硫化氫吸收劑 的英文怎麼說
中文拼音 [liúhuàqīngxīshōujì]
硫化氫吸收劑
英文
h2s scavenger- 硫 : 名詞[化學] sulphur; sulfur [美國] (16號元素, 符號s)
- 氫 : 名詞[化學] (氣體元素) hydrogen (h)
- 吸 : 動詞1 (把液體、氣體等引入體內) inhale; breathe in; draw 2 (吸收) absorb; suck up 3 (吸引) a...
- 收 : Ⅰ動詞1 (把攤開的或分散的事物聚集、合攏) put away; take in 2 (收取) collect 3 (收割) harvest...
- 劑 : Ⅰ名詞1 (藥劑; 制劑) a pharmaceutical or other chemical preparation 2 (某些有化學作用的物品) a...
- 硫化氫 : h2s h2s
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The addition of naoh greatly enhanced the sorbent reactivities toward so2 because naoh is deliquescent and its presence increased the amount of water collected by the sorbent
由於氫氧化鈉的潮解性質,使較多的水分能吸附在吸收劑表面,提高了吸收劑與二氧化硫的反應性。The sorbent was highly reactive towards so2 as compared with hydrated lime alone
該吸收劑對二氧化硫之反應性比氫氧化鈣佳。Naoh was added to iron blast furnace slag ( bfs ) / hydrated lime ( hl ) slurries to prepare sorbents for semidry and dry flue gas desulfurization ( fgd ) processes
摘要本研究于爐石氫氧化鈣泥漿中添加氫氧化鈉以制備煙道氣除硫吸收劑。A differential fixed - bed reactor was employed to study the reaction between iron blast furnace slag ( bfs ) / hydrated lime ( hl ) sorbent and so2 under conditions similar to those in the bag filters of a spray - drying flue gas desulfurization system
摘要本研究以微分固定床反應器,在模擬噴霧乾燥除硫系統中的袋式過濾器的條件下,探討爐石/氫氧化鈣吸收劑與二氧化硫于低溫下之反應動力學模式。The results of this study are useful for the design and operation of dry or semidry processes that use bfs / hl sorbents to remove so2 from flue gas
本研究的結果有助於使用爐石/氫氧化鈣作為吸收劑的乾式與半乾式除硫系統之設計與操作。Naoh addition can raise the level of sorbent reactivity and reduce the sorbent cost in a semidry or dry fgd process
添加氫氧化鈉可以提升吸收劑之反應性,並且可降低半乾式或乾式煙道氣除硫程序的成本。In the case of sorbents prepared without naoh addition, both the ca utilization and the so2 capture increased with increasing slurrying temperature and varied with the bfs / hl weight ratio ; however, in the case of sorbents prepared with naoh addition, their ca utilization in creased to a level that was nearly independent of the slurrying temperature and the bfs / hl weight ratio
未添加氫氧化鈉的爐石氫氧化鈣吸收劑與二氧化硫反應的鈣利用率與二氧化硫捕捉率隨漿化溫度的增加而增加,且隨爐石氫氧化鈣重量配比而改變;添加氫氧化鈉后,吸收劑之鈣利用率幾乎相同,不受漿化溫度與重量配比影響。分享友人