跳态洗煤废水处理及回用技术的研究

比较了几种无机混凝剂对洗煤废水的处理效果,确定了采用CaCl2作为混凝剂,联合有机絮凝剂PAM处理洗煤废水。结果表明:最佳条件如下,400mL水样中10%的CaCl2溶液加入量为6mL,浓度为0.2%的PAM 6mL,分别以120r/min的搅拌速度搅拌,搅拌90s,最后将水样沉淀25min。     

小康矿煤泥水治理方法的研究

本文针对煤泥水难以自然沉降的问题,研究了煤泥水的性质,提出了新的混凝荆ZL—1与PAM联用的治理方法。该方法简单,处理效果好,处理后上清水完全回用于洗煤,实现了洗水闭路循环。     

煤气化是削减重庆SO2污染的重要途径

解决重庆ＳＯ２污染的较好途径是采用德士古煤气化技术，文中对有关煤气化的投资和经济评估进行了探讨。     

热电厂输灰管的不停运清洗

南屯矸石热电厂通过对管道结垢的成分分析,采取添加除垢剂、缓蚀剂、调节酸量,实行不停运酸洗除灰管道实践获得成功。     

用水淬煤渣混合料代替碎石作为集装箱货场硬化面基层的试验研究

本文通过对热电厂的工业废料──水淬煤渣与土、石灰组成混合料的各种物理、力学性能的试验研究，指出用其代替碎石作为集装箱场硬化面基，不仅可以减少工业废料对城市的污染，而且还可以降低工程造价．     

焦化厂全负压净化回收煤气新工艺

通过对焦化厂全负压净化回收煤气新工艺流程的介绍和新、旧回收工艺的比较，总结出全负压净化回收煤气工艺控制污染的特点与效果，焦化全负压回收利用硫化氢生产硫酸，氰化氢生产黄血盐，从生产工艺上消除了ＳＯ２，ＮＯｘ对大气的污染，解决了硫铵生产紧缺的硫酸，实现了焦化厂煤气净化，回收的清洁生产。     

A critical review on lead migration, transformation and emission control in Chinese coal‐fired power plants

Coal is widely utilized as an important energy source, but coal-fired power plant was considered to be an important anthropogenic lead emission source. In the present study, the distribution characteristics of lead in coal and combustion by-products are reviewed. Specifically, lead is mainly transferred to ash particles and the formation and migration mechanisms of particulate lead are summarized. Also, targeted measures are proposed to control the formation of fine particulate lead as well as to increase the removal efficiency during the low-temperature flue gas clean process. In detail, interactions between gaseous lead and some coal-bearing minerals or added adsorbents could obviously suppress the formation of fine particulate lead. On the other hand, some efforts (including promoting capture of fine particles, reducing resistivity of particles and strengthening the gas-liquid contact) could be made to improve the fine particulate lead removal capacity. Notably, the formation mechanism of fine particulate lead is still unclear due to the limitations of research methods. Some differences in the removal principles of fine particles and particulate lead make the lead emission precisely control a great challenge. Finally, the environmental potential risk of lead emission from flue gas and ash residues is addressed and further discussed.     

燃煤烟气脱硫新技术研究

燃煤脱硫采用钠碱吸收与石灰再生在经济上最有优势，但一直停留在理论可行的阶段。对该工艺进行应用性研究，确定了反应条件、脱硫效率、吸收终点和再生效果等。     

矿区(城市)热污染的遥感监测研究

本文着重介绍了利用遥感进行热污染监测的方法,并给合实例加以说明。通过对晋城市热污染的研究,得出了一些有益的结论。     

20t/h煤粉炉除尘系统改造

对大同矿务局中央机厂２０ｔ／ｈ煤粉炉原有除尘系统所存在的问题进行了全面分析，在此基础上，确定了改造方案，进行了改造设计。改造后实际运行情况表明，２０ｔ／ｈ煤粉炉的烟气黑度及烟尘浓度均达到了国家二级标准。