Manufacturers use mathematical equations to estimate collection efficiency or collection area. In addition, they may build a pilot-plant to determine the parameters necessary to build the full-scale ESP. They may also use a mathematical model or computer program to test the design features and operating parameters in a simulation of the final design. Once the basis of the ESP design is completed, the vendor can design the unit using various individual parameters that are appropriate for each specific situation.
Social Profiles
-
Deutsch-Anderson Equation Probably the best way to gain insight into the process of electrostatic precipitation is to study the relations... -
In a spray drying system, there are a number of system components. Three of the major components are the atomizer, spray dryer chamber and... -
An impingement plate scrubber is a vertical chamber with plates mounted horizontally inside a hollow shell. Impingement plate scrubbers op... -
Spray chambers are very simple, low-energy wet scrubbers. In these scrubbers, the particulate-laden gas stream is introduced into a chambe... -
Pressure drop (Δp), a very important baghouse design variable, describes the resistance to air flow across the baghouse: the higher the pr... -
Orifice scrubbers, also known as entrainment or self-induced spray scrubbers, force the particle-laden gas stream to pass over the surface... -
Electrostatic precipitators are also grouped according to the temperature of the flue gas that enters the ESP: cold-side ESPs are used for...
-
Pulse-jet baghouses can also be compartmentalized. In this case poppet valves located in the clean air plenum are used to stop the flow of... -
In the spray drying process, an alkaline slurry [usually Ca(OH)2] is injected into a spray dryer chamber through either a rotary atomizer ... -
Sulfur Dioxide Control Technologies Two commercially available Flue Gas Desulfurization (FGD) technology options for removing the SO...
0 comments:
Post a Comment