重庆市基于排放绩效的火电行业二氧化硫总量控制研究

本文介绍了排放绩效及排放绩效方法在火电行业二氧化硫总量控制方面的应用，并对重庆市火电机组及其二氧化硫排放状况进行了全面调查，根据重庆市二氧化硫污染防治的需要制定了各时段机组“十一五”期间的排放绩效控制标准，利用排放绩效方法测算了重庆市火电行业二氧化硫总量控制目标，提出了总量配额分配方法。     

基于农地利用的黄土高原碳排放变化及预测研究

基于2000年、2005年、2010年、2015年土地利用遥感监测数据,借助RS和Arc GIS技术,采用直接碳排放测算模型和灰色关联度模型分析了黄土高原地区农用地变化与碳排放的互动关系,并运用灰色GM(1,1)预测模型对2020—2040年农地利用碳排放进行了预测。结果表明:(1)2000—2015年黄土高原地区农地利用总面积呈现下降趋势,15年间农地利用总面积减少了79.11万hm2。(2)黄土高原地区农地利用碳排放总量呈现下降趋势,碳源主要产区为陕西省和甘肃省,碳汇主要产区为青海省。(3)黄土高原农地利用类型变化与农地利用碳排放灰色关联序为耕地草地未利用地水域林地。(4)2020—2040年的农地利用碳排放预测结果分别为312.857万t、308.82万t、304.835万t、300.902万t、297.019万t。     

深圳市南山区碳平衡测算研究

运用《省级温室气体清单编制指南》、《IPCC国家温室气体清单指南》和相关文献推荐方法,利用南山区能源消费数据、工业产品量、废弃物处理量、森林面积和海洋面积等基础数据,对南山区能源利用过程、工业生产过程和产品使用、废弃物处理等3大类碳源温室气体排放量以及区域森林(包括湿地)、城市绿地和海域等3大类碳汇储存量进行了测算,计算表明南山区年碳排放总量达到756.17万t,该测算为南山区未来区域碳减排提供基础数据依据。     

产业结构变化与环境污染排放的动态关系研究——以长江经济带为例

以1992—2017年长江经济带产业结构和环境污染数据为样本,运用VAR模型测算了生态文明战略驱动下产业结构特征变化对环境污染排放的冲击影响。结果表明:①长江经济带第一产业的增长对二氧化硫排放总量和烟(粉)尘排放总量起到负向冲击作用;②第二产业的增长对污水排放总量、二氧化硫排放总量和烟(粉)尘排放总量起到正向冲击作用;③第三产业的增长对烟(粉)尘排放总量具有负向冲击作用;④环境污染的方差分解中,污水排放总量和二氧化硫排放总量的解释度均为20%,烟(粉)尘排放总量的解释度为40%。     

上海市普陀区二氧化硫排放状况分析

为实现上海市政府制定的二氧化硫减排目标,普陀区政府严格落实各项总量控制措施。"十一五"期间,二氧化硫排放从1 867.37 t/a降低到327.90 t/a,二氧化硫减排工作取得明显成效。介绍了上海市普陀区在二氧化硫减排工作中采取的措施,并提出优化产业结构、优化能源结构、加大对大气污染治理设施的监管力度等进一步削减和控制二氧化硫排放的对策。     

西部地区SO_2总量控制方案合理性评估

通过新增工业产值、农用地面积、降雨强度和环保投资4个指标,引入信息熵对各指标进行权重分配,科学界定基尼系数合理性范围,构建了以改良基尼系数为度量标准的二氧化硫总量控制方案分配合理性的评价体系,并将其应用于"十二五"西部地区二氧化硫排放总量控制规划方案合理性评价工作中。研究结果表明,西部地区"十二五"SO2总量控制方案存在不合理,可优先考虑针对环保投资进行调整。     

我国工业行业碳排放与产业升级的关联分析

基于碳排放量基本等式,测算了2001-2010年我国工业各行业的碳排放总量,分析了我国工业行业碳排放的主要特征,并运用灰色关联度方法分析了我国工业行业碳排放量与产业发展之间的关系.研究发现,工业行业产值与碳排放量的变化趋势有较大的趋同性,但不同行业的趋同度存在差异,依据上述研究结果提出了工业行业减少碳排放的政策建议.     

工业行业总产值与工业SO_2排放量的排放强度分析

为了解工业总产值与污染物排放量的关系,明确各工业行业的发展质量,以2005~2014年各行业工业总产值和SO_2排放量为数据源,首次提出污染物排放强度指数IEII,运用数理统计方法进行排放强度的横向SO_2排放强度分析和纵向各行业SO_2排放趋势及高排放行业组成分析。结果表明:表明高SO_2排放强度行业具有高经济总量、高污染物排放总量,高污染物排放强度的特点;工业各行业排放强度趋势分为下降、先降后升和波动三种类型的趋势;高排放强度行业组成较为稳定,主要集中在造纸业、电力热力行业、非金属矿物业等3个行业。SO_2排放强度因各工业行业而异,实施分区域、分行业差别化总量控制要求更为客观有效。     

伊宁市二氧化硫行业、区域分担率分析及对策探讨

总量控制是国家节能减排的主要手段,二氧化硫排放量控制是大气污染物削减的主要控制指标。在污染源普查数据统计分析的基础上,对伊宁市废气中二氧化硫排放按污染源和区域进行分担率研究,掌握并了解产生排放二氧化硫按污染源、区域、行业分布情况,确定伊宁市二氧化硫减排的重点行业和区域,为政府调整产业结构及企业合理布局提供决策依据。     

我国长江流域中三角区域大气污染物排放特征研究

中三角区域已经是我国第四个国家级城市群,也将成为我国经济增长的"第四极"。在经济发展的同时,更需要以节能减排、资源环境等为重点,以实现经济建设与生态文明"双可持续"的协同发展。本文以二氧化硫、氮氧化物、烟(粉)尘为主要大气污染物,对我国中三角区域大气污染物排放进行了详细的分析,并与京津冀、长三角、珠三角、"三区十群"等进行了多方位比较。结果表明,2013年中三角区域二氧化硫排放量为151.7万t,其中工业二氧化硫排放量为140.1万t;氮氧化物排放量为147.2万t,其中工业氮氧化物排放量为93.6万t;烟(粉)尘排放量为81.8万t,其中工业烟(粉)尘排放量为71.4万t。中三角区域二氧化硫、氮氧化物、烟(粉)尘排放量均位于"四极"的第三。中三角区域二氧化硫、氮氧化物、烟(粉)尘单位GDP排放强度分别为25.03t/亿元、24.29 t/亿元、13.50 t/亿元,分别位于"四极"的第一、第二、第二。同时,本文还从经济发展模式、产业结构调整、煤炭消费方式等方面对我国中三角等经济"四极"提出了相关建议。     

吉林市江北化工区环境容量研究

本文通过对吉林市江北化工区内、外的大气污染物SO2排放调查,以及环境空气中SO2浓度调查,并应用多源模型（ISC3）,结合B值削减分配法计算江北化工区环境空气中SO2的环境容量,计算出该区域的剩余环境容量为16732．04t／a。     

新疆重点产业跨越式发展下的生态环境风险监控体系初探

在新疆跨越式发展的新形势下,重点产业开发区域面临的资源环境问题和风险的压力是不容忽视的。但目前,新疆尚未建立起一个完整的生态环境风险监控技术体系,环境风险监控仍处于起步阶段,存在较大缺陷。本文对石油化工、煤电、煤化工各类重点产业进行风险识别,建立了生态环境监控指标体系,构建了生态环境风险监控框架,旨在为新疆重点产业生态风险监控管理平台建设提供思路及理论依据。     

Measurement of market power for the environmentally regulated Korean iron and steel manufacturing industry

For industries in which where market prices of certain inputs are not available, measuring the degree of market power by using the markup over the marginal market cost may be inappropriate. With regard to the Korean iron and steel manufacturing industry, which is subject to environmental regulations, the calculation of the price of abatement capital is hindered by a lack of relevant data. To increase the reliability of market power markups, this paper estimates the restricted cost function in which abatement capital is assumed to be quasi-fixed at an optimal level and the supply relation. The degree of market power for the industry, measured as the ratio of the estimated market power markup to the supply price, was estimated to be 0.54 on average between 1982 and 2001. The results indicate that ignoring environmental regulations can overstate the degree of market power by approximately 12%.     

Environmental Management of Sulfur Trioxide Emission: Impact of SO3 on Human Health

The major contributors to global acidification are sulfur oxides and nitrogen oxides emitted mostly by the burning of fossil fuels. From the scientific point of view, it is necessary to make a clear distinction between sulfur dioxide and sulfur trioxide when referring to sulfur oxides. These two air pollutants have different properties. This paper reports the following aspects: the strong effect of sulfur trioxide on local human health (a case study of asthma in Yokkaichi), the problem of corrosion caused by sulfur trioxide, the difference in analytical methods for determining sulfur dioxide concentrations and sulfur trioxide concentrations, and the difference in removal methods for sulfur dioxide and sulfur trioxide. An important initiative at the third European conference of environment ministers was that the issue of human health related to local air pollution should be given priority over that of global pollution. The declines in the emissions of sulfur dioxide and nitrogen oxides have mainly been effective in reducing acidification due to long-range transport. The reduction in sulfur trioxide may be more effective in improving local human health mentioned in the initiative.     

Evaluation of the First Phase of Sulfur Dioxide and Nitrogen Oxides Provisions of the 1990 Clean Air Act: A Plant-Based Approach

Electric power generating plants that use coal were among the key targets of Title IV of the 1990 Clean Air Act. Under the first phase of the act, 110 coal-fired electric power plants were required to reduce their sulfur dioxide emissions by 1995 and nitrogen oxide emissions by 1996. Phase 2 of the act requires even greater reduction of sulfur dioxide emissions by 2000 and nitrogen oxide emissions by 2008. This study examines whether the 107 targeted plants (three plants went off-line) have achieved the desired sulfur dioxide and nitrogen oxide emission levels. The analysis of sulfur dioxide is based on data from 1990, 1995, and 1999. The findings show that although sulfur oxide increased by 3% from 1995 to 1999, it decreased by 45% over the 1990–1999 period at the firm level for the targeted firms. The findings also indicate that the overall reduction in sulfur dioxide was achieved by utilizing low sulfur coal and by purchasing emission allowances. So far as nitrogen oxides are concerned, there has been a reduction of 14% over the 1990–1999 period, of which 7% was achieved during the 1995–1999 period. An evaluation of emissions at the plant level indicates that several plants do not meet the emissions level for sulfur dioxide or nitrogen oxides. These results provide a mixed scorecard for reduction in emissions both for sulfur dioxide and nitrogen oxides. Even though there is reduction in the emissions on an overall basis at the firm level, several plants that have not been able to reduce emissions deserve special attention to meet the goals of the act in reducing emissions.     

开发云南省生物资源产业的可持续发展研究

本文论述了云南省生物资源开发产业的现状,重点探讨了生物资源开发利用中存在的主要问题,指出了今后云南开发生物资源产业应从云南实际出发,走开发利用与保护并举的可持续发展道路,并提出了相应的对策     

The shadow price of substitutable sulfur in the US electric power plant: a distance function approach

Given restrictions on sulfur dioxide emissions, a feasible long-run response could involve either an investment in improving boiler fuel-efficiency or a shift to a production process that is effective in removing sulfur dioxide. To allow for the possibility of substitution between sulfur and productive capital, we measure the shadow price of sulfur dioxide as the opportunity cost of lowering sulfur emissions in terms of forgone capital. The input distance function is estimated with data from 51 coal-fired US power units operating between 1977 and 1986. The indirect Morishima elasticities of substitution indicate that the substitutability of capital for sulfur is relatively high. The overall weighted average estimate of the shadow price of sulfur is -0.076 dollars per pound in constant 1976 dollars.     

Urban air pollution and atmospheric diffusion research in China

Air pollution has become a serious problem in China as a result of that country's efforts in the last 30 years to become a great industrial power. The burning of coal, which currently provides over 70% of all China's energy needs, is a major source of air pollution. Because Chinese coal is high in sulfur and ash content and because most combustion devices in China have low efficiencies, SO₂ and particulate emissions are a serious problem and are comparable to or exceed those found in many countries that are much more industrialized. Although most coal is burned in North China, acid precipitation is most severe in South China because of the lack of buffering loess dust found in the former region.The Chinese government has already taken major steps to mitigate air pollution, such as relocating polluting industries, supplying coal with lower sulfur content, using gas instead of coal for residential heating, and levying fines on industries that exceed pollution standards. Atmospheric environmental impact assessment (AEIA) is also required for all major new projects. This article describes three types of mathematical diffusion models and field and wind-tunnel experiments that are used in such assessments.The Chinese authorities believe that a range of technological, managerial, locational, and behavioral changes must be effected before the air of Chinese cities can be significantly improved.     

基于产业链分析的长三角地区CO2与大气污染物排放研究

长三角地区作为我国大气污染较为严重区域之一,如何在保持经济增长的同时减少CO₂与大气污染物的排放已成为一个重要挑战。本研究基于2007年与2012年长三角区域间投入产出表,定量分析了长三角地区省市间贸易引致的二氧化碳和大气污染物排放转移特征和变化趋势。同时,运用产业关联系数法,从前向关联与后向关联双重视角分析了长三角地区减缓CO₂和大气污染物排放的关键行业。研究结果表明,长三角的SO₂、PM_2.5排放总量表现为消费端大于生产端,CO₂、NO_x排放总量表现为生产端大于消费端。安徽省总体呈现为长三角地区贸易的SO₂、NO_x与PM_2.5排放净调出地,而上海与浙江表现为多数污染物排放净调入地。CO₂与大气污染物协同前向减排的关键行业为江苏省、浙江省和安徽省的电力、热力的生产和供应业,安徽省的煤炭开采和洗选业等,可以通过生产端技术革新和能源结构优化来促进减排;CO₂与大气污染物后向协同减排的关键行业为江苏省、浙江省和安徽省的建筑业等,对于这些行业,调整消费结构是有效的减排措施。为更好地制定长三角地区减排与污染防治政策,应当综合考虑行业减排、协同减排等,以确保经济持续增长的同时达到减排目标。