湿式除尘脱硫净化系统的技术改进

对湿式除尘系统二氧化硫脱除效率低及除尘器后排烟带水结露的原因进行了分析，优化选择湿式除尘系统，该系统可以提高二氧化硫的脱除效率，避免排烟带水结露。     

火电厂SO2达标验收评价报告编写内容方法探讨

对火电厂SO2排放量计算规范及排放标准制定原则进行学习研究，总结火电厂SO2达标验收评价报告编写内容，方法、深度及评价模式和参数选取依据，供环境管理和环境评价人员参考。     

一种新型烟气除尘脱硫脱氮一体化装置

提出了一种新型高效烟气除尘脱硫脱氮一体化装置,该装置将三种先进的技术有机结合,取得了相得益彰的效果:采用独特溢流装置的自激式除尘器进行除尘和脱硫脱氮,采用球面筛板塔进行二次除尘和脱硫脱氮,采用结构新颖的汽水分离器进行进一步除尘和脱硫脱氮。该装置不仅实现烟气的高效脱硫脱氮,而且可实现有用细微粉尘即稀有金属的回收。此类装置还可应用于矿山、化工和建材等领域中的湿法除尘。     

旋流冲击湿式脱硫除尘器在燃煤锅炉中的应用

本文结合旋流冲击脱硫除尘技术在淄博矿务局的应用，阐述了工作原理，工艺设计，运行结果和技术特点。     

Dimethyl phthalate biodegradation by Dunaliella tertiolecta

Dunaliella tertiolecta has an ability to biodegrade dimethyl phthalate(DMP) was found in this study, and the average of the biodegradation rates were 11.3 mg/(L·d) and 30.5 mg/(L·d), and the average of the phthalic acid (PA) production rates were 1.5 mg/(L·d) and 3.6 mg/(L·d), for initial 100 mg/L and 300 mg/L DMP, respectively. The larger amount of accumulation by D. tertiolecta under higher DMP concentration may be responsible for the increase of biodegradation rate, and one of products of DMP biodegradation by D. tertiolecta may be PA. By fitting the process of DMP biodegradation by D. tertiolecta with a kinetic equation newly suggested, the standard deviations between calculated and observed values were 2.5 mg/L and 5.7 mg/L, respectively.     

Level of coordinated development in economy and environment

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Heavy metal adsorption on the Le An River sediment —The adsorption model

In this study,the surface properties and adsorption properties of the Le An River sediment were modelled via surface complexation approach.The model parameters were determined based on the data of our potentiometric titration experiments and the metal adsorption experiments with the Le An River sediment samples.Consequently,the surface complexation models for the natural sediment,in our case the Le An River sediments,which can interpret the experimental data very well were successfully established.Three typical surface complexation models that is the constant capacitance model,the diffuse layer model and the triple layer model,were considered in this research.This work indicated that the consistency and the interdependency among model parameters together with the selection of the surface adsorbed species should be emphasized.     

一种适合我国国情的燃煤烟气脱硫技术

对荷电干式吸收剂喷射系统的工作原理，各单元的工作过程，应用时的技术条件与技术参数以及应用结果等进行了较详细的介绍，并与目前较流行的湿法，半干法脱硫技术在投资、脱硫效果，建设周期及占地面积等方面进行了比较，说明该系统是一种极为适合我国国情的先进的脱硫技术 。     

烟气除尘脱硫设备耐腐蚀材料耐蚀性的模拟实验研究

在模拟烟气除尘脱硫的实验条件下，对耐腐蚀材料及涂料进行耐蚀性实验，结果表明：陶瓷，生漆，铝合金３种材料耐蚀性相对较强，缺蹼为：陶瓷强度差；生漆粘结力弱；铝合金在碱性条件下耐蚀程度较差。