CORRESPONDING OVERALL EFFICIENCY Enter the estimated overall efficiency of the control – device for the specific pollutant listed (e.g. if capture efficiency is 80% and control device efficiency is 90%, the corresponding overall efficiency would be 72%.) EFFICIENCY DETERMINATION CODE Enter the code to represent how the efficiency was – determined Calculated (Attach all calculations.) Manufacturer’s specifications or guarantees (Enclose documentation as appropriate.) Source Test (Attach documentation or reference test already submitted to DAQ.) Other (Describe.) TOTAL AFTER CONTROL EMISSION RATE (LB/HR) Enter the total after control emission rate in – pounds per hour. This is calculated by multiplying the Before Control Emission Rate by the Corresponding Overall Efficiency. PRESSURE DROP (IN H2O) Enter the minimum and maximum expected pressure drop across the – control device, in inches of water. BULK PARTICLE DENSITY (LB/FT3) Enter the bulk particle density of the material collected, in – pounds per cubic foot. INLET TEMPERATURE (oF) Enter the minimum and maximum expected inlet temperature of the – exhaust gases, in degrees Fahrenheit OUTLET TEMPERATURE (oF) Enter the minimum and maximum expected outlet temperature of – the exhaust gases, in degrees Fahrenheit. INLET AIR FLOW RATE (ACFM) Enter the inlet air flow rate, in Actual Cubic Feet per Minute – (ACFM). OUTLET AIR FLOW RATE (ACFM) Enter the outlet air flow rate, in Actual Cubic Feet per Minute – (ACFM). INLET AIR FLOW VELOCITY (FT/SEC) Enter the inlet air flow velocity, in feet per second. – OUTLET AIR FLOW VELOCITY (FT/SEC) Enter the outlet air flow velocity, in feet per second. – INLET MOISTURE CONTENT (%) Enter the moisture content of the inlet gas stream, in percent. – FORCED/INDUCED AIR Mark the appropriate check box for this control device. – COLLECTION SURFACE AREA (FT2) Specify the surface area on the pollutant is collected, if – applicable.
CORRESPONDING OVERALL EFFICIENCY – Enter the estimated overall efficiency of the control device for the specific pollutant listed (e.g. if capture efficiency is 80% and control device efficiency is 90%, the corresponding overall efficiency would be 72%.) EFFICIENCY DETERMINATION CODE – Enter the code to represent how the efficiency was determined Calculated (Attach all calculations.) Manufacturer’s specifications or guarantees (Enclose documentation as appropriate.) Source Test (Attach documentation or reference test already submitted to DAQ.) Other (Describe.) TOTAL AFTER CONTROL EMISSION RATE (LB/HR) – Enter the total after control emission rate in pounds per hour. This is calculated by multiplying the Before Control Emission Rate by the Corresponding Overall Efficiency. PRESSURE DROP (IN H2O) – Enter the minimum and maximum expected pressure drop across the control device, in inches of water. BULK PARTICLE DENSITY (LB/FT3) – Enter the bulk particle density of the material collected, in pounds per cubic foot. INLET TEMPERATURE (oF) – Enter the minimum and maximum expected inlet temperature of the exhaust gases, in degrees Fahrenheit OUTLET TEMPERATURE (oF) – Enter the minimum and maximum expected outlet temperature of the exhaust gases, in degrees Fahrenheit. INLET AIR FLOW RATE (ACFM) – Enter the inlet air flow rate, in Actual Cubic Feet per Minute (ACFM). OUTLET AIR FLOW RATE (ACFM) – Enter the outlet air flow rate, in Actual Cubic Feet per Minute (ACFM). INLET AIR FLOW VELOCITY (FT/SEC) – Enter the inlet air flow velocity, in feet per second. OUTLET AIR FLOW VELOCITY (FT/SEC) – Enter the outlet air flow velocity, in feet per second. INLET MOISTURE CONTENT (%) – Enter the moisture content of the inlet gas stream, in percent. FORCED/INDUCED AIR – Mark the appropriate check box for this control device. COLLECTION SURFACE AREA (FT2) – Specify the surface area on the pollutant is collected, if applicable.
Application_Form_Instructions_20180817.docx