国发展低碳经济的可能路径[J].科技进步与对策,2010(2):30~32.
    [76]张明喜.我国开征碳税的CGE模拟与碳税法条文设计[J].财贸经济,2010(3):61~66.
    [77]王志文,张方.我国开征碳税的碳减排效果分析[J].沈阳工业大学学报(社会科学版),2012(1):40~44.
    [78]邓琼兰,韩旭生.我国开征碳税研究综述[J].现代经济信息,2011(5):165~166.
    [79]宋东风.我国低碳经济发展现状研究[J].生态经济,2010(9):85~87.
    [80]李宗才.我国低碳经济研究评述[J].学术界,2010(6):215~220.
    [81]庄贵阳.中国经济低碳发展的途径与潜力分析[J].国际技术经济研究,2005,8(3):8~12.
    [82] Christopher Zegras.The costs of transportation in Santiago de Chile analysis and policyimplication [J].Transport Policy,1998(1):9~21.
    [83]付允,马永欢,刘怡君.低碳经济的发展模式研究[J].中国人口资源与环境,2008,18(3):14~19.
    [84] Sebastian Damart.Bernard Roy The use of cost-benefit analysis in public transportationdecision-making in France [J].Transport Policy,2009(2):200~212.
    [85]侯军岐.中国低碳经济的发展模式研究[J].研究,2009(12):36~38.
    [86] Zhang Jie Zhang,ying Xue Wen,Li Zhao yong.The Simulation Modeling for TruckDispatching System in Surface Mine with Object~oriented Method[J]. ComputerEngineering and Applications,2003(29):28~33.
    [87]徐旭.我国低碳经济的发展模式研究[J].先驱论坛,2010,19(2):6~7.
    [88]陶爱祥.低碳经济的发展模式研究成果述评及启示[J].中国.集体经济.经济观察,2010(8):21~21.
    [89] B.A.Kennedy.Surface Mining [M].Little ton.SMME Inc,1990.
    [90] DTI.Energy white paper:our energy future-create a low carbon economy[R].London:TSO,2003.
    [91]付允.低碳经济的发展模式研究[J].中国人口资源与环境,2008,18(3):14–19.
    [92]许广月.中国能源消费、碳排放与经济增长关系研究[D].武汉:华中科技大学,2010.
    [93] John A Mathews. How carbon credits could drive the emergence of renewableenergies[J].Energy Policy,2008(36):3633~3639.
    [94] J Liski,TKarjalainen,A Pussinen,G-J Nabuurs,P Kauppi.Trees as carbon sinks and sourcesin the European Union[J].Environmental Science&Policy,2000(3):91~97.
    [95] Johnston D,Lowe R,Bell M.An Exploration of the Technical Feasibility of AchievingCarbon Emission Reductions in Excess of60%Within the UK Housing Stock by the Year2050[J].Energy Policy,2005(33):1643~1659.
    [96] Treffers T,Faaij APC,Sparkman J,Seebregts A.Exploring the Possibilities for Setting upSustainable Energy Systems for the LongTerm: Two Visions for the Dutch Energy Systemin2050[J].Energy Policy,2005(33):1723~1743.
    [97] Koji Shimada,Yoshitaka Tanaka,Kei Gomi,Yuzuru Matsuoka.Developing a Long-termLocal Society Design Methodology Towards a Low-carbon Economy:An Application toShiga Prefecture in Japan[J].Energy Policy,2007(35):4688~4703.
    [98] Zhong Xiangzhang. Decoupling China’s Carbon Emissions Increase from EconomicGrowth:An Economic Analysis and Policy Implications[J].World Development,2000,(28):739~752.
    [99] Zhong Xiangzhang. Can China afford to commit itself an emissions cap An economic andpolitical analysis[J].Energy Economics,2000(22):587~614.
    [100]Walter V Reid,JoséGoldemberg.Developing countries are combating climate change:Actions in developing countries that slow growth in carbon missions[J].Energy Policy,1998(26):233~237.
    [101]Hu Chuzhi,Huang Xianjin.Characteristics of Carbon Emission in China and Analysis on ItsCause[J].Chn Popu Res Envi,2008(3):38~42.
    [102]Guo Ru,Cao Xiaojing,Yang Xinyu,Li Yankuan,Jiang Dahe,Li Fengting.The strategyof energy-related carbon emission reduction in Shanghai[J].Energy Policy,2010(38):633~638.
    [103]张立卫,夏尊铨.优化中的ABS方法引论[M].大连理工大学出版社,1999.
    [104]何炎祥,陈莘萌.Agent和多Agent系统的设计与应用[M].武汉大学出版社,2001.
    [105]贾利民,刘刚,秦勇.基于智能Agent的动态协作任务求解[M].科学出版社,2007.
    [106]伍尔德里奇.多AGENT系统引论[M].电子工业出版社,2003.
    [107]Annegrete Bruvoll,Bodil Merethe Larsen.Greenhouse gas emissions in Norway:do carbontaxes work [J].Energy Policy,2004(32):493~505.
    [108]Cheng F Lee,Sue J Lin,Charles Lewis,Yih F.Chang.Effects of carbon taxes on differentindustries by fuzzy goal programming:A case study of the etrochemical-related industries,Taiwan [J].Energy Policy,2007(35):4051~4058.
    [109]John A Mathews. How carbon credits could drive the emergence of renewableenergies[J].Energy Policy,2008(36):3633~3639.
    [110]J Liski,TKarjalainen,A Pussinen,G-J Nabuurs,P Kauppi.Trees as carbon sinks and sourcesin the European Union[J].Environmental Science&Policy,2000(3):91~97.
    [111]Johnston D,Lowe R,Bell M.An Exploration of the Technical Feasibility of AchievingCarbon Emission Reductions in Excess of60%Within the UK Housing Stock by the Year2050[J].Energy Policy,2005(33):1643~1659.
    [112]Treffers T,Faaij APC,Sparkman J,Seebregts A.Exploring the Possibilities for Setting upSustainable Energy Systems for the Long Term:Two Visions for the Dutch Energy Systemin2050[J].Energy Policy,2005(33):1723~1743.
    [113]Koji Shimada,Yoshitaka Tanaka,Kei Gomi,Yuzuru Matsuoka.Developing a Long-termLocal Society Design Methodology Towards a Low-carbon Economy:An Application toShiga Prefecture in Japan[J].Energy Policy,2007,(35):4688~4703.
    [114]Zhong Xiangzhang. Decoupling China’s Carbon Emissions Increase from EconomicGrowth:An Economic Analysis and Policy Implications[J].World Development,2000(28):739~752.
    [115]Zhong Xiangzhang.Can China afford to commit itself an emissions cap An economic andpolitical analysis[J].Energy Economics,2000(22):587~614.
    [116]Walter V Reid,JoséGoldemberg.Developing countries are combating climate change:Actions in developing countries that slow growth in carbon emissions[J].Energy Policy,1998(26):233~237.
    [117Guo Ru,Cao Xiaojing,Yang Xinyu,Li Yankuan,Jiang Dahe,Li Fengting.The strategyof energy-related carbon emission reduction in Shanghai[J].Energy Policy,2010(38):633~638.
    [118]Toshihiko Nakata,Alan Lamont.Analysis of the impacts of carbon taxes on energy systemsin Japan[J].Energy Policy,2001(29):159~166.

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