Analysis of 2007 Emissions from Power Plants and Other ... - MARAMA

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March 2011Page ivAnalysis of Emissions from Power Plants and Other Large Combustion SourcesList of FiguresFIGURE 1‐1. NUMBER OF UNITS BY % OPERATING TIME AND FUEL TYPE. ............................................................................................... 7FIGURE 1‐2. CAPACITY BY % OPERATING TIME AND FUEL TYPE. ............................................................................................................ 8FIGURE 1‐3. JULY 2007 NOX EMISSIONS BY % OPERATING TIME AND FUEL TYPE. ................................................................................... 9FIGURE 1‐4. JULY 2007 SO 2 EMISSIONS BY % OPERATING TIME AND FUEL TYPE. .................................................................................. 10FIGURE 1‐5. NUMBER OF UNITS BY % OPERATING TIME AND UNIT TYPE. ............................................................................................. 11FIGURE 1‐6. CAPACITY BY % OPERATING TIME AND UNIT TYPE. .......................................................................................................... 12FIGURE 1‐7. JULY 2007 NOX EMISSIONS BY % OPERATING TIME AND UNIT TYPE. ................................................................................. 13FIGURE 1‐8. NUMBER OF UNITS BY % OPERATING TIME AND NOX CONTROL TECHNOLOGY. .................................................................... 14FIGURE 1‐9. NUMBER OF UNITS BY % OPERATING TIME AND NOX EMISSION RATE. ............................................................................... 15FIGURE 1‐10. CAPACITY BY % OPERATING TIME AND NOX CONTROL TECHNOLOGY. ............................................................................... 16FIGURE 1‐11. JULY 2007 NOX EMISSIONS BY % OPERATING TIME AND NOX CONTROL TECHNOLOGY – ALL MANE‐VU+VA STATES. ............ 17FIGURE 1‐12. JULY 2007 NOX EMISSIONS BY % OPERATING TIME AND NOX CONTROL TECHNOLOGY AND EPA REGION. ............................. 18FIGURE 2‐1. NOX EMISSIONS (TONS) BY % OPERATING TIME AND MONTH. ......................................................................................... 20FIGURE 2‐2. NOX EMISSIONS (PERCENTAGE) BY % OPERATING TIME AND MONTH. ................................................................................ 20FIGURE 2‐3. SO 2 EMISSIONS (TONS) BY % OPERATING TIME AND MONTH. .......................................................................................... 21FIGURE 2‐4. SO 2 EMISSIONS (PERCENTAGE) BY % OPERATING TIME AND MONTH. ................................................................................. 21FIGURE 3‐1. DAILY NOX EMISSIONS (TONS) BY % OPERATING TIME. ................................................................................................... 22FIGURE 3‐2. DAILY NOX EMISSIONS (PERCENTAGE) BY % OPERATING TIME. ......................................................................................... 22FIGURE 3‐3. FEBRUARY DAILY NOX EMISSIONS (TONS) BY % OPERATING TIME. .................................................................................... 23FIGURE 3‐4. AUGUST DAILY NOX EMISSIONS (TONS) BY % OPERATING TIME. ....................................................................................... 24FIGURE 4‐1. PERCENTAGE OF ANNUAL NOX EMISSIONS BY TIME OF DAY AND % OPERATING TIME. .......................................................... 26FIGURE 4‐2. PERCENTAGE OF FEBRUARY NOX EMISSIONS BY TIME OF DAY AND % OPERATING TIME. ....................................................... 27FIGURE 4‐3. PERCENTAGE OF AUGUST NOX EMISSIONS BY TIME OF DAY AND % OPERATING TIME. .......................................................... 28FIGURE 5‐1. DAILY NOX EMISSIONS (TONS) BY % OPERATING TIME. ................................................................................................... 30FIGURE 5‐2. FEBRUARY DAILY NOX EMISSIONS (PERCENTAGE) BY % OPERATING TIME. ........................................................................... 31FIGURE 5‐3. AUGUST DAILY NOX EMISSIONS (PERCENTAGE) BY % OPERATING TIME. ............................................................................. 32FIGURE 6‐1. MANE‐VU+VA DAILY NOX EMISSIONS VERSUS MANE‐VU+VA MAXIMUM 8‐HOUR OZONE CONCENTRATION ON DAYS WHENMAXIMUM OZONE EXCEEDED 75 PPB. ................................................................................................................................ 37FIGURE 7‐1. NOX DAILY EMISSIONS BY FUEL TYPE COMPRISING THE DAILY NOX EMISSIONS SORTED BY REGION‐WIDE NOX MASS MAY 1, 2007– SEPTEMBER 30, 2007 ................................................................................................................................................... 39FIGURE 7‐2. NOX DAILY EMISSIONS BY FUEL TYPE FOR 6 HIGH OZONE EPISODE DAYS IN 2007 ............................................................... 39FIGURE 7‐3. NOX DAILY EMISSIONS BY COMBUSTION TYPE COMPRISING THE DAILY NOX EMISSIONS SORTED BY REGION‐WIDE NOX MASS MAY1, 2007 – SEPTEMBER 30, 2007 ...................................................................................................................................... 40FIGURE 7‐4. NOX DAILY EMISSIONS BY COMBUSTION TYPE FOR 6 HIGH OZONE EPISODE DAYS IN 2007 ................................................... 40FIGURE 8‐1. NOX DAILY EMISSIONS BY FUEL TYPE MAY 1, 2007 – SEPTEMBER 30, 2007 ..................................................................... 42FIGURE 8‐2. NOX DAILY EMISSIONS BY FUEL TYPE FOR 6 HIGH OZONE EPISODE DAYS IN 2007 ............................................................... 43FIGURE 8‐3. NOX DAILY EMISSIONS BY COMBUSTION TYPE MAY 1, 2007 – SEPTEMBER 30, 2007 ......................................................... 44
Analysis of Emissions from Power Plants and Other Large Combustion Sources March 2011Page vFIGURE 8‐4. NOX DAILY EMISSIONS BY COMBUSTION TYPE FOR 6 HIGH OZONE EPISODE DAYS IN 2007 ................................................... 45FIGURE 9‐1A. MANE‐VU+VA HOURLY NOX EMISSIONS BY % OPERATING TIME AND MANE‐VU+VA DAILY MAXIMUM 8‐HOURCONCENTRATION; MAY 22‐28, 2007 ................................................................................................................................. 48FIGURE 9‐1B. HOURLY NOX EMISSIONS BY % OPERATING TIME AND MA DAILY MAX TEMPERATURE/8‐HR OZONE CONC.; MAY 22‐28, 2007CSA: BOSTON‐WORCESTER‐MANCHESTER, MA‐RI‐NH ......................................................................................................... 49FIGURE 9‐1C. HOURLY NOX EMISSIONS BY % OPERATING TIME AND CT DAILY MAX TEMPERATURE/8‐HR OZONE CONC.; MAY 22‐28, 2007CSA: NEW YORK‐NEWARK‐BRIDGEPORT, NY‐NJ‐CT‐PA ....................................................................................................... 49FIGURE 9‐1D. HOURLY NOX EMISSIONS BY % OPERATING TIME AND PA DAILY MAX TEMPERATURE/8‐HR OZONE CONC.; MAY 22‐28, 2007CSA: PHILADELPHIA‐CAMDEN‐WILMINGTON, DE‐MD‐NJ‐PA ................................................................................................ 50FIGURE 9‐1E. HOURLY NOX EMISSIONS BY % OPERATING TIME AND MD DAILY MAX TEMPERATURE/8‐HR OZONE CONC.; MAY 22‐28, 2007CSA: WASHINGTON‐BALTIMORE‐NORTHERN VIRGINIA, DC‐MD‐VA‐WV ................................................................................. 50FIGURE 9‐2A. MANE‐VU+VA HOURLY NOX EMISSIONS BY % OPERATING TIME AND MANE‐VU+VA DAILY MAX TEMPERATURE/8‐HR OZONECONC.; JUNE 24‐30, 2007 .............................................................................................................................................. 52FIGURE 9‐2B. HOURLY NOX EMISSIONS BY % OPERATING TIME AND MA DAILY MAX TEMPERATURE/8‐HR OZONE CONC.; JUNE 24‐30, 2007CSA: BOSTON‐WORCESTER‐MANCHESTER, MA‐RI‐NH ......................................................................................................... 53FIGURE 9‐2C. HOURLY NOX EMISSIONS BY % OPERATING TIME AND CT DAILY MAX TEMPERATURE/8‐HR OZONE CONC.; JUNE 24‐30, 2007CSA: NEW YORK‐NEWARK‐BRIDGEPORT, NY‐NJ‐CT‐PA ....................................................................................................... 53FIGURE 9‐2D. HOURLY NOX EMISSIONS BY % OPERATING TIME AND PA DAILY MAX TEMPERATURE/8‐HR OZONE CONC.; JUNE 24‐30, 2007CSA: PHILADELPHIA‐CAMDEN‐WILMINGTON, DE‐MD‐NJ‐PA ................................................................................................ 54FIGURE 9‐2E. HOURLY NOX EMISSIONS BY % OPERATING TIME AND MD DAILY MAX TEMPERATURE/8‐HR OZONE CONC.; JUNE 24‐30, 2007CSA: WASHINGTON‐BALTIMORE‐NORTHERN VIRGINIA, DC‐MD‐VA‐WV ................................................................................. 54FIGURE 9‐3A. MANE‐VU+VA HOURLY NOX EMISSIONS BY % OPERATING TIME AND MANE‐VU+VA DAILY MAX TEMPERATURE/8‐HR OZONECONC.; JULY 6‐12, 2007 ................................................................................................................................................. 56FIGURE 9‐3 B. HOURLY NOX EMISSIONS BY % OPERATING TIME AND MA DAILY MAX TEMPERATURE/8‐HR OZONE CONC.; JULY 6‐12, 2007CSA: BOSTON‐WORCESTER‐MANCHESTER, MA‐RI‐NH ......................................................................................................... 57FIGURE 9‐3C. HOURLY NOX EMISSIONS BY % OPERATING TIME AND CT DAILY MAX TEMPERATURE/8‐HR OZONE CONC.; JULY 6‐12, 2007 CSA:NEW YORK‐NEWARK‐BRIDGEPORT, NY‐NJ‐CT‐PA CSA ........................................................................................................ 57FIGURE 9‐3D. HOURLY NOX EMISSIONS BY % OPERATING TIME AND PA DAILY MAX TEMPERATURE/8‐HR OZONE CONC.; JULY 6‐12, 2007 CSA:PHILADELPHIA‐CAMDEN‐WILMINGTON, DE‐MD‐NJ‐PA ........................................................................................................ 58FIGURE 9‐3E. HOURLY NOX EMISSIONS BY % OPERATING TIME AND MD DAILY MAX TEMPERATURE/8‐HR OZONE CONC.; JULY 6‐12, 2007CSA: WASHINGTON‐BALTIMORE‐NORTHERN VIRGINIA, DC‐MD‐VA‐WV ................................................................................. 58FIGURE 9‐4A. MANE‐VU+VA HOURLY NOX EMISSIONS BY % OPERATING TIME AND MANE‐VU+VA DAILY MAXIMUM 8‐HOURCONCENTRATION; JULY 31‐AUGUST 6, 2007 ....................................................................................................................... 60FIGURE 9‐4B. HOURLY NOX EMISSIONS BY % OPERATING TIME AND MA DAILY MAX TEMPERATURE/8‐HR OZONE CONC.; JULY 31‐AUGUST 6,2007 CSA: BOSTON‐WORCESTER‐MANCHESTER, MA‐RI‐NH ................................................................................................ 61FIGURE 9‐4C. HOURLY NOX EMISSIONS BY % OPERATING TIME AND CT DAILY MAX TEMPERATURE/8‐HR OZONE CONC.; JULY 31‐AUGUST 6,2007 CSA: NEW YORK‐NEWARK‐BRIDGEPORT, NY‐NJ‐CT‐PA CSA ........................................................................................ 61FIGURE 9‐4D. HOURLY NOX EMISSIONS BY % OPERATING TIME AND PA DAILY MAX TEMPERATURE/8‐HR OZONE CONC.; JULY 31‐AUGUST 6,2007 CSA: PHILADELPHIA‐CAMDEN‐WILMINGTON, DE‐MD‐NJ‐PA ....................................................................................... 62FIGURE 9‐4E. HOURLY NOX EMISSIONS BY % OPERATING TIME AND MD DAILY MAX TEMPERATURE/8‐HR OZONE CONC.; JULY 31‐AUGUST 6,2007 CSA: WASHINGTON‐BALTIMORE‐NORTHERN VIRGINIA, DC‐MD‐VA‐WV ........................................................................ 62
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State Primary Fuel NOx ControlCapac
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State Primary Fuel NOx ControlMDCoa
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State Primary Fuel NOx ControlCapac
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State Primary Fuel NOx ControlPAPAC
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Table 13-2. Capacity percentages by
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State Primary Fuel SO 2 ControlCapa
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FIPS State Component NameCSACodeCSA
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March 2011Page B-2Draft Analysis of
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