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PROGRAM DESCRIPTIONSICI01 - INCINERATOR SYSTEM HEAT BALANCE PROGRAM PACKAGE Generic incineration process. Inputs feed, desired temperature, excess air, radiation. Outputs include actual temperature, fuel, air, discharge oxygen, feed volatiles, gas flow analysis. Waste heat boiler with a feedwater heater. Inputs steam, feedwater temperature, condensate return. Outputs include steam, feedwater, gas flow and blowdown. Venturi scrubber discharging into a cooling tower through an ID fan. Inputs outlet temperature, ID fan delta p. Outputs include adiabatic temperature, water flows, ID fan horsepower, stack gas flow. Four feed streams. Inputs flow, moisture, ash, heating value, carbon, hydrogen, oxygen, nitrogen, sulfur fractions. ICI02 - ADVANCED INCINERATOR SYSTEM HEAT BALANCE PROGRAM PACKAGE Generic incineration process: Inputs feed, desired temperature, excess air, radiation. Outputs include actual temperature, fuel, air, discharge oxygen, feed volatiles, gas flow analysis. Fired afterburner: Inputs temperature. Outputs fuel, retention time, gas flow. Waste heat boiler with a feedwater heater: Similar to ICI01. Venturi/Baghouse/ESP/Cooler: Inputs outlet temperature, ID fan delta p. Outputs include adiabatic temperature, water flows, air flow, ID fan horsepower, stack gas flow. Four feed streams: Similar to ICI01 including chlorine. Data from previous runs are saved for recall. ICI03 - INCINERATOR SYSTEM METRICATED HEAT BALANCE PROGRAM PACKAGE Similar to ICI02, in metric units. ICI04 - ROTARY KILN INCINERATOR SYSTEM HEAT BALANCE PROGRAM PACKAGE Rotary kiln incineration process: Inputs primary and secondary feeds, desired temperature, excess air, assumed geometry. Outputs include actual temperature, fuel, air, discharge oxygen, feed volatiles, gas flow analysis, maximum feed, residence time. Fired afterburner: Inputs temperature. Outputs fuel, retention time, gas flow. Waste heat boiler with a feedwater heater: Similar to ICI01. Venturi/Baghouse/ESP/Cooler: Inputs outlet temperature, ID fan delta p. Outputs include adiabatic temperature, water flows, air flow, ID fan horsepower, stack gas flow. Data from previous runs are saved for recall. ICI05 - FLUID BED INCINERATOR SYSTEM HEAT BALANCE PROGRAM PACKAGE Fluid bed process: Inputs feed, desired temperature, excess air, radiation. Outputs include actual temperature, fuel, air, discharge oxygen, feed volatiles, gas flow. Fired afterburner. Inputs temperature. Outputs fuel, retention time, gas flow. Waste heat boiler with a feedwater heater. Similar to ICI01. Venturi/Baghouse/ESP/Cooler: Inputs outlet temperature, ID fan delta p. Outputs include adiabatic temperature, water flows, air flow, ID fan horsepower, stack gas flow. Four feed streams: Similar to ICI01 including chlorine. Data from previous runs are saved for recall. ICI06 - MODULAR STARVED AIR/EXCESS AIR INCINERATION SYSTEM PROGRAM PACKAGE Determines if starved air operation is possible: Inputs feed, desired temperature, excess air, radiation. Outputs include actual temperature, fuel, air, discharge oxygen, feed volatiles, gas flow, FD fan. Fired afterburner: Inputs temperature. Outputs fuel, retention time, gas flow. Waste heat boiler with a feedwater heater: Similar to ICI01. Venturi/Baghouse/ESP/Cooler: Inputs outlet temperature, ID fan delta p. Outputs include adiabatic temperature, water flows, air flow, ID fan horsepower, stack gas flow. Feed streams: Direct insertion of waste types (Type 0, Type 1, etc.), or unique waste constituents, including chlorine. Data from previous runs are saved for recall. ICI07 - ROTARY KILN INCINERATION SYSTEM, METRIC UNITS PROGRAM PACKAGE Similar to ICI04, in metric units.
The Author Calvin R. Brunner, P.E., DEE, is President of ICI, with over 25 years experience in the design and operation of all types of incineration systems. A registered, graduate mechanical engineer, he has written these and ten other textbooks on incineration technology as well as dozens of technical articles on the subject. Mr. Brunner presents seminars and other lectures on waste disposal in the United States and overseas for technical and non-technical audiences. He is available for consulting assignments, seminar presentations and other activities in the areas of waste treatment and disposal.
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