水泥工业污染防治最佳可行技术的评价

概述了我国水泥工业新型干法生产和节能减排技术现况,提出目前水泥工业使用的主要除尘技术正由电除尘向袋除尘发展,节能技术需在实践中不断调整运行参数才能与除尘、生产设备达到合理匹配。对国内外各行业污染防治最佳可行技术路线进行了比较,结合水泥行业现状提出了制定污染防治最佳可行技术评价方法的技术路线和评价方案。     

我国袋式除尘行业2009年发展综述

综述了2009年我国袋式除尘行业的发展概况;分析了袋式除尘技术在水泥、钢铁与有色冶金、电力、垃圾焚烧等行业的开发应用情况,针对袋式除尘行业在发展过程中存在的主要问题提出了对策和建议,并对行业的发展趋势进行了展望。     

除尘技术在水泥行业的应用

通过对电除尘、袋式除尘技术在水泥行业的应用实例,比较了两种除尘技术的运行情况、经济成本及环境效益,分析了达到"超低排放"的可行性,为其他行业选择除尘技术提供了借鉴。     

我国袋式除尘行业2008年发展综述

综述了2008年我国袋式除尘行业的发展概况；分析了袋式除尘技术在水泥、钢铁与有色冶金、电力、垃圾焚烧等行业的开发应用情况；针对袋式除尘行业在发展过程中存在的主要问题提出了对策建议，并对行业的发展趋势进行了展望。     

芳纶滤袋在水泥窑袋式除尘器中的应用

窑头除尘器"电改袋"正随着环保要求的提高而加速改造,选择合适的滤料将会带来多方面的效益。通过分析芳纶滤袋在四川某4600t/d水泥熟料生产线窑头袋式除尘器上的使用情况,阐明芳纶滤袋完全胜任当前水泥行业窑头的除尘,保证了低阻、低排放、长寿命的优异性能。     

低压脉冲除尘器(长袋式)在水泥机立窑除尘中的应用

介绍了长袋低压脉冲袋式除尘器的工作原理，比较客观详实的分析了在实际除尘过程中的前景及应用除尘效果。实践证明，袋式除尘器在水泥机立窑烟气除尘中适应性强，除尘效率可达99％以上，经济效益显著，是一种较理想的除尘设备．尤其适合在水泥行业中的应用。     

我国袋式除尘技术的进步与发展

综述了我国袋式除尘技术的发展概况,重点分析了袋式除尘技术在水泥、钢铁、电力等行业的应用情况,详细介绍了袋式除尘器的专用纤维和滤料,以及袋式除尘器的配件等。     

四川省水泥行业除尘现状及对策

水泥工业是国民经济发展的重要基础材料行业,同时也是高污染行业,尤其是生产过程中的粉尘排放较为严重。四川作为水泥工业大省,粉尘治理工作任重而道远。对四川省水泥行业除尘现状及近三年水泥行业粉尘排放浓度变化情况进行了分析,提出粉尘治理存在的问题及不足,针对四川省的具体情况提出了一些建议和措施。     

锅炉除尘水循环利用综述

根据该矿的实际情况，针对锅炉湿式麻石除尘水进行了循环利用改造，实现了锅炉除尘水零排放的全封闭循环系统，经过两年的运行，设施匹配，运行良好，实现了三个效益的统一。     

我国袋式除尘技术近十年的发展综述

综述了近十年来我国袋式除尘技术的发展状况,论述并分析了目前国内燃煤锅炉、水泥、钢铁以及垃圾焚烧等重点行业应用的袋式除尘器的技术要点以及使用效果。     

张店区水泥行业发展策略

调查发现，张店区水泥行业整体经营粗放，资源、能源消耗高，综合利用水平低，生产能力落后，其生产对环境造成了严重的粉尘、废气和噪声污染。基于此基本情况，根据水泥行业产业政策，建议张店区水泥行业进行工艺创新、材料创新，完善水泥产业链，环保部门要加大监察力度。     

浅析宁夏水泥行业清洁生产水平现状及对策

水泥行业是宁夏自治区重要的经济支柱之一,同时也是一个污染极严重的产业,给当地环境质量带来了严重影响。通过对宁夏自治区内部分水泥企业进行清洁生产水平调研,从企业的生产规模、生产装备及资源能源利用情况等方面,与《清洁生产标准水泥工业》（HJ/T467-2009）进行对比分析,总结了区内水泥行业清洁水平存在的共性问题,并依此提出了相应的对策建议。     

水泥回转窑烟气治理探讨

介绍了国家对水泥产业的政策和水泥回转窑含尘气体排放标准，分析了水泥回转窑收尘研究的进展情况及收尘效果，对电收尘器及袋收尘器的收尘效果作了比较，并提出了废旧滤袋二次污染问题。     

CO2 emissions from Polish cement industry

The cement industry is one of the most significant sources of anthropogenic emissions of CO₂. It is connected with the specific character of the production processes, during which great quantities of CO₂ are produced. Basic actions to reduce CO₂ emissions recommended by the European Union's, Reference Document on Best Available Techniques in the Cement and Lime Manufacturing Industries, include: reduction of fuel consumption, selection of raw materials with low content of organic compounds and fuels with low coal contribution to heating value. All actions connected with the improvement of energy conversion efficiency of the cement production process cause CO₂ emissions reduction. The use of at most acceptable by the valid standards amounts of waste as raw materials and additives for cement production, also brings about the reduction of significant part of CO₂ emissions. These measures have been and continue to be pursued by the cement factories in Poland. This article describes the evolution of the cement industry in Poland over the period 1998–2008 and the resulting changes in CO₂ emissions and explores the drivers for these changes. The sources of CO₂ emissions in cement industry have been presented in this article as well as a discussion of potential ways to reduce Polish cement industry emissions even further.     

四川省新型干法水泥行业发展概况及其环境问题分析

本文简述了四川省“十一五”期间新型干法水泥工业发展概况和取得的环境效益,分析了新型干法水泥工业发展中面临的环境问题,提出利用新型干法水泥回转窑处理有机废物和危险废物是今后水泥行业可持续发展的一个重要方向。     

Strategies for meeting Tanzania's future cement needs

This paper discusses the options for the development of Tanzania's cement industry to meet the country's growing cement needs. It evaluates possible options and supports the use of dispersed small-scale vertical kiln plants to increase the capacity for Portland cement production. It also encourages the use of alternative cementitious materials in the many applications where this is possible.     

Planning limestone resources for the Indian steel industry

Most of the two billion tonnes of limestone consumed annually is used either as the basic raw material in the manufacture of cement or as flux input in the metallurgical industries. Of the total flux, 90% is used by the steel industry. The cement industry needs limestone in a finely pulverized form, whereas the steel industry uses it in lump form, with the lumps not less than 12 mm in size. The exploitation of limestone as flux for the steel industry must be scientifically planned. This article covers the methodology of planning, incorporating the study of the detailed status of the resource inventory, demand for limestone, exploration of new deposits, and calculating and manipulating the costs of production, transport and development of each project to match the demand pattern of steel plants. A computer was used for the optimization of supplies and their selection on planning horizons.     

Application of a system dynamics approach for assessment and mitigation of CO2 emissions from the cement industry

A system dynamics model based on the dynamic interactions among a number of system components is developed to estimate CO(2) emissions from the cement industry in India. The CO(2) emissions are projected to reach 396.89 million tonnes by the year 2020 if the existing cement making technological options are followed. Policy options of population growth stabilisation, energy conservation and structural management in cement manufacturing processes are incorporated for developing the CO(2) mitigation scenarios. A 42% reduction in the CO(2) emissions can be achieved in the year 2020 based on an integrated mitigation scenario. Indirect CO(2) emissions from the transport of raw materials to the cement plants and finished product to market are also estimated.