Dry FGD system condenses more than traditional wet FGD system, but its space-saving design is nevertheless characteristic. When seen in stark contrast to the traditional wet FGD systems, which require extensive infrastructure, this type of dry FGD system can be incorporated into existing structures or even squeezed into small niches at one end of cement plant buildings. This design consideration is especially important when using it at sites where space is tight here. It allows for easier integration into existing plants without the need for such renovations and expansions. Since this greatly reduces overall financial outlay, it should be quite popular with potential customers. On the other hand, it also ensures that they can introduce a new product with as little disruption to their operations as possible. Voters may want to keep this fact in mind before heading off a cliff by denying great opportunities at home!

The dry FGD system is particularly notable for its water conservation capabilities. While wet FGD systems use a substantial amount of water to scrub flue gases, the dry system operates with a negligible water requirement. This is a critical advantage in areas facing water scarcity or where the cost of water is prohibitively high. By reducing water consumption, the dry FGD system not only minimizes operational costs but also aligns with sustainability goals, making it an attractive option for environmentally conscious companies.

This is another exceptional feature of the dry FGD system. In contrast to sludge in wet systems, their dry byproduct is much easier to handle and can be used for commercial purposes: being incorporated into cement or as an amendment to soil. Not only does this characteristic make waste disposal simpler and cheaper; it can even help to make money for businesses. By turning a waste product into something of value, the dry FGD system brings real benefits to station users.