The semi-dry FGD system is the most advanced technological solution there is for reducing sulfur dioxides from industrial combustion.So-called "Semi-Dry FGD" systems are actually a dry lime process.This is another way of cleaning a gas that has run through a combustion process, and it involves absorbing some SO2 from the dirty flue gas into calcium oxide, so breaking down sulfur. It also combines water with coal ash (calcium carbonate) to create gypsum (calcium sulphate).The main functions of this system are to capture SO2, convert it into a solid material, and then effectively dismantle the final product.In order to introduce solution features of this system, installations like spray dryers and absorber towers, for example. In addition, reaction chambers help expedite the desulfurization process so that applications are not held back by these limitations.As long as the dry flue gas desulfurization system can deal with waste water, its extensive application range covers waste water treatment projects in thermal power plants, as well as recycling plants and sugar mills.The semi-dry FGD system has become even more famous for its reduced water usage compared with the wet FGD system; it has also proved a significant case of environmental innovation, where unexpected R[u00f5]ng Water currents provide an excellent environment for minor purification agents or medical effects created as by-products of natural processes.