AIR POLLUTION CONTROL TECHNOLOGY HANDBOOK - CHAPTER 3 ppt

... Proc.,66(7), 53, 1987. 13. Jones, C. and Ellison, W., SO 3 tinges stack gas from scrubbed coal-fired units, Power,142(4), 73, 1998.14. Emergency Planning and Community Right-To-Know Act — Section 31 3: ... whichH SO aq HSO H SO H 23 3 3 2()↔+↔+−+ = +222 23 2Na OH SO Na SO aq H O+−++→()+22212224 2Na OH SO O Na SO aq H O+−+++→()+Na OH SO NaHSO aq+−++→() 23 2 32 322NaHCO heat Na CO ... stacks to a stack thatemitted a bluish-gray haze. 13 TPPPa C H O SO SO,.. . log . log . log=+ + +()+2 03 25 27 6 10 83 1 06 233 8219KPPPpSOSO O=() 3 2205.ln . . . ln.KTTT TTTp=−()+×()−×()−−−121201...

... 23. 3 Cleaning Mechanisms 23. 3.1 Shake/Deflate 23. 3.2 Reverse Air 23. 3 .3 Pulse Jet (High Pressure) 23. 3.4 Pulse Jet (Low Pressure) 23. 3.5 Sonic Horns 23. 4 Fabric Properties 23. 4.1 Woven ... 23. 4.2 Felted Fabric 23. 4 .3 Surface Treatment 23. 4.4 Weight 23. 4.5 Membrane Fabrics 23. 4.6 Catalytic Membranes 23. 4.7 Pleated Cartridges 23. 4.8 Ceramic Candles 23. 5 Baghouse Size 23. 5.1 Air- to-Cloth ... 5, 2001 9 :38 PM© 2002 by CRC Press LLC 13. 2.4 Ground Flare 13. 2.5 Safety Features 13. 3 Incineration 13. 3.1 Recuperative Thermal Oxidizer 13. 3.2 Regenerative Thermal Oxidizer 13. 3 .3 Recuperative...

... ppmPM-10 150 µ g/m 3 24 h PM-10 150 µ g/m 3 50 µ g/m 3 1 yr. 50 µ g/m 3 CO 35 ppm 1 h CO 35 ppm9 ppm 8 h 9 ppmSO 2 0.14 ppm 24 h SO 2 0.14 ppm0. 030 ... yr. 0. 030 ppmNO 2 0.0 53 ppm 1 yr. NO x 0.0 53 ppmLead 1.5 µ g/m 3 3 mo. Lead 1.5 µ g/m 3 Proposed New Standards Ozone 0.08 ppm 8 hPM-2.5 65 µ g/m 3 24 h15 ... rubberStyrene-butadiene rubber and latexPolymers and Resins II: W 3/ 8/95 3/ 3/98Epoxy resins productionNon-nylon polyamides production Polymers and Resins IV:Acrylonitrile-butadiene-styrene productionMethyl...

... Cumberland 1972 1–2 130 0 2600 2 1000Bull Run 1967 1 950 950 1 800Paradise 19 63 1–2 704 2558 2 600 3 1150 1 800Allen 1959 1 3 330 990 3 400Gallatin 1956 1–2 30 0 1255 1 500 3 4 32 7.5 1 500Colbert ... 500Colbert 1955 1–2 200 139 7 2 30 0 3 4 2 23 2 30 05 550.5 1 500John Sevier 1955 1–2 2 23 846 1 35 0 3 4 200 1 35 0Kingston 1954 1–4 175 1700 2 1000 a 5–9 200Shawnee 19 53 1 150 1750 2 800 b ... Control- technology evaluation• New-source reviewA current frequent use for atmospheric-diffusion models is in air- quality impactanalysis. The models serve as the heart of the plan for new-source...

... test28 Certification and auditing of wood heaters28A Measurement of air- to-fuel ratio and minimum achievable burn rates for wood-fired appliances TABLE 5.1 (continued)Code of Federal Regulations ... fugitive emissions from material sources and smoke emissions from flares 23 Determination of polychlorinated dibenzo-p-dioxins and polychlorinated dibenzofurans from stationary sources24 Determination ... method and describe the modification. 5 .3 REPRESENTATIVE SAMPLING TECHNIQUES5 .3. 1 G ASEOUS P OLLUTANTS One of the fundamentals in source testing for air contaminants is to obtain arepresentative...

... forwhich concentrations are desired, i.e., 15-min, 1-h, 3- h, 8-h, 12-h, or 24-h timeintervals. It should be consistent with the averaging times specified by air qualitystandards. For example, in assessing ... www.epa.gov/ttnami1/siteindx.html.Figure 6 .3 is a schematic flow diagram of a general continuous air- quality mon-itor. The device contains:1. Primary air- moving device, usually a vacuum pump, to pull the air samplethrough ... into a hydrogen-rich flame produce strong luminescentemissions between 30 0 and 4 23 nm. A narrow-band optical filter placed betweenthe flame and detector permits transmission at 39 4 ± 5 nm. This...