这套设备利用了水泥窑在生产时排放出的废气中的热量，通过热交换的原理，既晾干了水泥熟料，又加热了锅炉里的水，从而形成水蒸气，最后推动涡轮转动发电。
The system USES the heat from waste gases produced in the kiln during the cement-making process both to dry the cement and to heat water in a boiler that drives a turbine to produce electricity.
这样的系统能持续从室外引入新鲜空气更新室内空气，并且用排出的废气的热量加热引入的空气。
Such a system constantly refreshes your house with fresh air from outdoors but cleverly heats the incoming air with the warm, stale air that's being vented out.
这样，可以使电厂产生的废气在排放前通过胺液，分离出其中的二氧化碳；之后在适当的地方加热胺液就可以释放二氧化碳。
Power-station exhaust can thus be purged of its CO2 by running it through an amine bath before it is vented, and the amine can be warmed to release the gas where it will do no harm.
我公司生产的热气发生装置、空气加热装置、供气净化装置和废气除尘系统等均被实践证明为可靠的供气、供热设备。
Proven hot gas generating, air heating, supply air cleaning and exhaust air dedusting systems are available for gas, air and heat supply.
无氧化段由入口密封室，废气预热区，直接加热区，炉喉，废气排放系统组成。
The non-oxidizing zone is consisted of entry sealed room, waste gas preheating zone, direct heating zone, and furnace nozzle and flue gas exhausting system.
废气从另一侧排出，通过一个格子砖结构，把砖加热。
The exhaust gases leaving the opposite side pass through a checker brick structure, heating the bricks.
这两种气体和空气预热的再生器，每边两个炉，或者加热的废气。
Both the gas and air are preheated by regenerators, two on each side of the furnace, alternatively heated by the waste gases.
目前，脉冲电源的用途有很多，主要包括：脉冲电镀、工业废气处理、脉冲感应加热等工业领域。
At present, the pulse power has been used widely in many industry scopes, mainly including pluse plating, industry waste gas disposal, pluse influence power and so on.
该换热器用于回收搪烧窑废气余热，以加热进入烘房的空气，获得了显著的节能效果。
The exchanger is used to recover the waste heat of the flue gas from enamelling furnace, in order to preheat the air entering the drying oven. Good results in energy saving have been obtained.
同时结合大气监测专家服务组织的监测结果显示，该加热过程不会有含氯废气及有机废气产生。
Meanwhile, the monitoring result given by Atmosphere monitoring Expert Service Organization has shown that no chlorine contained or organic waste gas will be generated in the heating process.
同时结合大气监测专家服务组织的监测结果显示，该加热过程不会有含氯废气及有机废气产生。
Meanwhile, the monitoring result given by Atmosphere monitoring Expert Service Organization has shown that no chlorine contained or organic waste gas will be generated in the heating process.
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