| 1. | Selection of tubing material is dictated to a large degree by the aggressiveness of the stack gases .
管材的选择主要取决于烟气的腐蚀性程度。 |
| 2. | Methods for determination of mercury in stack gas
烟道气体中汞含量的测定方法 |
| 3. | Technical conditions of sampler for stack gas
烟气采样器技术条件 |
| 4. | Test methods for sampling and determination of particulate matter in stack gases
烟道气中微型颗粒的抽样和定义的试验方法 |
| 5. | Dust content in stack gas
废气含尘浓度 |
| 6. | Adsorption of stack gas odor and sulphihide , removing of mercury steam , reducing the generation of dioxin
烟道气的臭气吸附、硫化物吸附，汞蒸气的去除，降低戴奥辛的生成。 |
| 7. | Standard test method for sampling and determining particulate matter in stack gases using an in - stack , inertial microbalance
利用惯性微量天平在烟囱内取样并测定烟气中颗粒物质的标准试验方法 |
| 8. | This paper comprehensively comments the stack gas desulfurizer of the p resent mid and mini - type boiler at home , comments the lectotype attention items of stack gas desulfurizer when boilers are being designed and renovated , introduc e s a kind of new type desulfurized products - desulfurized stack , provides perfect products for the existing boiler ' s desulferized renovation
该文对国内现有的中小型工业锅炉的烟气脱硫器进行了综合述评，论述了在锅炉房设计和改造时烟气脱硫器的选型注意事项，同时介绍了一种新型烟气脱硫产品- -脱硫烟筒，为现有锅炉房的脱硫改造提供了适用产品。 |
| 9. | An integrated process of wastewater treatment and utilization is presented . the process is made up of heating the soft water of room temperature by high temperature printing and dyeing wastewater via heat exchangers , reusing the low level base decrement wastewater of water washing for dust control and desulphurizing of stack gas and anaeration - aeration biological treatment of printing and dyeing wastewater . this process has fair economical benefit on the principle of so called waste control by waste itself . this might be an ideal process for printing and dyeing wastewater treatment and disposal , the effluent of this process is quite enough to meet the requirement of urban sewer collector . additionally also many advantages are attractive such as the complete return of biological sludge to digestion , no chemicals dosage and free of secondary pollution
介绍了高温印染废水通过热交换加热常温软水、低浓度碱减量水洗废水用于烟道气除尘脱硫、厌氧-好氧处理一般印染废水等印染废水综合处理技术，该技术具有较好的经济效益，达到了以废治废的目的，生物污泥全部回流硝化，不加任何药剂，无二次污染，处理后水质达到城市截污管网标准要求，是一种较为理想的印染废水处理工艺。 |
