Acid Mist: Emissions generated from acid mist that can require control are (1) ultra-low emission for submicron particulate and acid mist; (2) Modular design - minimized field assembly, flexible configuration; (3) available in corrosion - resistant alloys or FRP construction. Fossil Fueled Boilers: Emissions generated from fossil fueled boilers that can require control are (1) particulate from oil or coal ash; (2) heavy metals from oil or coal ash; (3) acid gases from sulfur and/or nitrogen in the fuel and combustion air (4) sub-micron aerosols from sulfur in the fuel and (5) dioxins/furans. Cement: Emissions generated from cement kilns that can require control are primarily particulate from the roasting/drying process. Chemical: Emissions generated from the chemical and petro-chemical production processes that can require control are (1) VOC’s from organic reactions; (3) acid gases from chlorine manufacturing or similar industries; (1) sub-micron aerosols and particulate from red/ox processes; and (2) smoke. Fertilizer: Emissions generated from the fertilizer  industries include sub-micron aerosols and particulate relating to ammoniated compounds as well as acid gases such as NO and NO2. Food: Emissions generated from food processing industries that can require control can range from (1) smoke and odor abatement associated with cooking to; (2) sub-micron aerosols and particulate in frying processes such as potato chip manufacturing. Glass: Emissions generated from glass production that can require control are (1) sub-micron aerosols and particulates from silicate and (2) acid gases such as NOx from process fuels, high temperatures and high excess air requirements. Mineral & Metallurgic: Emissions generated from mining and metallurgical processes that can require control are (1) sub-micron aerosols and particulate from sulfuric acid manufacturing and metal refining; and (2) smoke abatement from metal reprocessing. Pharmaceuticals: Emissions generated from pharmaceutical productions or disposal can range from (1) VOC’s control to (2) sub-micron aerosols and particulates  associated with inorganic salts. Plastics: Emissions generated from the plastic production industries that can require control are sub-micron aerosols and particulate associated with extensions and compounding. Printing: Emissions generated from the printing industries includes sub-micron aerosols and particulate associated with type and heat setting as well as smoke abatement to control vaporized oils. Pulp and Paper: Emissions generated from pulp and paper are wide ranging,  including smoke abatement from processes like particle board dryers and sub-micron aerosols such as ammoniated compounds and sodium salts. Steel: Emissions generated from steel industries are wide range. This can include (1) sub-micron aerosols and particulate associated with coke-oven gas production; (2) acid gases, mists and smoke abatement. Waste Incineration: Emissions generated from waste incineration that  require control are (1) heavy metals such as mercury from hospital wastes; (2) acid gases from the incineration of plastics or sulfuric compounds; (3) sub-micron aerosols and particulates from all types of incineration and (4) dioxin/furans. Textile: Emissions generated from textile processes include large and sub-micron particles such as lint and condensed VOC’s.