Dry FGD

XIRI Light Energy Limited Corporation is the manufacturer, supplier and exporter of Dry FGD. We have advanced management center and cultural theory Groups and technology backbone. With years of experience in production and research techniques in this field, we\\\'ve skilled Merchandising & Quality Control division by whom we control quality of production as per client\\\'s standard. We can become a very trusted exporters, manufacturers and suppliers.
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Dry FGD

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  • Dry FGD - 4-1-1
Dry FGD
Model - 4-1-1
XIRI SDS-DRY DESULFURZATION

TECHNOLOGY INTRODUCTION
Dry gas desulfurization, also know as dry flue gas desulfurization, refers to the use of powdery granular absorbent, adsorbent or catalyst to remove sulfide gas in the flue gas.
 Dry desulfurization is to use the reducibility and flammability of SO2, USE solid oxidant or adsorbent to desulfurate or directly make it burn. Dry desulfurization is a method to generate Na2SO4 by a reaction of NaHCO3 and SO2, which is called dry desulfurization.
 
XIRI Light Energy Limited Corporation
4-1-1
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999999999 http://schema.org/InStock USD 2020-12-31
90out of 100based on 100user ratings
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XIRI Light Energy Limited Corporation
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4-1-2
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999999999 http://schema.org/InStock USD 2020-12-31
90out of 100based on 100user ratings
XIRI SDS-DRY DESULFURZATION WORKING PRINCIPLE The flue gas (230℃) taken from the flue enters the SDS desulfurization and dust removal system. The flue gas first enters the SDS reactor, and then the ultra-fine sodium bicarbonate powder is injected into the SDS reactor. Under the action of high-temperature flue gas, the ultra-fine sodium bicarbonate powder decomposes the highly active sodium carbonate and carbon dioxide. The highly active Na2CO3 fully contacts with SO2 and other acidic media in the flue gas to produce a chemical reaction and absorbed and purified. Main reactions 2NaHCO3(S) = Na2CO3(S) + H2O(g) + CO2(g)     (1) 2SO2(g) + 2NaCO3(s) + O2 = 2Na2SO4(s) +2CO2(g)     (2) Side             effects : SO3(g) + Na2CO3(s) = Na2SO4(s) +CO2(g)     (3) 2HCL(g) + Na2CO3(s) = 2NaCL(s) + CO2(g)     (4) SO2 + Ca(OH)2 = CaSO3 + H2O     (5)