烟气二氧化碳捕集技术（PCC）工作原理，就是让电厂排放出来的气体通过可以吸收二氧化碳气体的化学物质，对烟气中二氧化碳进行捕获。
PCC technology feeds gases from power stations through an absorbent solution that contains a chemical to capture carbon dioxide.
针对目前锅炉内烟气侧换热效率低的问题，基于气体传热原理的分析，开发了一类气侧传热强化器。
Based on the gas heat transfer theory, a kind of gas heat transfer strengthener is developed to solve the low efficiency of the boiler heat transfer on the gas side.
森林火灾烟气是一种包含固体颗粒、液体和气体化合物的复杂混合物。
Forest fire smoke is a complex mixture of particles, liquids and gaseous compounds.
利用氨水喷淋脱除燃煤烟气中的CO 2温室气体是一种新的CO2捕集方法。
The removal of CO2 greenhouse gas from coal-fired flue gas by spraying ammonia water is a new kind of CO2 trapping method.
分析了煤气化和燃烧过程的气体产物中汞形态转化的条件，以及烟气中硫和氯元素对汞排放的影响。
Conditions of mercury speciation transformation and effects of sulfur and chlorine on mercury emission were analyzed for gas products derived from coal gasification and combustion processes.
烹调油烟气含有200多种有害气体。
在一维炉上对煤粉再燃过程中烟气内主要气体体积分数随再燃区初始氧体积分数的变化规律进行了研究。
The variations of main gas volume fractions with initial oxygen volume fraction during pulverized coal reburning were investigated using a one-dimensional flame furnace.
紫外吸收光谱法是利用不同气体在紫外波段对光具有选择吸收的特性来测量排放烟气中的气体成分和浓度。
UV absorption spectrometry is a method for measuring the gas component and its concentration by the characteristic of selective absorption for light in the UV-VIS region.
阐述了烟气气体常数的确定及与烟尘监测质量的关系。
Description of ascertaining flue gas constant and its relation to monitoring quality were presented.
在气体污染防治方面主要为：室内空气污染、烟气脱硫、汽车尾气处理。
The field of air pollution control includes indoor air purification, fumes desulfurization and control of automobile tail gas.
火灾烟气中气体和烟雾浓度测量对火灾研究有着重要意义。
Sensitive detection and measurement of evolved gas and smoke are always the important demand in fire research.
差分光学吸收光谱法(DOAS)应用于固定污染源烟气排放监测时，烟气中污染气体so2浓度较高将产生非线性吸收问题。
Nonlinear absorption occurs when the differential optical absorption spectroscopy (DOAS) is used to monitor the flue gas with high SO2 concentration from fixed pollution source.
结果表明：适当降低流过蓄热体的气体流速，缩短四通换向阀的切换时间，可降低烟气的出口温度，提高系统的余热回收率。
Result shows that decreasing fluid rate and shortening switching time can decrease the temperature of the exhaust gas and increase the recovery rate of waste heat.
从烟气中得到有益的工业原料，降低温室气体的排放，减少大气污染。
Beneficial industrial raw materials are obtained from the smoke gas, and the discharge of greenhouse gases and air pollution is reduced.
二氧化硫和氮氧化物是烟气的主要气体排放物。
Sulfur dioxide and nitrogen oxides are the main gas emissions of the smoke and waste gas.
以烟煤为原料，采用气体活化法制备煤质活性炭，并将其用于烟气脱硫。
The activated carbon for flue gas desulfurization was prepared from bituminous coal by gas activation process.
⑤特殊的气体均布装置，保证烟气和氨气均匀混合与分布；
Uniform gas special device to ensure uniform mixing of flue gas and ammonia and distribution;
作为大气污染气体的主要来源之一的固定污染源的烟气排放就成为监测和控制的重点。
As the main source of air pollution, flue gas emissions have become the focus of the monitoring and control.
火场氧浓度降低、大量烟气遮挡视线和吸入毒性气体是造成火灾中人员无法逃生而窒息死亡的三大主要因素。
Reducing of oxygen concentration, smoke that obscured vision and toxic gas inhalation are three major factors that cause people in fire unable to escape and result in the suffocation deaths.
研究结果表明，加热炉运行全过程中可燃气体含量较少且远低于烟气混合物爆炸极限，不存在爆炸危险；
The result shows that the content of combustible gas is far lower than the lower explosive limits and there is no the explosion danger in heating furnace.
本文介绍一种用CO_2红外气体分析仪测定室内火灾烟气-空气分界面位置的方法。
This paper describes a method for determining smoke-air interface position by CO2 infrared analyzer.
本实用新型的有益效果：将回收的烟气与空气进行交换，生成甲烷、乙烯等可燃性气体。
The flue gas conversion device has the beneficial effect of carrying out exchanging on the recovered flue gas and the air so as to generate combustible gases such as methane, ethane and the like.
在一维炉上对煤粉再燃过程中烟气内主要气体体积分数随再燃区初始氧体积分数的变化规律进行了研究。
The numerical simulation and experimental study on the rule of the NOx reduction in the micronized coal reburning has been done.
本文实验研究了氧化铁浆液在酸性环境下脱除烟气中的二氧化硫气体。
The desulfuration characteristics of the Fe2O3-Water Slurry in the acid ambient were investigated in the paper.
使用喷雾干燥法对垃圾与煤混烧烟气进行净化试验研究，结果表明：酸性气体的净化效率随着化学计量比的增加而提高；
Results show that as follows:(1) the purification efficiency of acidic gases has been enhanced along with increasing the stochiometric ratio;
使用喷雾干燥法对垃圾与煤混烧烟气进行净化试验研究，结果表明：酸性气体的净化效率随着化学计量比的增加而提高；
Results show that as follows:(1) the purification efficiency of acidic gases has been enhanced along with increasing the stochiometric ratio;
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