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首页> 外文期刊>Environment Pollution and Climate Change >To Overcome the First Disadvantage in the Fight against Global Climate Change, which Suggest New Generation Equipment and Needed New Technologies
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To Overcome the First Disadvantage in the Fight against Global Climate Change, which Suggest New Generation Equipment and Needed New Technologies

机译:克服应对全球气候变化的第一个弊端,这表明新一代设备和需要的新技术

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摘要

From identifying the disadvantages of the classic dust separator, we propose the appropriate solutions to overcome these disadvantages and we have obtained nine different types of dust separators for dust collection from different industrial emissions. These new dust separators allow us to recover almost completely the industrial dust contained in various industrial emissions streams. Examine the classic reactor for the classic solid-liquid-gas heterogeneous system, find that it has disadvantage and find a solution to overcome that disadvantage and that we have a new solid-liquid-gas heterogeneous reactors. This devices can be intermittent or continuous, and when assembled we will have combined gas-solid-liquid heterogeneous reactors with industrial capacity to meet the requirements of industrial practice. From these new devices, we can propose three new technologies: No-waste technology for treatment and reuse industrial emissions, CO2 capture from industrial gases in the form of powder NaHCO3, CO2 capture from industrial gases in the form of food clean liquid CO2 or dry ice.
机译:通过确定经典除尘器的缺点,我们提出了克服这些缺点的适当解决方案,并获得了九种不同类型的除尘器,用于收集来自不同工业排放物的灰尘。这些新的灰尘分离器使我们几乎可以完全回收各种工业排放流中所含的工业灰尘。对经典的固-液-气非均相系统进行检查,发现它有缺点,并找到解决方案,以克服该缺点,并且我们有一个新的固-液-气非均相反应器。该设备可以是间歇性的也可以是连续的,组装后,我们将结合具有工业生产能力的气固液非均相反应器,以满足工业实践的要求。从这些新设备中,我们可以提出三种新技术:用于处理和再利用工业废气的无废物技术,以粉末状NaHCO3形式从工业气体中捕获CO2,以食品清洁液体CO2或干燥形式从工业气体中捕获CO2冰。

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