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<正>本刊讯近两年来,成都建筑材料工业设计研究院有限公司水泥窑协同处置废弃物技术相继在武安新清成水泥窑协同处置城乡生活垃圾项目、河北承大水泥窑协同处置生活垃圾项目、武安新峰水泥窑协同处置危废项目等10余条生产线中得到了推广应用,这标志着该技术进入成熟期。成都院水泥窑协同处置废弃物技术包括城乡生活垃圾预处理技术、水泥窑(窑头/窑尾)协同处置技术以及核心装置"SPF多相态废弃物焚烧 相似文献
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<正>本刊讯2月10日,华新长山口生活垃圾生态处理项目在武汉江夏正式动工。据悉,该项目采用适合我国国情的华新水泥窑协同处置生活垃圾HWT技术。水泥窑协同处置生活垃圾HWT技术是国际首例生活垃圾的完全彻底处理协同水泥窑生产过程的集成系统,包括生活垃圾的生态预处理和预处理后的产物利用水泥窑协同处置。HWT技术处理生活垃圾处置过程中不产生废气、废渣和废液。HWT技术处置利用水泥窑处置固废时的二噁英排放在水泥煅烧过程中没有增加且远低于国家 相似文献
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水泥窑协同处置技术具有无害化处置彻底、热稳定好、资源化利用程度高、处理规模大等独特优势,近年来在污染土壤修复项目中使用越来越多。本文详细描述了水泥窑协同处置污染土壤过程及存在的问题,并提出建议。 相似文献
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项目利用200 t/d炉排炉和5 000 t/d新型干法水泥熟料生产线协同处置天等县200 t/d城乡生活垃圾。介绍了水泥窑协同处置生活垃圾技术工艺流程及技术特点,广西天等水泥窑协同处置生活垃圾项目相关情况、设计特点及运行效果,其中水泥线产量及热耗,以及窑尾二恶英、酸性气体及重金属等污染物排放指标都符合相关设计标准。 相似文献
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乙烯酮(双乙烯酮)是十分重要的化工中间体,其下游产品较多。江苏某化工厂开发生产乙烯酮(双乙烯酮)下游产品三十多个,年生产规模三万多吨,是国内以乙烯酮(双乙烯酮)为中间体生产精细化学品的综合骨干企业。针对乙烯酮(双乙烯酮)下游产品废水特点,该厂结合企业实际,开展了产品优化,结构调整,清洁生产,资源循环利用,节水降耗等工作,从源头削减了污染物的生产。同时投资二千多万元新建预处理装置三套,6000m3/d废水生化处理装置一套,使全厂乙烯酮(双乙烯酮)下游产品的废水得到了有效的治理。 相似文献
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D. G. Gordeev L. F. Gudarenko M. V. Zhernokletov V. G. Kudel’kin M. A. Mochalov 《Combustion, Explosion, and Shock Waves》2008,44(2):177-189
A semi-empirical equation of state for metals is described. Its capabilities are demonstrated by the example of the equation
of state for aluminum. New experimental data are presented on the location of the isentrope of aluminum for unloading from
the state at p = 229.71 GPa on the shock adiabat to an aerogel (SiO2) of density 0.08 g/cm3.
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Translated from Fizika Goreniya i Vzryva, Vol. 44, No. 2, pp. 61–75, March–April, 2008. 相似文献
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Jorge Marcelo Romero Soledad Bustillo Hugo Enrique Ramirez Maisuls Nelly Lidia Jorge Manuel Eduardo Gómez Vara Eduardo Alberto Castro Alicia H. Jubert 《International journal of molecular sciences》2007,8(7):688-694
A thermochemical rather simple experimental technique is applied to determine the enthalpy of formation of Diperoxide of ciclohexanone. The study is complemented with suitable theoretical calculations at the semiempirical and ab initio levels. A particular satisfactory agreement between both ways is found for the ab initio calculation at the 6–311G basis This set level. Some possible extensions of the present procedure are pointed out. 相似文献
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A perturbation viscometer is a differential capillary viscometer that measures the logarithmic viscosity gradient of the viscosity-composition curve for gas mixtures. Measurements are made at different gas mixture compositions. Integration of the logarithmic viscosity gradients measured over the full composition range gives the mixture viscosity relative to the viscosity of one of the pure components of the gas mixture. This method is attractive because, for measurements of equal precision, integration of the gradients is potentially an order of magnitude more precise than measurement of the viscosities directly. It can also work at high and low temperatures and perhaps high pressures.The perturbation viscometer has been used to make measurements on ideal gas mixtures at ambient and elevated temperatures. The situation is more complicated when the gas mixtures are non-ideal. Extra effects due to density differences, molar volume change on mixing and differential thermal expansion may be measured in addition to the desired viscosity change producing systematic errors in the results. Thus, a more sophisticated apparatus is required. The standard perturbation viscometer has been modified to separate out the extra effects to permit measurement of the true change in viscosity. In addition, the theoretical operation of the modified apparatus has been revised to account for the design changes to permit calculation of the viscosity-composition profiles from the results.The apparatus has been tested using helium-HFC-125 mixtures and two new viscosity-composition profiles are presented for these mixtures at 23 and . Internal consistency tests have been used to confirm that the data produced are of high quality with an estimated uncertainty in the viscosity ratio data at of 0.9% and at of 1.5%. 相似文献
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塔设备改造选型的分析 总被引:2,自引:0,他引:2
就当前扩产增容中塔设备设计和改造时板式塔和填料塔的选型问题加以分析。在评述目前国内常用的几种塔板和新型填料之后,着重介绍一种新型塔板(导向梯形浮阀塔板)和一种新型填料(波环填料——乾隆帕克)。 相似文献