油田企业节能评价指标体系设计与应用

以发展循环经济,建设资源节约型和环境友好型企业为导向,构建油田企业节能评价指标体系,包括能源技术效率、能源经济效率和能源社会效率等三类指标。分别运用主成分价值函数法、均权TOPSIS方法对这三类指标进行评价,并运用欧氏距离价值函数法进行综合评价。实例表明,该方法客观、有效,为油田企业节能决策提供了科学依据。     

结构异质性对中国能源高质量发展的影响研究

基于结构异质性对能源高质量发展影响的理论分析,使用稀疏主成分分析方法测度中国能源高质量发展水平,构建中国和八大经济区域面板分位数回归模型,实证研究了结构异质性对中国能源高质量发展的影响。结果表明：2003—2020年中国能源高质量发展水平有所提升,但仍存在明显的区域发展不平衡问题,西部地区和北部沿海地区的能源高质量发展水平更高。产业结构与能源高质量发展水平呈负相关关系,能源消费结构、资本配置结构与能源高质量发展水平呈正相关关系。     

农田水利设施建设制度的变迁与匹配性分析——以中国封建时期农田水利设施建设与治理为例

农田水利设施建设的成功取决于有效的制度保障,而有效的制度安排则取决于"基础设施属性—参与者特质—制度环境"三个要素之间的匹配,中国古代农田水利设施的发展历程便证明如此。对于中国新时期的农田水利设施建设,本文提出相应的制度安排,即大型灌区灌溉设施的集权型制度、小型灌溉设施的农民自治制度以及类经济自立型排灌区的混合型制度安排。     

能源税制的国际比较及启示

介绍、比较了世界各国对能源课税,保护环境、节约能源的情况,分析了近年来发达国家能源税制改革的新趋势。指出随着我国能源消费的剧增和对进口能源的依赖加重,节能和环保方面的税收政策应受到普遍重视,应借鉴国外经验,完善我国的能源税制。     

能源新论——兼论树立科学的能源观

能源在人类社会中是一个历史范畴,不同文明时期的主导能源之间有着深刻的历史联系。工业社会的主导能源本质上是化学能源,这决定了它的局限性。面对工业能源危机,人类必须开拓出比化学能源更深层次的新能源,这就是物理能源。物理能源的开发利用及其向主导能源的转化,是今日经济社会发展的必然趋势。     

资源型地区产业结构升级优化的制度创新——以延安市为例

市场力量主导的诱致性产业结构和诱致性制度变迁有可能因市场的自发性而使一个社会的经济脱离发展轨道,而政府力量主导的强制性制度变迁,有可能因其设计出来的制度不符合产业发展的规律,而使一个经济社会形成唯政府意志的产业结构。而将两种制度变迁相互间有机地结合起来,以自然演化(市场原则)的产业结构为基础,并配合政府遵从自然演化原则科学设计出的产业结构有可能达到产业结构的合理性标准。延安的能源化工产业在其产业结构中占有重要的地位,但目前产业集群尚未形成,三次产业结构也不尽合理,为此,要通过制度创新来推动产业结构的升级和优化。     

Carbon Taxes and Joint Implementation. An Applied General Equilibrium Analysis for Germany and India

Germany has committed itself toreducing its carbon emissions by 25 percent in2005 as compared to 1990 emission levels. Toachieve this goal, the government has recentlylaunched an environmental tax reform whichentails a continuous increase in energy taxesin conjunction with a revenue-neutral cut innon-wage labor costs. This policy is supposedto yield a double dividend, reducing both, theproblem of global warming and high unemploymentrates. In addition to domestic actions,international treaties on climate protectionallow for the supplementary use of flexibleinstruments to exploit cheaper emissionreduction possibilities elsewhere. One concreteoption for Germany would be to enter jointimplementation (JI) with developing countriessuch as India where Germany pays emissionreduction abroad rather than meeting itsreduction target solely by domestic action. Inthis paper, we investigate whether anenvironmental tax reform cum JI providesemployment and overall efficiency gains ascompared to an environmental tax reformstand-alone. We address this question in theframework of a large-scale general equilibriummodel for Germany and India where Germany mayundertake JI with the Indian electricitysector. Our main finding is that JI offsetslargely the adverse effects of carbon emissionconstraints on the German economy. JIsignificantly lowers the level of carbon taxesand thus reduces the total costs of abatementas well as negative effects on labor demand. Inaddition, JI triggers direct investment demandfor energy efficient power plants produced inGermany. This provides positive employmenteffects and additional income for Germany. ForIndia, joint implementation equips itselectricity industry with scarce capital goodsleading to a more efficient power productionwith lower electricity prices for the economyand substantial welfare gains.     

Open access,common property and scarcity rent in fisheries

Open access resources are frequently not managed efficiently, resulting in falling stock levels and a declining income for fishermen. In the late 1970's, the policy response to this problem was the implementation of 200-mile fishing zones, which enabled the European Union to formulate and implement the Common Fisheries Policy, aimed at (among other things) conservation and distribution of available stocks. In Germany, this shift from an open access regime towards a common property regime had favourable outcomes. The trend of falling prices was reversed. The conclusion was that intertemporal efficiency had increased as a result of (inter)governmental policy. Apparently, a wedge was formed between price and marginal harvesting costs, implying that scarcity rent had returned as a component of prices.     

Structural Decomposition Analysis of Physical Flows in the Economy

Many environmental problems can be attributedto the extraction and emissions of physicalsubstances. Increasing our understanding of theeconomic and technological driving forcesbehind these physical flows can contribute tosolving the environmental problems related tothem. The input-output framework is a usefulsetting in which to integrate detailedinformation about economic structure andphysical flows. In this article a specificmethod in input-output analysis is reviewed,namely Structural Decomposition Analysis (SDA).It is based on comparative static analysis,which decomposes historical changes of a policyvariable into determinant effects. SDA has beenapplied, for example, to analyze the demand andtechnological driving forces of energy use,CO₂-emissions and various other pollutantsand resources. This article examines thetheoretical aspects of structuraldecomposition, in particular those concerningphysical flows and environmental issues.Furthermore, the article includes an extensivesurvey of empirical studies.     

我国生物能源产业的发展前景与对策

生物能源产业是一个正在兴起并富有巨大前途的新型产业。发展生物能源产业有利于解决能源危机，有利于环境保护，有利于促进农村经济的发展。与国外相比，我国生物能源产业的发展还相对比较落后，为加快我国生物能源产业的发展，应尽快制定生物能源产业发展的产业政策，加大对生物质能产业的扶持力度，加强生物质能开发研究。