# process_heater_energy_efficiency_measures

energy_efficiency_measure_desc:
Oxygen monitors used to control/limit excess oxygen                                           5 Finned or dimpled tubes to increase heat transfer


energy_efficiency_measure_desc:
Oxygen monitors used to control/limit excess oxygen                                    99 Other (BFW Economizer)


energy_efficiency_measure_desc:
waste heat steam generator common to F-1101 & F-1102


energy_efficiency_measure_desc:
waste heat steam generator common for F-1101 & F-1102


process_heater_id:
No. 1 Crude Process Heater AA-012 (2H-1A)


energy_efficiency_measure_desc:
Oxygen monitors used to control/limit excess oxygen; 5 Finned or dimpled tubes to increase heat transfer


energy_efficiency_measure_desc:
Oxygen monitors used to control/limit excess oxygen, Maintenance program to maintain burners (other than soot blowing)


process_heater_id:
H1 Heater - Unit 870 Tier II Low Sulfur Hydrodesulfurization Plant


process_heater_id:
H2 Heater - Unit 870 Tier II Low Sulfur Hydrodesulfurization Plant


process_heater_id:
CRUHT15H1A New crude unit vacuum unit heater


process_heater_id:
REFHT0123 No. 2 Platformer Heaters 1, 2, 3


process_heater_id:
REFHT50H4 No. 2 Platformer stabilizer reboiler


energy_efficiency_measure_desc:
Other (1  for unit and 5 for convection section)


energy_efficiency_measure_desc:
preheat boiler feedwater, waste heat steam


energy_efficiency_measure_desc:
Oxygen monitors used to control/limit excess oxygen and 5 Finned or dimpled tubes to increase heat transfer


energy_efficiency_measure_desc:
Convection section for heat recovery to process fluid or boiler feed water


# process_heater_nox_controls

nox_control_desc:
Other (specify)  ULNB with internal gas recirculation


nox_control_desc:
“Next generation” low NOX burner (ULNB with internal gas recirculation)


nox_control_desc:
Ultra low NOX burner (high fraction staged fuel) (ULNB)


nox_control_desc:
Steam Tempered Low Nox and low CO conversion


process_heater_id:
Naphtha Splitter Reboiler Heater, 900-H1


nox_control_desc:
Management practice or work practice to reduce NOX (PEMS)


process_heater_id:
EQT 0004 10-81 - Vacuum No.  2 Heater  F-52-1A


process_heater_id:
EQT 0005 11-81 - Vacuum No.  2 Heater F-52-1B


process_heater_id:
EQT 0012 14-81 - Coker No. 1 Heater No.1 F-53-1A


process_heater_id:
EQT 0014 14-81 - Coker No. 1 Heater No.2 F-53-1B


process_heater_id:
EQT 0017 16-81 - Coker No. 1 Heater No.3 F-53-1C


process_heater_id:
EQT 0028 2004-1 - Hydro Treater Heater No. 1 H-60-1


process_heater_id:
EQT 0031 2004-2 - Hydro Treater Heater No. 2 H-60-2


process_heater_id:
EQT 0032 2004-3 - Hydro Treater Heater No. 3 H-60-3


process_heater_id:
EQT 0033 2004-4 - Hydro Treater Heater No. 4 H-60-4


process_heater_id:
EQT 0052 36-81 - Coker No.1 Heater No.4 F-53-1D


process_heater_id:
EQT 0094 94-GDU - Low Sulfur Gasoline Unit Heater


process_heater_id:
EQT0060 6-81  - DHT Stripper Reboiler F-15-05


process_heater_id:
No. 1 Crude Process Heater AA-012 (2H-1A)


process_heater_id:
H1 Heater - Unit 870 Tier II Low Sulfur Hydrodesulfurization Plant


process_heater_id:
H2 Heater - Unit 870 Tier II Low Sulfur Hydrodesulfurization Plant


process_heater_id:
CRUHT15H1A New crude unit vacuum unit heater


process_heater_id:
REFHT0123 No. 2 Platformer Heaters 1, 2, 3


process_heater_id:
REFHT50H4 No. 2 Platformer stabilizer reboiler


nox_control_desc:
Management practice or work practice to reduce NOX (O2 Monitoring)


nox_control_desc:
Other (John Zink 619-A Gas Assist Burners)


nox_control_desc:
Other (Pyronics Inspirator - Mix Gas Burner)


nox_control_desc:
Monitor and control operations based on excess O2 and combustibles in the flue gas


# process_heater_pm_controls

pm_control_desc:
Utilize proper designs and operations, good combustion practices, and gaseous fules


process_heater_id:
Naphtha Splitter Reboiler Heater, 900-H1


pm_control_desc:
Other - collected with liquids in knockout drums


process_heater_id:
EQT 0004 10-81 - Vacuum No.  2 Heater  F-52-1A

pm_control_desc:
Utilize proper designs and operations, good combustion practices, and gaseous fules - Determined as BACT for PM/PM10


process_heater_id:
EQT 0005 11-81 - Vacuum No.  2 Heater F-52-1B


process_heater_id:
EQT 0012 14-81 - Coker No. 1 Heater No.1 F-53-1A


process_heater_id:
EQT 0014 14-81 - Coker No. 1 Heater No.2 F-53-1B


process_heater_id:
EQT 0017 16-81 - Coker No. 1 Heater No.3 F-53-1C


process_heater_id:
EQT 0028 2004-1 - Hydro Treater Heater No. 1 H-60-1


process_heater_id:
EQT 0031 2004-2 - Hydro Treater Heater No. 2 H-60-2


process_heater_id:
EQT 0032 2004-3 - Hydro Treater Heater No. 3 H-60-3


process_heater_id:
EQT 0033 2004-4 - Hydro Treater Heater No. 4 H-60-4


process_heater_id:
EQT 0052 36-81 - Coker No.1 Heater No.4 F-53-1D


process_heater_id:
EQT 0094 94-GDU - Low Sulfur Gasoline Unit Heater


process_heater_id:
EQT0060 6-81  - DHT Stripper Reboiler F-15-05


pm_control_desc:
Tests for combustibles and tune-ups as needed; Adjust oxygen concentration and/or adjustment of air registers/leuvers


pm_control_desc:
Management practice or work practice to reduce PM (visible emissions  monitoring for fuel oil fired heaters)


process_heater_id:
No. 1 Crude Process Heater AA-012 (2H-1A)


pm_control_desc:
Management practice or work practice to reduce PM (maintain good combustion)


pm_control_desc:
Discharges into the FCC regenerator system which has wet gas scrubber on the outlet air see table 5-1


process_heater_id:
H1 Heater - Unit 870 Tier II Low Sulfur Hydrodesulfurization Plant


process_heater_id:
H2 Heater - Unit 870 Tier II Low Sulfur Hydrodesulfurization Plant


process_heater_id:
CRUHT15H1A New crude unit vacuum unit heater


process_heater_id:
REFHT0123 No. 2 Platformer Heaters 1, 2, 3


process_heater_id:
REFHT50H4 No. 2 Platformer stabilizer reboiler


pm_control_desc:
Management practice or work practice to reduce PM (Utilize proper designs and operations, good combustion practices, and gaseous fules - Determined as BACT for PM/PM10)


pm_control_desc:
Use of clean fuels and good combustion practices


pm_control_desc:
Management practice or work practice to reduce PM (Operator Awareness Check List, Routine Inspections)


pm_control_desc:
Monitor and control operations based on excess O2 and combustibles in the flue gas


pm_control_desc:
Monitor and control operations based on excess O2 and combustibles in the flue gas.


# process_heater_so2_controls

process_heater_id:
Naphtha Splitter Reboiler Heater, 900-H1


process_heater_id:
EQT 0004 10-81 - Vacuum No.  2 Heater  F-52-1A


process_heater_id:
EQT 0005 11-81 - Vacuum No.  2 Heater F-52-1B


process_heater_id:
EQT 0012 14-81 - Coker No. 1 Heater No.1 F-53-1A


process_heater_id:
EQT 0014 14-81 - Coker No. 1 Heater No.2 F-53-1B


process_heater_id:
EQT 0017 16-81 - Coker No. 1 Heater No.3 F-53-1C


process_heater_id:
EQT 0028 2004-1 - Hydro Treater Heater No. 1 H-60-1


process_heater_id:
EQT 0031 2004-2 - Hydro Treater Heater No. 2 H-60-2


process_heater_id:
EQT 0032 2004-3 - Hydro Treater Heater No. 3 H-60-3


process_heater_id:
EQT 0033 2004-4 - Hydro Treater Heater No. 4 H-60-4


process_heater_id:
EQT 0052 36-81 - Coker No.1 Heater No.4 F-53-1D


process_heater_id:
EQT 0094 94-GDU - Low Sulfur Gasoline Unit Heater


process_heater_id:
EQT0060 6-81  - DHT Stripper Reboiler F-15-05


so2_control_desc:
Management practice or work practice to reduce SO2 (annual pounds SO2 limit for fuel oil combustion)


process_heater_id:
No. 1 Crude Process Heater AA-012 (2H-1A)


so2_control_desc:
Management practice or work practice to reduce SO2 (sulfur recovery by third-party)


so2_control_desc:
Sulfur Content of Fuel Oil must not exceed 0.72% by wt.


so2_control_desc:
Sulfur content of fuel oil must not exceed 0.72% by wt.


process_heater_id:
H1 Heater - Unit 870 Tier II Low Sulfur Hydrodesulfurization Plant


process_heater_id:
H2 Heater - Unit 870 Tier II Low Sulfur Hydrodesulfurization Plant


process_heater_id:
CRUHT15H1A New crude unit vacuum unit heater


process_heater_id:
REFHT0123 No. 2 Platformer Heaters 1, 2, 3


process_heater_id:
REFHT50H4 No. 2 Platformer stabilizer reboiler


so2_control_desc:
For an oxidation control system or a reduction control system followed by incineration, 250 ppm by volume (dry basis) of sulfur dioxide (SO2) at zero percent excess air.


so2_control_desc:
Other (specify) - Burns natural gas only


so2_control_desc:
Low sulfur distillate or low sulfur heavy gas oil


# process_heaters

primary_fuel_type_desc:
5:1 mixture of purge gas and natural gas


primary_fuel_type_desc:
Still gas or process gas only (not mixed with natural gas)


secondary_fuel_type_desc:
Still gas or process gas only (not mixed with natural gas)


process_heater_construction_type_desc:
Downfired box with detached convection sections


process_heater_construction_type_desc:
Horizontal cylinder w/ inner combustion chamber


process_heater_construction_type_desc:
Double box with common convection section


primary_fuel_type_desc:
Refinery fuel gas (mixture of natural gas and still gas or process gas)


process_heater_draft_desc:
Induced draft (exhaust-side fan only), upward firing


process_heater_draft_desc:
Forced draft (combustion air-side fan only)


primary_fuel_type_desc:
Refinery Gas, Natural Gas, and/or Still Gas


secondary_fuel_type_desc:
Refinery fuel gas (mixture of natural gas and still gas or process gas)


process_heater_draft_desc:
Other (specify) Horizontal cylindrical forced draft


process_heater_draft_desc:
Induced draft (exhaust-side fan only), side firing


secondary_fuel_type_desc:
Low Btu fuel gas from flexicoking unit or other gasification process


process_heater_construction_type_desc:
Hydrogen reformer heater - see Unit 109 Hydrogen plant


secondary_fuel_type_desc:
Other (specify) (process coproduct liquid)


process_heater_id:
Naphtha Splitter Reboiler Heater, 900-H1


process_heater_draft_desc:
Balanced draft (both air- and exhaust-side fans) with air preheater


primary_fuel_type_desc:
Refinery fuel gas (mixture of natural gas and still gas or process gas)Refinery fuel gas (mixture of natural gas and still gas or process gas)


process_heater_draft_desc:
Combustion air from 2KT331 is the source of air for the burner (simular to an FD fan air, except it contains 13-15% O2 instead of 21%)


process_heater_draft_desc:
Combustion air from 4KT501 is the source of air for the burner (simular to an FD fan air, except it contains 13-15% O2 instead of 21%)


process_heater_id:
EQT 0004 10-81 - Vacuum No.  2 Heater  F-52-1A


process_heater_id:
EQT 0005 11-81 - Vacuum No.  2 Heater F-52-1B


process_heater_id:
EQT 0012 14-81 - Coker No. 1 Heater No.1 F-53-1A


process_heater_id:
EQT 0014 14-81 - Coker No. 1 Heater No.2 F-53-1B


process_heater_id:
EQT 0017 16-81 - Coker No. 1 Heater No.3 F-53-1C


process_heater_id:
EQT 0028 2004-1 - Hydro Treater Heater No. 1 H-60-1


process_heater_id:
EQT 0031 2004-2 - Hydro Treater Heater No. 2 H-60-2


process_heater_id:
EQT 0032 2004-3 - Hydro Treater Heater No. 3 H-60-3


process_heater_id:
EQT 0033 2004-4 - Hydro Treater Heater No. 4 H-60-4


process_heater_id:
EQT 0052 36-81 - Coker No.1 Heater No.4 F-53-1D


process_heater_id:
EQT 0094 94-GDU - Low Sulfur Gasoline Unit Heater


process_heater_id:
EQT0060 6-81  - DHT Stripper Reboiler F-15-05


process_heater_draft_desc:
Forced draft (combustion air-side fan only)
5 Balanced draft (both air- and exhaust-side fans), but no air preheater


process_heater_id:
No. 1 Crude Process Heater AA-012 (2H-1A)


process_heater_draft_desc:
Induced draft (exhaust-side fan only), downward firing


process_heater_construction_type_desc:
Three separate radient boxes with common steam generation stack


process_heater_construction_type_desc:
Three separate radient boxes with common steam generation and stack


process_heater_construction_type_desc:
Three separate radient boxes with common steam and generation stack


process_unit_id:
Other LDAR - Tank Farms, Blending, Loading


process_heater_construction_type_desc:
Startup heater direct fired into the FCCU regenerator air


process_heater_id:
H1 Heater - Unit 870 Tier II Low Sulfur Hydrodesulfurization Plant


process_heater_id:
H2 Heater - Unit 870 Tier II Low Sulfur Hydrodesulfurization Plant


process_heater_id:
CRUHT15H1A New crude unit vacuum unit heater


process_heater_id:
REFHT0123 No. 2 Platformer Heaters 1, 2, 3


process_heater_id:
REFHT50H4 No. 2 Platformer stabilizer reboiler


process_heater_construction_type_desc:
This is a catalyst heater that only runs on start ups and shut downs


process_heater_construction_type_desc:
Other (Horizontal Cylindrical SCOT Heater)


process_heater_construction_type_desc:
Other - Direct Fired Air Heater for FCC Regenerator Combustion Air

process_heater_draft_desc:
Other (specify) - Direct Fired Heater.  Air supplied by FCC Main Air Blower


process_heater_draft_desc:
natural and forced air draft, with no pre-heater (heats the charge)


process_unit_id:
H500 Series Heaters Unifiner/Platformer Unit


# process_units

process_type_desc:
Facility wide entry to allow entry of fugitive components in liquid service as these are not tracked by process unit.  Throughputs provided below are for crude unit.


process_type_desc:
Catalytic reforming unit – continuous regeneration


process_type_desc:
Other petrochemical or organic chemical production (specify chemical)- disulfide sulfur


process_type_desc:
Catalytic reforming unit – cyclic regeneration


process_unit_id:
Fuel Gas Treatment Unit (No. 1 Amine Unit)


process_unit_id:
Fuel Gas Treatment Unit (No. 2 Amine Unit)


process_type_desc:
Desulfurization/ hydrotreating – heavy gas oil


process_type_desc:
Desulfurization/ hydrotreating – kerosene/jet fuel


process_type_desc:
Desulfurization/ hydrotreating – naphtha/reformer feed


process_type_desc:
Desulfurization/ hydrotreating – other distillate


process_type_desc:
Other petrochemical or organic chemical production (specify chemical)- mineral spirits


process_type_desc:
Wastewater collection and treatment system (WWTS)


process_type_desc:
Units serviced by Heating Exchange Systems


process_type_desc:
FUELS BLENDING (Low Aromatic Blend Stock--Diesel Blending)


process_type_desc:
NO. 2 CRUDE UNIT (ATMOSPHERIC DISTILLATION)


process_type_desc:
NO. 4 CRUDE UNIT (ATMOSPHERIC DISTILLATION)


process_type_desc:
MARKETING TERMINAL (TANK TRUCK LOADING/UNLOADING)


process_type_desc:
ALKYLATION PLANT (PLANT NO. 58)/FEED FRACTIONATION UNIT


process_type_desc:
Product loading – Truck/tank truck loading


process_type_desc:
Gas plant/light ends distillation/LPG production unit


process_type_desc:
Catalytic reforming unit – semi-regenerative


process_unit_id:
FUEL GAS TREATING SYSTEM (V-1640) SYSTEM


process_unit_id:
Fuel Storage and Dispensing (Gasoline 15W)


process_unit_id:
Fuel Storage and Dispensing (Gasoline 16E)


process_unit_id:
HCU Fuel Gas Treatment (V-1011) Treatment


process_unit_id:
Other Non Process Units for Equipment Leak Reporting

process_type_desc:
Other Non Process Units for Equipment Leak Reporting


process_unit_id:
(P4S1) Nine-Pos. Asphalt/Fuel Oil Tank Car Loading


process_unit_id:
(P4S3) Two-Pos. Asphalt Tank Truck - West Loading


process_unit_id:
(P4S5) Two-Pos. Asphalt/Fuel Oil Tank Truck - East Loading


process_unit_id:
(P4S7) Single Pos Asphalt Tank Truck Loading


process_unit_id:
Hiperion Unit with Backup Iron Sponge Towers (399-D-6A/B)


process_unit_id:
(P8S11) Asphalt Tank Truck Loading/Unloading Rack No. 13


process_unit_id:
(P8S12) Fuel Oil/Gas Oil Tank Truck Loading Rack No. 14


process_unit_id:
(P8S13) Asphalt Tank Truck Loading Facility No. 15


process_unit_id:
(P8S16) Fuel Oil/Light Products Truck Loading Facility No. 18


process_unit_id:
(P8S17) Fuel Oil/Diesel Tank Truck Loading Rack No. 19


process_unit_id:
(P8S18) Gasoline Loading Facilities No. 20


process_unit_id:
(P8S20) LPG Tank Truck Unloading Rack No. 22


process_unit_id:
(P8S25) Organic Tank/Rail Car Loading/Unloading Facility


process_unit_id:
(P8S27) Gasoline Tank Truck Loading Rack No. 21


process_unit_id:
(P8S4) Asphalt Tank Truck Loading Rack No. 4


process_unit_id:
(P8S5) Asphalt Tank Truck Loading Rack No. 5


process_unit_id:
(P8S6) Asphalt Tank Truck Loading Facility No. 6


process_unit_id:
(P8S7) Asphalt Tank Truck Loading Facility No. 7


process_unit_id:
(P8S8) Asphalt Tank Truck Loading Facility No. 8


process_unit_id:
(P8S9) Asphalt Tank Truck Loading/Unloading Faciilty No. 11


process_unit_id:
(P9S2) Wastewater Treating - Air Stripper


process_type_desc:
Utilities, Fuel Gas System, Flares, Cooling Towers


process_unit_id:
Butanes/Butene Tank Truck Loading (D459)


process_unit_id:
Petroleum Distillate Tank Car Loading (D464)


process_unit_id:
Spent Sulfuric Acid Tank Truck Loading  (D1380)


process_type_desc:
FPLH Hydrocarbon Recovery System Fugitives


process_type_desc:
Foul Water Strippers Fugitives and Wastewater


process_type_desc:
Stripped Sour Water Selenium Concentration - Reverse Osmosis


process_type_desc:
Other (Gasoline benzene and T90 control unit)


process_type_desc:
Other (Electricity and Steam Generation)


process_type_desc:
The unit is comprised of 121 A-train and 121 B-train


process_type_desc:
Other (specify)  Utilities Boiler and Cogeneration units


process_type_desc:
Other (specify) Non-Blending Oil Movements


process_type_desc:
Other (Merox unit for jet fuel sulfur removal)


process_type_desc:
Desulfurization/hydrotreating - naphtha reformer feed and Isomerization - Iso C5, C6


process_type_desc:
Cleans feed, seperates propane from isobutane and n-butane


process_type_desc:
Depentanizer (produces pentanes for blending)


process_type_desc:
Product, Intermed., and Crude Oil Storage


process_type_desc:
Refinery Water Supply (Fire water, water treater, chlorine injection, air plant)


process_type_desc:
Co-generation plant - Unit throughput is in MW of electricity produced


process_type_desc:
Flare Gas Recovery Unit.  Unit is in MMscf/day


process_type_desc:
Water Supply (River Water, HPS, BFW TRTR)


process_type_desc:
Other petrochemical or organic chemical production - Cumene


process_unit_id:
108- SOUR CRUDE / REDUCED CRUDE TANK FARM


process_type_desc:
Other (Removes H2S and NH3 from sour process water)


process_type_desc:
Other (Feeds are intermediate streams which go on to other units - Szorb, PBC, Gasoline Blending)


process_type_desc:
Other petrochemical or organic chemical production (Kerosene Distillation Range - High Quality)


process_type_desc:
Other (Handling and Separation/Treatment of Oil, Water and Solids from the Plant's Oily Water System)


process_type_desc:
Other (Heating System Utilizing Liquid Distillate as Medium)


process_type_desc:
Other petrochemical or organic chemical production (Normal Paraffin Fractionation - Kerosene Distillation Range)


process_type_desc:
Other (Feed Water for Plant, Pumping and Filter Treatment)


process_type_desc:
Other (Sulfuric Acid (Fresh and Spent) movements between storage tanks/bullets and units & trucks/railcars)


process_unit_id:
EQT534 WCLA/TK0102 Aggressive Biological Treatment


process_unit_id:
EQT537 WCLA/TK0202A Pretreat Air Flotation


process_unit_id:
EQT538 WCLA/TK0202B Pretreat Air Flotation


process_type_desc:
Other - distillation prior to desulfurization


process_unit_id:
Crude, TDU, Dock, GHU, CFHT, Coker, Flares, PSV

process_type_desc:
Other (Crude, TDU, Dock, GHU, CFHT, Coker, Flares, PSV)


process_unit_id:
Crude, TDU, Dock, GHU, CFHT, Coker, Flares, PSV, laboratory

process_type_desc:
Other (Crude, TDU, Dock, GHU, CFHT, Coker, Flares, PSV, laboratory)


process_unit_id:
FCC, CFH, LPG, Crude, Coker, SRU, GHU, Reformer, HCU, PT3, HDS, Sulfolane

process_type_desc:
Other (FCC, CFH, LPG, Crude, Coker, SRU, GHU, Reformer, HCU, PT3, HDS, Sulfolane)


process_unit_id:
FCC, CFH, LPG, Crude, Coker, SRU, GHU, Reformer, HCU, PT3, HDS, Sulfolane, flares

process_type_desc:
Other (FCC, CFH, LPG, Crude, Coker, SRU, GHU, Reformer, HCU, PT3, HDS, Sulfolane, flares)


process_type_desc:
Other (Light Ends Plant Saturate Gas Plant)


process_type_desc:
Atmospheric crude distillation; 2 Vacuum distillation


process_type_desc:
Other (Amine regenerator/ sour water stripper)


process_type_desc:
Storage: Products, Unit feed, & Additives


process_type_desc:
Other (Soy Wax (Hydrogenation Process) - nickel catalyst)


process_type_desc:
Atmospheric Crude Distillation and Vaccum Distillation


process_type_desc:
Other (internal natural gas distribution)


process_type_desc:
Hydrogen purification - units in MMcf/cd - not operational in 2010


process_type_desc:
Boiler feed water and air - units in MMgal/day water


process_type_desc:
Distillate treaters and pentane sweetening


process_type_desc:
Other (Boiler Feed Water Preparation, Standby Boiler)


process_type_desc:
Desulfurization/ hydrotreating – Alkylation Feed Pretreatment


process_type_desc:
Other (Naphtha Sulfide Treatment/Diesel Drying)


process_type_desc:
Desulfurization/Hydrotreating - combination diesel/heavy gas oil


process_unit_id:
BW Marine Terminal Barge Piers (Heavy Products)


process_unit_id:
BW Marine Terminal Barge Piers (Light Products)


process_type_desc:
Naphtha Merifining w/ Caustic Regeneration


process_unit_id:
Linden Terminal ULSD Rack (Bottom Loading)


process_type_desc:
Placeholder for assigning Unit IDs to test data


process_unit_id:
Loading - Rail Rack (Asphalt and Decanted Oil)


process_unit_id:
Other LDAR - Tank Farms, Blending, Loading


process_type_desc:
Other (Foul Water Stripper - segment of SRU)


process_type_desc:
Other (Shell Claus Offgas Treating unit - segment of sulfur recovery plant)


process_type_desc:
Other (Caustic Treater - segment of FCCU)


process_type_desc:
Steam, Boiler Feedwater, Instrument and Utility Air Production


process_type_desc:
Light Naphtha Desulfurization coupled with C5 C6 Isomerization


process_type_desc:
Alkylation Unit Feed Sweetening and Propylene Production


process_type_desc:
Fluid catalytic cracking unit, LDAR components (see Note section on equipment leaks)


process_type_desc:
Fluid catalytic cracking unit, 531 Amine system - process equipment associated with 1232, LDAR components (see Note section on equipment leaks)


process_type_desc:
Fluid catalytic cracking unit, 531 Amine system - process equipment associated with 1232, wastewater component (see Note section on wastewater collection and treatment)


process_type_desc:
Fluid catalytic cracking unit, 8733 unit - process equipment associated with 1232, wastewater component (see Note section on wastewater collection and treatment)


process_type_desc:
Catalytic reforming unit - cyclic regeneration, LDAR components (see Note section on equipment leaks)


process_type_desc:
Catalytic reforming unit - cyclic regeneration, C3/C4 - process equipment associated with 1332, LDAR components (see Note section on equipment leaks)


process_type_desc:
LDAR components - North Yard Oil Movement


process_type_desc:
LDAR components - South Yard Oil Movement


process_type_desc:
Miscellaneous items not otherwise covered


process_unit_id:
Fuel Gas Treatment (Unit 2800 Utilities)


process_type_desc:
Other (specify) Hydrogen Plant (No Vent)


process_type_desc:
Other (specify) Desulfurization/ hydrotreating – kerosene/jet fuel and naphtha/reformer feed


process_type_desc:
Other (Unit for Equipment Leak Section only; Includes Unit IDs 110, 150, 100)


process_type_desc:
Other (Unit for Equipment Leak Section only; Includes Unit IDs 350, 360)


process_type_desc:
Other (Unit for Equipment Leak Section only; Includes Unit IDs 120, 100)


process_type_desc:
Other (Unit for Equipment Leak Section only; Includes Unit IDs 370, 375)


process_type_desc:
Other (Raw Water Production and Storage)


process_type_desc:
Other (Steam Generation and Distribution)


process_type_desc:
Other (Unit for Equipment Leak Section only; Includes Unit IDs 900, 850, 860)


process_type_desc:
Other (Unit for Equipment Leak Section only)


process_type_desc:
Other (Wastewater Section only; Includes Unit IDs 100, 230, 940-TI, 1200)


process_type_desc:
Other (Wastewater Section only; Includes Unit IDs )


process_type_desc:
Other (Wastewater Section only; Includes Unit IDs 700, 320, 395, 450, 730)


process_type_desc:
Other (Wastewater Section only; Includes Unit ID 910)


process_type_desc:
Other (Wastewater Section only; Includes Unit IDs 320, 850, 840, 860 ,900, 910)


process_type_desc:
Other (Unit for Equipment Leak and Energy Management sections only; Includes Unit IDs 500, 130, 520, 610, 620, 630, 650, 970)


process_type_desc:
Other (Unit for Equipment Leak Section only; Includes Unit IDs 1230, 1245)


process_type_desc:
Other (Unit for Equipment Leak and Energy Management sections only; Includes Unit IDs 1100, 1110, 1120, 1130, 1140, 1150, 1170, 1190)


process_type_desc:
Other (Unit for Equipment Leak Section only; Includes Unit IDs 450, 502)


process_type_desc:
Other (Unit for Equipment Leak Section only; Includes Unit IDs 810, 820, 830, 840, 940)


process_type_desc:
Other (Unit for Equipment Leak and Energy Management sections only; Includes Unit IDs 1300, 1310, 1320, 1330)


process_type_desc:
Other (Unit for Equipment Leak Section only; Includes Unit IDs 1200, 1210)


process_type_desc:
Other (Unit for Equipment Leak Section only; Includes Unit IDs 390, 230)


process_type_desc:
Other (Unit for Equipment Leak Section only; Includes Unit IDs 910, 920)


process_type_desc:
Other (Atmospheric crude distillation (1) AND vacuum distillation (2))


process_type_desc:
Other petrochemical or organic chemical production (specify chemical) Solvents


process_type_desc:
Other (Cryogenic Unit to remove H2 and heavy ends)


process_type_desc:
Other (Uses Caustic to remove sulfur from products)


process_type_desc:
Other (specify) - Flare Gas Recovery Unit


process_type_desc:
Other (specify) - Provides compression for gas to the FCC


process_type_desc:
Other (removes H2S from streams prior to upgrading at gas plants)


process_type_desc:
Desulfurization/ hydrotreating – other - BBs


process_type_desc:
Other (extracts sulfur from B-B stream prior to hydrotreating)


process_type_desc:
Other (Plant Air, Compressor Stations, Steam, Fuel Gas systems, etc.)


process_type_desc:
Other LDAR Components including MVRU, DHT, PMB, and Flare Gas Recovery.


process_type_desc:
Other LDAR Components including Gas Blend, Penex, Prefrac, Flare System, and Pseudo-Cumene.


process_type_desc:
Other non-routine emissions includes process units and/or tanks where a non-routine emission event occurred in 2010.


process_type_desc:
Tank Farm LDAR  Components with HON applicability.


process_type_desc:
LDAR Components including Isomerization, Marine Vapor Combustion, Flare Gas Recovery, and Flare Gas.


process_type_desc:
LDAR Components associated with the tank farm at the East Refinery. Includes Terminal 2 and Terminal 3 Tank Farm


process_type_desc:
Benzene Hydro (saturates Benzene in Hexane)


process_type_desc:
Sour Water Stripping and DEA Regeneration


process_type_desc:
Amine treater, entered for fugitive comps only


process_type_desc:
Other (specify) - Amine Regeneration Unit


process_type_desc:
Other (specify) - Coastal Industrial Water Authority


process_type_desc:
Other (specify) - Groundwater Recovery System Unit


process_unit_id:
Sour Water Stripping Unit No. 1 - Sulphur Unit

process_type_desc:
Other (specify) - Sour Water Stripping Unit


process_unit_id:
Sour Water Stripping Unit No. 2 - Combo Unit


process_unit_id:
Supply and Distribution DOT - Truck/Tank Truck


process_type_desc:
Atmospheric crude and vacuum distillation


process_type_desc:
LPG loading - truck/tank truck loading/rail car loading


process_unit_id:
33-Tankage Pipeway & Truck Rack (LPG Loading Ops)


process_unit_id:
33-Tankage Pipeway & Truck rack (Truck Rack)


process_type_desc:
Desulfurization/Hydrotreat both naphtha/reformer feed and kerosene/jet fuel


process_type_desc:
Catalytic Cracking Unit Gasoline Splitter


process_type_desc:
Not a process unit (Boiler House). Added so that all LDAR components can be accounted for in Part II Section 3.


process_type_desc:
Not a process unit (Flare). Added so that all LDAR components can be accounted for in Part II Section 3


# products_produced

product_type_desc:
Unfinished Oils – Kerosene and light gas oils


product_type_desc:
Motor Gasoline Blending Components - Reformulated


product_type_desc:
Motor Gasoline Blending Components - Conventional


product_type_desc:
Aviation Gasoline – Finished and Blending Components


product_type_desc:
Distillate Fuel Oil – 15 ppm sulfur and under


product_type_desc:
Distillate Fuel Oil – greater than 15 ppm to 500 ppm sulfur


product_type_desc:
Distillate Fuel Oil – greater than 500 ppm sulfur


product_type_desc:
Residual Fuel Oil – less than 0.31% sulfur


product_type_desc:
Residual Fuel Oil – 0.31% to 1.0% sulfur


product_type_desc:
Residual Fuel Oil – greater than 1% sulfur


product_type_desc:
Petrochemical Feedstocks – Naphtha <401°F end-point


product_type_desc:
Petrochemical Feedstocks - Other Oils ≥401°F end-point


product_type_desc:
Other Miscellaneous Products (specify): Non-Fuel Use


product_type_desc:
All Other Motor Gasoline Blending Components


product_type_desc:
Other Miscellaneous Products (specify) All Other Mogas Blending Components


product_type_desc:
Distillate Fuel Oil – greater than 15 ppm to 5 ppm sulfur


product_type_desc:
Distillate Fuel Oil – greater than 5 ppm sulfur


product_type_desc:
Other Miscellaneous Products - Isobutane


product_type_desc:
Other Miscellaneous Products (Roofing Flux)


product_type_desc:
Sulfur, Reformate 95 Ron, Straight Run Gasoline, Motor Alkylate, Cat Cracked Gasoline & XLC, DAN, Reformate 100 Ron


product_type_desc:
Sulfur, Reformate 95 RON, SR Gasoline - ISFD LTSR, Motor Alkylate, Cat Crkd Gasoline & XLC


product_type_desc:
Other Miscellaneous Products (specify) (Sulfur)


product_type_desc:
Other Motor Gasoline Blending components and Misc. Products


product_type_desc:
Other Miscellaneous Products (specify) varies


product_type_desc:
Other Motor Gasoline Blendinging Components


product_type_desc:
Transformer Oils, Ink Oils, Refrigeration Oils


# state_local_tribal_regulations_citations

citation:
Section 18, Alaska Administrative Code, Chapter 50.326(a)


citation:
Refinery Wastewater NSPS (40 CFR Part 60, subpart QQQ)


citation:
ADEM Synthetic Minor Operating Permit 502-0081-X001


unit_id:
#1 MEROX Unit              #2 MEROX Unit                    #3 MEROX Unit


citation:
United States.et al.v. Lion Oil Company (civ. No. 03-1028)


citation:
United States.etal.v.Lion Oil Company (civ. No. 03-1028)


citation:
United States.etal.v.Lion Oil Company (civ.No. 03-1028)


citation:
United States.et al.v.Lion Oil Company (civ. No. 03-1028)


unit_id:
Refinery Wide Oil Mist Lubricating System Vents


citation:
BAAQMD Reg.9-1
Reg. 6-1; BAAQMD
Reg. 9-1


unit_id:
Fuel Gas Mix Drum, V-475 BTU Analyzer, 04AT821


unit_id:
Fuel Gas Mix Drum, V-701 BTU Analyzer, 97AT913


unit_id:
Fuel Gas Mix Drum, V-870 BTU Analyzer, 15AT072


unit_id:
Oil Mist Lubricating System Vents (Refinery-Wide)


citation:
BAAQMD Regulation 8 Rules 2, 10, 18, and 28; BAAQMD Regulation 6 Rule 1


citation:
BAAQMD Reg 8 Rules 2, 8, 10, 18, and 28; BAAQMD Reg 6 Rule 1


unit_id:
Wastewater Junction Box Vents (142 Total)


unit_id:
FUEL GAS TREATING SYSTEM (V-1640) SYSTEM


unit_id:
Fuel Storage and Dispensing (Gasoline 15W)


unit_id:
Fuel Storage and Dispensing (Gasoline 16E)


unit_id:
HCU Fuel Gas Treatment (V-1011) Treatment


unit_id:
Other Non Process Units for Equipment Leak Reporting


unit_id:
(P4S1) Nine-Pos. Asphalt/Fuel Oil Tank Car Loading


unit_id:
(P4S3) Two-Pos. Asphalt Tank Truck - West Loading


unit_id:
(P4S5) Two-Pos. Asphalt/Fuel Oil Tank Truck - East Loading


unit_id:
(P4S7) Single Pos Asphalt Tank Truck Loading


unit_id:
Hiperion Unit with Backup Iron Sponge Towers (399-D-6A/B)


unit_id:
(P8S11) Asphalt Tank Truck Loading/Unloading Rack No. 13


unit_id:
(P8S12) Fuel Oil/Gas Oil Tank Truck Loading Rack No. 14


unit_id:
(P8S13) Asphalt Tank Truck Loading Facility No. 15


unit_id:
(P8S16) Fuel Oil/Light Products Truck Loading Facility No. 18


unit_id:
(P8S17) Fuel Oil/Diesel Tank Truck Loading Rack No. 19


unit_id:
(P8S18) Gasoline Loading Facilities No. 20


unit_id:
(P8S20) LPG Tank Truck Unloading Rack No. 22


unit_id:
(P8S25) Organic Tank/Rail Car Loading/Unloading Facility


unit_id:
(P8S27) Gasoline Tank Truck Loading Rack No. 21


unit_id:
(P8S4) Asphalt Tank Truck Loading Rack No. 4


unit_id:
(P8S5) Asphalt Tank Truck Loading Rack No. 5


unit_id:
(P8S6) Asphalt Tank Truck Loading Facility No. 6


unit_id:
(P8S7) Asphalt Tank Truck Loading Facility No. 7


unit_id:
(P8S8) Asphalt Tank Truck Loading Facility No. 8


unit_id:
(P8S9) Asphalt Tank Truck Loading/Unloading Faciilty No. 11


unit_id:
Butanes/Butene Tank Truck Loading (D459)


unit_id:
Petroleum Distillate Tank Car Loading (D464)


unit_id:
Spent Sulfuric Acid Tank Truck Loading  (D1380)


citation:
BAAQMD Reg 1 - General, Reg 6 - Visible Emissions & Particulate Limits, Reg 9-1 Area Monitoring, Reg 9-1-310 Coke Calciner SO2 Emission Limits


citation:
Reg 6, Reg 8-2, BAAQMD Permit Conditions


citation:
BAAQMD Regulation 8-10 Process Vessel Depress


unit_id:
Unit 240 Plant 2 G-203A Make Up Compressor


unit_id:
Unit 240 Plant 2 G-203B Make Up Compressor


citation:
BAAQMD Reg. 8-2 Misc Vents, BAAQMD Reg. 8-9 Vacuum Producing, BAAQMD Reg. 8-10 Process Vessel Depressurization


citation:
SLOAPCD Memorandum of Agreement for Coke Pile Storage and Loading Operations


unit_id:
Unit 90 Cooling Water system Unit (90-CT-9000)


unit_id:
Unit 90 Cooling Water system Unit (90-CT-9002)


unit_id:
Unit 90 Cooling Water system Unit (90-CT-9004)


citation:
SIP 6: Particulate Matter and Visible Emissions


citation:
BAAQMD 8-2: Organic Compounds, Miscellaneous Operations


citation:
BAAQMD 11-10: Hazardous Pollutants, Hexavalent Chromium Emission from Cooling Towers


citation:
BAAQMD 6-1: Particulate Matter, General Requirements


citation:
BAAQMD 6-1: Particulate Matter; General Requirements


citation:
BAAQMD 11-7 (Benzene service components only)


citation:
BAAQMD ·Regulation 8 Rule 5 Organic Compounds, Storage of Organic Liquids


citation:
SIP Regulation 8, Rule 5 Storage of Organic Liquids


citation:
BAAQMD 9-1: Inorganic Gaseous Pollutants, Sulfur Dioxide Emission Limitations


citation:
BAAQMD Regulation 8 Rule 5 Organic Compounds, Storage of Organic Liquids


citation:
SIP Regulation 8 Rule 5 Organic Compounds, Storage of Organic Liquids


citation:
BAAQMD Regulation 10 Standards of Performance for New Stationary Sources incorporated by reference


citation:
BAAQMD Regulation 8, Rule 5 Organic Compounds, Storage of Organic Liquids


citation:
BAAQMD 1: General Provisions and Definitions


citation:
BAAQMD 8-44: Organic Compounds, California Marine Vessel loading of organic compounds


citation:
SIP 1: General Provisions and Definitions


citation:
SIP 8-44: Organic Compounds, California Marine Vessel loading of organic compounds


citation:
SIP Regulation 8 Rule 5 Storage of Organic Liquids


citation:
BAAQMD 12-11: Flare Monitoring at Petroleum Refineries


citation:
BAAQMD 12-12: Flares at Petroleum Refineries


citation:
BAAQMD 1: General Provisions and Definitions,


citation:
BAAQMD 2-9: Permits, Interchangable Emission Credits,


citation:
BAAQMD 6-1: Particulate Matter; General Requirements,


citation:
SIP 1: General Provisions and Definitions,


citation:
BAAQMD 2-9: Permits, Interchangable Emission Credits


citation:
BAAQMD 9-10: NOx and CO from Petroleum Refinery Boilers, Steam Generators & Process Heaters


citation:
SIP 9-10: NOx and CO from Petroleum Refinery Boilers, Steam Generators & Process Heaters


citation:
BAAQMD Regulation 8 Rule 8 Organic Compounds, Wastewater Collection and Separation Systems


citation:
SIP Regulation 8 Rule 8 Organic Compounds, California Wastewater (Oil-Water) Separators


unit_id:
S-227 (C5/Heartcut/Mogas Component Storage Tank/Tk-1741)


citation:
BAAQMD Regulation 6 Rule 1 Particulate Matter; General Requirements


citation:
SIP Regulation 6 Particulate Matter and Visible Emissions


citation:
BAAQMD SIP Regulation 6 Particulate and Visible Emissions


citation:
BAAQMD 9-10: NOx and CO from Petroleum Refinery Boilers, Steam Generators, & Process Heaters


citation:
SIP Regulation 8, Rule 8 Organic Compounds, Wastewater (Oil-Water) Separators


citation:
BAAQMD 8-15: Organic Compounds, Emulsified and Liquid Asphalts


citation:
BAAQMD 8-6: Organic Liquid Bulk Terminals and Bulk Plants


citation:
SIP 1: General Provisions and DefinitionsBAAQMD 6-1: Particulate Matter; General Requirements


citation:
SIP Regulation 8 Organic Compounds, Storage of Organic Liquids


citation:
BAAQMD Regulation 8 Rule 5 Organic Compounds, Storage of Organic Liquids Requirements for External Floating Roof Tanks


citation:
SIP Regulation 8 Rule 5 Storage of Organic Liquids Requirements for External Floating Roof Tanks


citation:
BAAQMD Regulation 8 Rule 5 Organic Compounds, Storage of Organic Liquids Exempt


citation:
SIP Regulation 8 Rule 5 Storage of Organic Liquids Exempt


citation:
BAAQMD Regulation 8, Rule 5 Organic Compounds, Storage of Organic Liquids REQUIREMENTS FOR PRESSURE TANKS


citation:
SIP Regulation 8, Rule 5 Organic Compounds, Storage of Organic Liquids REQUIREMENTS FOR PRESSURE TANKS


citation:
DE Reg. 2 Section 2, DE Reg. 4, 8, 12, 14, 17


citation:
DE Reg. 2 Sections 2 and 11, DE Reg. 4, 8, 12


citation:
DE Reg 2 Section 2, DE Reg. 4, 8, 12, 14, 20


unit_id:
One Ten-Cell Induced Draft Cooling Tower


citation:
Hawaii Administrative Rules (HAR) 11-60.1


unit_id:
12AI0020; Gasoline Blending (Reid Vapor Pressure)


unit_id:
12AI0060; Gasoline Blending (Synthetic Distillation)


unit_id:
66AI0010, 67AI0010; Reactor Effluent (O2)


unit_id:
69AI0231,0232; Recycle Gas (H2 Purity/O2)


citation:
35 IAC 219.122 Subpart B (Organic Emissions from Storage and Loading)


citation:
35 IAC 212 Subpart B (Visible Emissions)


unit_id:
A0285-R1 Caustic and Water Wash Col Gravity


unit_id:
A1129-HC H2 to C4001&C4004 Gravity Analyzer


citation:
35 IAC 219, Subpart R (Petroleum Refining LDAR)


unit_id:
C17062 N UNIFINER H2 RECYCLE COMP crankcase vent


unit_id:
C17198 VACUUM OVHD VENT GAS COMP crankcase vent


unit_id:
C17199 CRUDE OVHD VAPOR RECOVERY crankcase vent


unit_id:
C68800 HYDROGN MAKEUP RECYCL crankcase vent


unit_id:
C68801 STABILIZER VENT GAS crankcase vent


unit_id:
C69001 BOOSTER COMPRESSOR crankcase vent


unit_id:
C69002 BOOSTER COMPRESSOR crankcase vent


unit_id:
C69031 FLARE GAS RECOVERY crankcase vent


unit_id:
C6967 DES MAKE/RECYCLE COMP crankcase vent


citation:
35 IAC 214 Subpart O (Petroleum Refining, Petrochemical, and Chemical Manufacturing)


citation:
35 IAC 212 Subpart E (PM Emissions from Fuel Combustion Units)


citation:
35 IAC 216 Subpart B (Fuel Combustion Emission Sources)


citation:
35 IAC 217 Subpart C (Existing Fuel Combustion Emission Units)


citation:
35 IAC 217 Subpart U (NOX Control and Trading Program for Specified NOX Generating Units)


citation:
35 IAC 212 Subpart O (Petroleum Refining, Petrochemical, and Chemical Manufacturing)


citation:
35 IAC 214 Subpart K (Process Emission Sources)


citation:
35 IAC 216 Subpart N (Petroleum Refining and Chemical Manufacture)


citation:
35 IAC 219 Subpart R (Petroleum Refining and Related Industries; Asphalt Materials)


citation:
35 IAC 219 Subpart R (Petroleum Refining LDAR)


unit_id:
#3 Crude Unit Raw Crude Gravity Analyzer


unit_id:
Deisobutanizer BTMS To ISOBUT Analyzer in BIU (2-027)


unit_id:
H2/HC Ratio N2 Lift Gas Analyzer 2-102-AT-88


unit_id:
HPCCR Heaters 2-102-B-1A, 1B & 1C/D NOx CEM


unit_id:
Moisture Analyzer on HP Seperator Gas 2-102-AT-73


unit_id:
Moisture on H2 Makeup Analyzer 2-035-AIT-3


unit_id:
NIR & Octane Analyzers for Gasoline Blending


unit_id:
Pitch Fuel Gas Drum H2S CEM/BTU Analyzer


unit_id:
Process Gas Hydrogen Analyzer 2-107-AT-7


unit_id:
SDA Heaters 2-31-B1, 2-31-B-2 O2 Analyzers


unit_id:
South Area Fuel Gas Drum H2S CEM/BTU Analyzer


citation:
KDEP DAQ Permit C-93-126; Gasoline throughput limit


citation:
KDEP DAQ Permit S-96-183; No chromium based chemicals


citation:
LAC 33:III Chapter 2108 (but not applicable due to low vapor pressure of product)


citation:
Consolidated under Louisiana Refinery MACT


unit_id:
108- SOUR CRUDE / REDUCED CRUDE TANK FARM


citation:
No state SO2 regulation for combustion unit


citation:
No State SO2 reguation for combustion unit


citation:
LAC 33:III Chapters 5, 11, 13, 15 and 51


unit_id:
12AI6600 - NOx - Platformer Charge Heater


unit_id:
15AI6631 - NOx - HGO Hydrotreater Charge Heater


unit_id:
210AI0680/0682 - NOx & CO - SCR Outlet - Crude


unit_id:
210AI1516/1518 - CO & NOx - SCR Outlet - Vacuum


unit_id:
210AI2751A, B, C, D, F & G - GC - Crude Stabilizer Bottoms


unit_id:
212AI0508/0510 - NOx & CO - Platformer Heater


unit_id:
215AI1747/1749 - NOx & CO - HCU Fractionator Heater


unit_id:
22AI6026/27 - GC - Sats Gas Plant Depropanizer


unit_id:
243AI0060 - Heat Value - WOBBE - Fuel Gas Mix Drum


unit_id:
26AI3600/6022/23/24/6064 - GC - Gas Con Absorber Spliter Ovhd


unit_id:
26AI3682/83 - GC - Gas Con Debut Overhead


unit_id:
27AI4018 - IC4 - Alky Splitter Side Draw


unit_id:
27AI4031 - NC4 - Alky Splitter Ovhd Product


unit_id:
30AI6012/6013 - NOx & SO2 - FCCU Flue Gas Scrubber Outlet


unit_id:
46AI3611/12 - C2 & C3 - Propylene Splitter Heat Pump


unit_id:
55AI6118/6679 - NOx - CO - GDU Splitter Reboiler


unit_id:
56AI0583 - Sulfur - Distillate - New Distillate Hydrotreater


unit_id:
67AI6045 - Distillation Analyzer - Gasoline Blender 1


unit_id:
67AI6332 - Distillation Analyzer - Gasoline Blender 2


unit_id:
Ballast Water Sump           N of Tk 55-3


unit_id:
Bunker Sump                     NW of Tk 200-5


unit_id:
East of Tank 200-1 FCCU/ALKY Tank Dewatering Sump


unit_id:
Kero Sump                    NW of Tk 150-14


unit_id:
Naphtha Tanks 35-2 and 55-4 Dewatering Sump


unit_id:
NIR Analyzer Sample Pot Vent - Gasoline Blender 1


unit_id:
NIR Analyzer Sample Pot Vent - Gasoline Blender 2


unit_id:
C2-Basin #4 - Junction Box in Merox Area (near P-10-060)


unit_id:
C5-Junction box-Sump south of the East Plant Sump


unit_id:
EQT 0004 10-81 - Vacuum No.  2 Heater  F-52-1A


unit_id:
EQT 0005 11-81 - Vacuum No.  2 Heater F-52-1B


unit_id:
EQT 0012 14-81 - Coker No. 1 Heater No.1 F-53-1A


unit_id:
EQT 0014 14-81 - Coker No. 1 Heater No.2 F-53-1B


unit_id:
EQT 0017 16-81 - Coker No. 1 Heater No.3 F-53-1C


unit_id:
EQT 0028 2004-1 - Hydro Treater Heater No. 1 H-60-1


unit_id:
EQT 0031 2004-2 - Hydro Treater Heater No. 2 H-60-2


unit_id:
EQT 0032 2004-3 - Hydro Treater Heater No. 3 H-60-3


unit_id:
EQT 0033 2004-4 - Hydro Treater Heater No. 4 H-60-4


unit_id:
EQT 0052 36-81 - Coker No.1 Heater No.4 F-53-1D


unit_id:
EQT 0089 94-57 Fleet Diesel Storage T-04-23


unit_id:
EQT 0090 94-58 Fleet Gasoline Storage T-04-24


unit_id:
EQT 0094 94-GDU - Low Sulfur Gasoline Unit Heater


unit_id:
EQT0060 6-81  - DHT Stripper Reboiler F-15-05


citation:
LAC 33:III Chapter 21 Louisiana Refinery MACT


citation:
LAC 33:III.2103
"txtCitation
LAC 33:III.2103
"txtCitation
LAC 33:III.2103


citation:
PSD Permit to Construct issued May 8, 2007


citation:
Permit to Construct issued on April 20, 2010


unit_id:
Agrekko Temporary Cooling Tower in Sulfur


unit_id:
Refinery Wide Flow Meter Vents from Junction Boxes


unit_id:
Refinery Wide Vents from Manholes and Junction Boxes


unit_id:
Refinery Wide Water Seal Vents from Drains


citation:
Permit to Construct issued November 18, 1991


citation:
Permit to Construct Issued November 18, 1991


citation:
APC-S-1, Section 3.4(a)(1))  APC-S-1. Section 4.1(a)   APC-S-2


citation:
APC-S-1, Section 3.4(a)(2)  APC-S-1. Section 4.1(a)  APC-S-2


citation:
Mississippi Air and Water Pollution Control Law, Miss. Code Ann. Sections 49-17-1


citation:
APC-S-1, Section 3.4(a)(1))  APC-S-1. Section 4.1(a)


unit_id:
No. 1 Crude Process Heater AA-012 (2H-1A)


citation:
Mississippi Air and Water Pollution Control Law, Miss. Code Ann. Sections 49-17-1                    Beginning September 2010, this vent was controlled under Refinery MACT.


citation:
SO2 State Implementation Plan State-Only Stipulation


citation:
SO2 State Implementation Plan Stipulation


citation:
ARM 17.8. Sub-chapter 7, Billings/Laurel SO2 SIP


citation:
Admin. Rules of Montana Title 17, Chapter 8


unit_id:
iC4 flush and T405 bottoms strainer drain-1


unit_id:
iC4 flush and T405 bottoms strainer drain-2


unit_id:
TRA005 Dies/Lt. Dist Sulfur Sample System Vent


citation:
Administrative Rules of Montana 17.8.310


citation:
Administrative Rules of Montana 17.8.752


citation:
Administrative Rules of Montana 17.8.309 Particulate matter


citation:
Administrative Rules of Montana 17.8.322(5) Sulfur in fuel gas


citation:
Administrative Rules of Montana 17.8.322(5) sulfur in fuel gas


citation:
Administrative Rules of Montana 17.8.309 particulate matter


unit_id:
EUI 1C: Combination Unit / Refinery Flare


unit_id:
EUI 2C: HF Alkylation Unit Cooling Tower


unit_id:
EUI 3B: GHT Unit / Ultraformer Emergency Flare


unit_id:
API PreSeparator Channel 4 (Vent to TOU)


unit_id:
API PreSeparator Channel 5 (Vent to TOU)


unit_id:
API PreSeparator Channel 6 (Vent to TOU)


unit_id:
API PreSeparator Channel 7 (Vent to TOU)


unit_id:
API PreSeparator Channel 8 (Vent to TOU)


unit_id:
API PreSeparator Channel 9 (Vent to TOU)


unit_id:
Bag Dump Station/Mastermix Feeder-Train 1


unit_id:
BW Marine Terminal Barge Piers (Heavy Products)


unit_id:
BW Marine Terminal Barge Piers (Light Products)


unit_id:
Linden Terminal ULSD Rack (Bottom Loading)


unit_id:
Railcar Vent- Line No. 1 (see note below)


unit_id:
Railcar Vent- Line No. 2 (see note below)


unit_id:
SWPS Once Through Cooling Water (CW) System at 7PS


unit_id:
SWPS Once Through Cooling Water (CW) System at 7VPS


unit_id:
SWPS Once Through Cooling Water (CW) System at ABW


unit_id:
SWPS Once Through Cooling Water (CW) System at BIBFBW


unit_id:
SWPS Once Through Cooling Water (CW) System at CLEU


unit_id:
SWPS Once Through Cooling Water (CW) System at CNHBW


unit_id:
SWPS Once Through Cooling Water (CW) System at DSU-1


unit_id:
SWPS Once Through Cooling Water (CW) System at DSU-2


unit_id:
SWPS Once Through Cooling Water (CW) System at FCBW


unit_id:
SWPS Once Through Cooling Water (CW) System at FGBW


unit_id:
SWPS Once Through Cooling Water (CW) System at H2BW


unit_id:
SWPS Once Through Cooling Water (CW) System at HRU-1 (HPU)


unit_id:
SWPS Once Through Cooling Water (CW) System at ISOM-2


unit_id:
SWPS Once Through Cooling Water (CW) System at PFBW


unit_id:
SWPS Once Through Cooling Water (CW) System at POLYSP


unit_id:
SWPS Once Through Cooling Water (CW) System at POLYT


unit_id:
SWPS Once Through Cooling Water (CW) System at PRBW


unit_id:
SWPS Once Through Cooling Water (CW) System at USBW


unit_id:
A-DHT Compressor BGOT Recycle Gas H2 (AT1729A-B)


unit_id:
Alky 1 DiB OVHD/C4 CONDENSER  (AT1506A-G)


unit_id:
Alky 3 DiB OVHD / C4 Product  (AT1442A-D / AT1443A-C)


unit_id:
Alstom Boiler Fuel Gas Mix Drum on-line GC (AI2013)


unit_id:
East (AI4211) and Hydrogen Furnace (AI4411) Fuel Gas Mix Drum on-line GC


unit_id:
FCC Regenerator exhaust line CO monitor (AR305)


unit_id:
FCC Regenerator exhaust line CO2 monitor (AR306)


unit_id:
FCC Regenerator exhaust line NOx monitor (AI303A)


unit_id:
FCC Regenerator exhaust line O2 monitor (AR307)


unit_id:
H2 Plant H2S/East FG Mix Drum H2S (AT1702/1802X)


unit_id:
Hydrogen Plant Feed process analyzer H2S/C1/C6+ (AI4430)


unit_id:
ISO 2 DeC3 BTMS C3/iC5  /  DeC3 OVHD C2/iC4  (AT4362A-B
AT4380A-B)


unit_id:
ISO 2 FCCU Rich Oil Abs BTMS C2/C3/H2S (AT4223)


unit_id:
ISO 2 Heavy Iso SIMDIST EP/90%/IBP  (AT4352A-C)


unit_id:
ISO 2 Light Iso SIMDIST 90%/RVP/C4  (AT4330A-D)


unit_id:
Loading - Rail Rack (Asphalt and Decanted Oil)


unit_id:
Other LDAR - Tank Farms, Blending, Loading


unit_id:
Reformer 1 analyzer on vent from the Flue Gas Scrubber Overhead Sample System (AI503).


unit_id:
Reformer 2 analyzer on vent from the Flue Gas Scrubber (PR556980) Overhead Sample System (AI4502).


unit_id:
Reformer 2 Recycle Gas C1-C6/H2 (AT4512B-G)


unit_id:
Sat Gas DeC3 OVHD/BTMS C2/iC4  (AT504A-B)


unit_id:
Sat Gas DeC4 OVHD/BTMS  AT506A-B
(A = A-D
B = E-H (Siemens))


unit_id:
Sat Gas DiB 1 OVHD/BTMS   C3, NC4 / iC4, iC5 (AT505A-B)


unit_id:
Sat Gas DIB2 OVHD/BTMS Prod C3/NC4  (AT561A-B/AT562A-B)


unit_id:
TRP SRU Rich Amine Flash Drum H2S  (AT5512)


unit_id:
TRP SRU TG2-TGTU XS H2  (AT5701/5703)
TGTU Tailgas H2S


unit_id:
Unsat 2nd Stg Abs Dry Gas C3/UC3/C1/CO2/UC2/C2/H2S  (AT302A-G)


unit_id:
Unsat DeC4 Btms - SIMDIST  (AT317 A-Q) - H2S +


citation:
City of Philadelphia, Air Management Regulation V, Section X - Compliance with PA Standards for VOCs


citation:
City of Memphis Code Section 16-86, 16-79, 16-82


citation:
City of Memphis Code Section 16-76, 16-79, 16-82


citation:
City of Memphis Code Section 16-76, 16-79,16-82


citation:
City of Memphis Code Section 16-76,16-79, 16-82


unit_id:
COCTW0002 - Cooling Tower 2A (North-Pritchart)


unit_id:
COCTWFLUR - Cooling Tower 2B (South-FLUR)


unit_id:
CRUHT15H1A New crude unit vacuum unit heater


unit_id:
REFHT0123 No. 2 Platformer Heaters 1, 2, 3


unit_id:
REFHT50H4 No. 2 Platformer stabilizer reboiler


unit_id:
Fuel Gas Treatment (Unit 2800 Utilities)


citation:
30 TAC Chapter 115 HRVOC - HRVOCs, Vent Gas Control


citation:
30 TAC 115.127(a)(2) for vent gas control exemptions.


citation:
30 TAC Chapter 111 - Visible Emissions and Particulate Matter, Flares


citation:
30 TAC Chapter 115 HRVOC - HRVOCs, Vent Gas Control
30 TAC Chapter 115 HRVOC - HRVOCs, Vent Gas Control


citation:
Authorized under PBR Registration Number 56657.


citation:
30 TAC Chapter 111 - Visible Emissions and Particulate Matter


citation:
30 TAC Chapter 115 HRVOC
30 TAC Chapter 115 - Vent Gas Control
30 TAC Chapter 111 - Visible Emissions and Particulate Matter, Flares
30 TAC Chapter 115 - Vent Gas Control
30 TAC Chapter 111 - Visible Emissions and Particulate Matter, Flares


citation:
30 TAC Chapter 115 HRVOC - HRVOCs, Vent Gas Control
30 TAC Chapter 115 - Vent Gas Control


citation:
30 TAC Chapter 117, Subchapter B, Division 3


citation:
30 TAC Chapter 115, HRVOC Cooling Towers


citation:
31 TAC Chapter 115, HRVOC Cooling Towers


citation:
30 TAC Chapter 115, Loading and Unloading of VOC


citation:
Title 30 Part 1 Chapter 115 Subchapter D Division 2


citation:
30 TAC Chapter 30 Subchapter 112, Sulfur Compounds


citation:
Title 30 Part 1 Chapter 115 Subchapter D Division 3


citation:
Title 30 Part 1 Chapter 115 Subchapter D Division 5


citation:
Title 30 Part 1 Chapter 115 Subchapter D Division 9


citation:
Title 30 Part 1 Chapter 115 Subchapter D Division 7


citation:
Title 30 Part 1 Chapter 115 Subchapter D Division 13


citation:
Title 30 Part 1 Chapter 115 Subchapter D Division 14


citation:
Title 30 Part 1 Chapter 115 Subchapter D Division 6


citation:
Title 30 Part 1 Chapter 115 Subchapter D Division 17


citation:
Title 30 Part 1 Chapter 115 Subchapter D Division 16


citation:
Title 30 Part 1 Chapter 115 Subchapter D Division 10


citation:
Title 30 Part 1 Chapter 115 Subchapter D Division 8


citation:
Title 30 Part 1 Chapter 115 Subchapter D Division 12


citation:
Title 30 Part 1 Chapter 115 Subchapter D Division 4


citation:
Title 30 Part 1 Chapter 115 Subchapter D Division 15


unit_id:
Refinery Fuel Gas Collection and Distribution System


citation:
30 TAC Chapter 115, Subchapter B, Division 1


citation:
30 TAC Chapter 115, Subchapter D, Division 3


citation:
30 TAC Chapter 115, Subchapter H, Division 3


citation:
30 TAC Chapter 111, Subchapter A, Division 1


citation:
30 TAC Chapter 115, Subchapter H, Division 2


citation:
30 TAC Chapter 115, Subchapter C, Division 1


citation:
30 TAC Chapter 115, Subchapter H, Division 1


unit_id:
Induced and Dissolved Air Flotation Units


citation:
TCEQ Sampling Procedures Manual, Appendix P


unit_id:
Hydrogen Plant Vent on V5518 (HP1 CO2 stripper reflux accum)


unit_id:
Sour Water Stripping Unit No. 1 - Sulphur Unit


unit_id:
Supply and Distribution DOT - Truck/Tank Truck


citation:
30 TAC Chapter 115, Petroleum Refinery and Petrochemicals


citation:
30 TAC Chapter 115, Industrial Wastewater


citation:
30 TAC Chapter 115, Petroleum refinery & petrochemicals


citation:
30 TAC Chapter 115, HRVOC cooling towers


citation:
30 TAC Chapter 115, Loading and unloading of VOCs


citation:
30 TAC Chapter 115, Loading and Unloading of VOCs


citation:
30 TAC Chapter 115, Petroluem Refinery and Petrochemicals


citation:
30 TAC Chapter 115, Industrial wastewater


citation:
30 TAC Chapter 115, Industrial Wastwater


citation:
See Section VI of the Title V permit (TRO-60116) - 9 VAC 5-80-110


citation:
See Section VIII of the Title V permit (TRO-60116) - 9 VAC 5-80-110


citation:
See Section XIII of the Title V permit (TRO-60116) - 9 VAC 5-80-110, 9 VAC 5-50-410, 9 VAC 5-60-100 and 9 VAC 5-60-70


citation:
See Section XI of the Title V permit (TRO-60116) - 9 VAC 5-80-110


citation:
See Section IX of the Title V permit (TRO-60116) - 9 VAC 5-80-110 and 9 VAC 5-50-410


citation:
See Section VII of the Title V permit (TRO-60116) - 9 VAC 5-80-110and 9-VAC 5-60-100


unit_id:
33-Tankage Pipeway & Truck Rack (LPG Loading Ops)


unit_id:
33-Tankage Pipeway & Truck rack (Truck Rack)


unit_id:
Tk 300001/2 & Tk 80020/21/22 Waterdraw Systems


citation:
NR 439 Reporting, recordkeeping, testing, inspection and determination of compliance requirements


citation:
NR 420 Control of organic comopund emissions from petroleum and gasoline sources


citation:
NR 440 Standards of performance for new staionary sources


citation:
NR 440 Standards of performance for new stationary sources


citation:
NR 405 Prevention of significant deterioration


citation:
NR 460 Emission standards for HAPs for source categories - general provisions


citation:
WI Statute 285.63 Criteria for Permit Approval


citation:
WI Statute 285.62 Operation permit; application, review and effect


citation:
NR 419 Control of organic compound emissions


citation:
1994 Stipulated Agreement between Murphy Oil and WDNR


# state_local_tribal_regulations_citations_wastewater_treatment

citation:
Refinery Wastewater NSPS (40 CFR Part 60, subpart QQQ)


unit_id:
(P9S2) Wastewater Treating - Air Stripper


citation:
BAAQMD 8-8: Wastewater Collection and Separation Systems


citation:
BAAQMD SIP 8-8-304: Wastewater Collection and Separation Units, Sludge-dewatering Unit


citation:
BAAQMD SIP 8-8: Wastewater Collection and Separation Systems


citation:
BAAQMD SIP 8-8-114: Wastewater Collection and Separation Units, Exemption, Bypassed Oil-Water Separator or Air Flotation Infulent


citation:
BAAQMD SIP 8-8-113: Wastwater Collection and Separation Units, Exemption, Secondary Wastewater Treatment Processes and Stormwater Sewer Systems


citation:
BAAQMD SIP 8-8-302.3: Wastewater Collection and Separation Units, Wastewater Separators Rated Capacity Larger Than of Equal to 18.9 Liters per Seconds


citation:
BAAQMD SIP 8-8-307.2: Wastewater Collection and Separation Units, Air Flotation Unit


citation:
BAAQMD SIP 8-5 Storage of Organic Liquids Storage of Organic Liquids


citation:
BAAQMD SIP 8-5-306: Wastewater Collection and Separation Units, Oil-Water Separator And/Or Air Flotation Unit Slop Oil Vessels


citation:
BAAQMD SIP 8-5 Storage of Organic Liquids


citation:
BAAQMD SIP 8-8-305.2 Wastewater Collection and Separation Units, Oil-Water Separator And/Or Air Flotation Unit Slop Oil Vessels


citation:
BAAQMD SIP 8-8: Wastewater Collection and Separation Units


citation:
BAAQMD SIP 8-8-301.3: Wastewater Collection and Separation Units, Wastewater Separatior Designed Rated Capacity Greater Than 760 Liters per Day and Smaller Than 18.9 Liters per Second


citation:
BAAQMD SIP 8-8-305.2: Wastewater Collection and Separation Units, Oil-Water Separator And/Or Air Flotation Unit Slop Oil Vessels


citation:
Del Reg 2, 3, 4, 8, 12, 14, 20, 24 and NPDES Permit


citation:
Hawaii Administrative Rules (HAR) 11-60.1


unit_id:
EQT534 WCLA/TK0102 Aggressive Biological Treatment


unit_id:
EQT537 WCLA/TK0202A Pretreat Air Flotation


unit_id:
EQT538 WCLA/TK0202B Pretreat Air Flotation


unit_id:
Crude 2 (Sewer 10B, Sewer Drawing 10003200-320A-1129B)


unit_id:
Crude Terminal (29-01, Sewer Drawing 10003200-320A-1146B)


unit_id:
Crude Terminal (29-49, Sewer Drawing 10003200-320A-1146B)


unit_id:
GHU (Sewer 12C, Sewer Drawing 10003200-320A-1140B)


unit_id:
GHU (Sewer 12D, Sewer Drawing 10003200-320A-1140B)


unit_id:
Lab (Sewer 1A, Sewer Drawing 10003200-320A-1143B)


unit_id:
Mid East Tank Farm (63-67, Sewer Drawing 10003200-320A-1145B)


unit_id:
SouthWest Tank Farm (Sewer 5, Sewer Drawing 10003200-320A-1114B)


unit_id:
Sulfolane (Sewer 11, Sewer Drawing 10003200-320A-1133B)


unit_id:
Sulfolane (Sewer 9, Sewer Drawing 10003200-320A-1133B)


unit_id:
Truck Rail PetroChem (Sewer 36-13, Sewer Drawing 10003200-320A-1115B)


unit_id:
Waste Water Treatment Plant (No. 1 Surge, Sewer Drawing 10003200-320A-1110B)-1


unit_id:
Waste Water Treatment Plant (No. 1 Surge, Sewer Drawing 10003200-320A-1110B)-2


unit_id:
#2 Fuel Oil Pad Sump         E of Tk 75-1


unit_id:
Ballast Water Sump           N of Tk 55-3


unit_id:
Bunker Sump                     NW of Tk 200-5


unit_id:
East of Tank 200-1 FCCU/ALKY Tank Dewatering Sump


unit_id:
Kero Sump                    NW of Tk 150-14


unit_id:
Naphtha Tanks 35-2 and 55-4 Dewatering Sump


citation:
Mississippi Air and Water Pollution Control Law, Miss. Code Ann. Sections 49-17-1


citation:
Admin. Rules of Montana Title 17, Chapter 8


citation:
CAFO dated 8/29/2009 with USEPA Region 6


citation:
Texas Administrative Code, Part 1, Chapter 113


citation:
30 TAC Chapter 115, Industrial wastewater


citation:
30 TAC Chapter 115, Industrial Wastewater


unit_id:
0 None (no on-site wastewater treatment units present at facility)


citation:
1 BWON (40 CFR part 61, subpart FF) but exempt from control requirements.


citation:
2 BWON (40 CFR part 61, subpart FF) control requirements.


citation:
3 Refinery MACT 1 (40 CFR part 63, subpart CC) existing source requirements


citation:
4 Refinery MACT 1 (40 CFR part 63, subpart CC) new source requirements


citation:
5 HON (40 CFR part 63, subpart H) existing source requirements


unit_id:
6 Activated-sludge biological treatment unit

citation:
6 HON (40 CFR part 63, subpart H) new source requirements


citation:
7 Refinery Wastewater NSPS (40 CFR part 60, subpart QQQ)


citation:
NR 460 Emission standards for HAPs for source categories - general provisions


# storage_tanks

stored_liquid_desc:
Oil returned to the Trans-Alaska Pipeline


stored_liquid_desc:
Sponge Oil from Truck and Rail Vapor Recovery Units


stored_liquid_desc:
Oil Returned to the Trans-Alaska Pipeline


stored_liquid_desc:
Spent Sodium Hydroxide Solution (Sodium Hydrosulfide)


last_degassing_control_desc:
None; tank vented to atmosphere while being degassed


stored_liquid_desc:
Unfinished Oils – Kerosene and light gas oils


stored_liquid_desc:
Aviation Gasoline – Finished and Blending Components


stored_liquid_desc:
Motor Gasoline Blending Components - Conventional


stored_liquid_desc:
Other (specify) Asphalt additive (exempt due to size)


stored_liquid_desc:
Distillate Fuel Oil – greater than 500 ppm sulfur


stored_liquid_desc:
Distillate Fuel Oil – 15 ppm sulfur and under


tank_type_desc:
External Floating Roof, solid gauge pole with (1) 2"X10" slot at the bottom.


tank_type_desc:
External Floating Roof, solid guidepole - gasketed sliding cover


tank_type_desc:
Internal Floating roof with solid guidepole and aluminum roof


tank_type_desc:
Internal Floating Roof with solid guidepole and aluminum roof


tank_type_desc:
Internal Floating Roof Tank with solid guidepole and Aluminum Roof.


tank_type_desc:
Internal Floating Roof with Solid Guidepole and Aluminum Roof


tank_type_desc:
Internal Floating Roof with guidepole and Aluminum Roof


tank_type_desc:
Internal floating roof with solid guidepole and aluminum roof


tank_type_desc:
Internal Floating Roof suspended with cables


stored_liquid_desc:
Motor gasoline blending components--reformulated & conventional


stored_liquid_desc:
Unfinished oils-- kerosene and light gas oils


last_degassing_control_desc:
Portable thermal oxidizer and Portable condensation system


stored_liquid_desc:
Iso-butanes, normal butanes, and C4 olefins


stored_liquid_desc:
Isobutanes, normal butanes, and C4 olefins


stored_liquid_desc:
Contaminated soda ash water with traces of NH3


stored_liquid_desc:
Chemical Clean solution from Various equipment


stored_liquid_desc:
Clean C1850, Reactor wash water R1610, & Neutralize the 4 contactors


stored_liquid_desc:
Chem clean T1867& V1000; Neutralize R5820D & the 4 contactors


stored_liquid_desc:
Chem Clean of T-1867 & Neutralize the 4 contactors


stored_liquid_desc:
TCM from 9RES, chem clean C40, Neut. R5821B, DT3000 and resid from C1140


stored_liquid_desc:
Cat wash water R620 & Neutralize R5822A&B, R5823A/B contactors


stored_liquid_desc:
Chem clean F950 and Neutralizing soln for acid sludge


stored_liquid_desc:
Contaminated water from C-2840 Chemical Clean.


tank_type_desc:
"bullet"-like vessel; vents to water absorber then to atm


tank_type_desc:
Fixed roof tank vented to control device


tank_type_desc:
External floating roof with solid guidepoles


tank_type_desc:
Internal floating roof, controlled guidepoles


stored_liquid_desc:
Unfinished Oils – Naphthas and lighter
40 Sour water

tank_type_desc:
External floating roof, slotted guidepoles


stored_liquid_desc:
Unfinished Oils – Heavy gas oils
41 Slop oil


tank_type_desc:
External floating roof with geodesic dome roof


stored_liquid_desc:
Motor Gasoline Blending Components - Reformulated

tank_type_desc:
Internal floating roof with solid guidepoles


stored_liquid_desc:
Unfinished Oils – Kerosene and light gas oils
22 Kerosene


stored_liquid_desc:
Unfinished Oils – Heavy gas oils
22 Kerosene
41 Slop oil


tank_type_desc:
Internal floating roof, slotted guidepoles


last_degassing_control_desc:
Carbon adsorber, Methodology: multiple flushes to safely remove volatiles


last_degassing_control_desc:
Carbon canister and methodology: multiple flushes to remove volatiles


last_degassing_control_desc:
Carbon canisters and methodology: multiple flushes to remove volatiles


tank_type_desc:
External floating roof, solid guidepoles


tank_type_desc:
Other (fixed roof tank vented to fuel gas system)


tank_id:
S-227 (C5/Heartcut/Mogas Component Storage Tank/Tk-1741)


stored_liquid_desc:
Residual Fuel Oil – 0.31% to 1.0% sulfur


stored_liquid_desc:
Petrochemical Feedstocks - Other Oils ≥401°F end-point


stored_liquid_desc:
Stores AIA (Anti-Icing Agent Methyl Carbitol)


stored_liquid_desc:
Motor gasoline blending components - racing


last_degassing_control_desc:
Depressure to flare preceded by flare gas recovery, then to atmosphere


stored_liquid_desc:
Motor Gasoline Blending Components - Reformulated/Conventional Mix


stored_liquid_desc:
Motor Gasoline Blendin gComonents - Reformulated/Conventional Mix


stored_liquid_desc:
Motor Gasoline Blending Comopents - Reorumulated/Conventional Mix


stored_liquid_desc:
Motor Gasoline Blending Components - Reforumlated/Conventional Mix


stored_liquid_desc:
Motor Gasoline Blending Components - Reformulated/Conventional mix


tank_type_desc:
External floating roof, controlled guidepoles


last_degassing_control_desc:
Circulation of gasoil and centrifuge w/carbon canisters to control vapors from the frac tanks


last_degassing_control_desc:
drained free liquid, nitrogen purged.to atmosphere


last_degassing_control_desc:
gas oil circulation, centrifuged solids, carbon canisters to control vapors


stored_liquid_desc:
Petrochemical Feedstocks – Naphtha <401°F end-point


tank_type_desc:
Other (specify) Horizonal Vented to Carbon


tank_type_desc:
Other (External Floating roof with no guidepoles)


last_degassing_control_desc:
Other (Chemical used for hydrocarbon entrainment)


tank_type_desc:
Other (specify) - Fixed roof with internal floater, vapors above floating roof go to a caustic scrubber


tank_type_desc:
Other (specify) - Open Top / Cone Bottom


tank_type_desc:
Other (Internal floating roof, no guidepoles)


last_degassing_control_desc:
Other (specify) Never taken out of service


last_degassing_control_desc:
Other (specify) Scrubbing System with Carbon


tank_type_desc:
Internal floating roof with solid guidepoles; 99 Nitrogen blanket


tank_type_desc:
Other (specify) Refrigerated domed with drt


tank_type_desc:
Internal floating roof, slotted guidepoles; 99 Geodesic Dome


tank_id:
EQT 0089 94-57 Fleet Diesel Storage T-04-23


tank_id:
EQT 0090 94-58 Fleet Gasoline Storage T-04-24


tank_type_desc:
External Floating Roof with 1" diameter hole cut 180 degrees every 5'


tank_type_desc:
External Floating Roof with a guide rail


tank_type_desc:
Other (Internal Floating roof without guidepoles)


stored_liquid_desc:
Distillate Fuel Oil – greater than 5 ppm sulfur


stored_liquid_desc:
Residual Fuel Oil – greater than 1% sulfur


last_degassing_control_desc:
Other (Float roof with low VP hydrocarbon, then drain prior to opening)


tank_type_desc:
Other (Internal Floating Roof with no guide pole)


tank_type_desc:
rectangular in ground tank with external floating roof, 250' x 250'


last_degassing_control_desc:
Tank installed in current location in 1986.


last_degassing_control_desc:
Tank installed in current location in 1953


last_degassing_control_desc:
Tank was fixed roof with carbon canister control prior to 2006 conversion to IFR.


last_degassing_control_desc:
New tank in service in 2004.  Has not been degassed since.


last_degassing_control_desc:
New tank in service in 2007.  Has not been degassed since.


last_degassing_control_desc:
New tank in service in 1997.  Has not been degassed since.


last_degassing_control_desc:
New tank in service in 2005.  Has not been degassed since.


tank_type_desc:
Internal floating roof, slotted guidepole

last_degassing_control_desc:
None; tank vented to atmosphere while being degasses


last_degassing_control_desc:
pull tank down to minimum from water draw, refloat roof using water, set legs for tank, then pull tank down to minimum from water draw, and then chemically clean the tank.


last_degassing_control_desc:
pull tank down to minimum from water draw, refloat roof using water, and then pull tank down to minimum from water draw.


tank_type_desc:
IFR w/ solid guidepole plus diesel blanket on top of sour water


tank_type_desc:
Internal floating roof (slotted guidepole) with vapor balance


last_degassing_control_desc:
tank rinsed with low vapor pressure product


tank_type_desc:
Internal floating roof, slotted guidepoles with carbon adsorption unit


tank_type_desc:
Other (specify): Internal floating roof with no guidepole


stored_liquid_desc:
Other (5 Propane, 7 Normal Butane, 9 Isobutane, 11 Unfinished Oils Napthas and Lighter)

last_degassing_control_desc:
Other (Degassed to W.L.F.S. - C-002 Flare Gas Recovery Compressor)


stored_liquid_desc:
Other (specify) Methyl Isobutyl Keytone (MIBK)

tank_type_desc:
Other (specify) Internal Floating Roof No guidepole


stored_liquid_desc:
Other (specify) Methyl Ethyl Keytone and MIBK


stored_liquid_desc:
Other ( Finished gasoline and gasoline component mix )


stored_liquid_desc:
Propylene, 8 Butylene, 9 Isobutane,  10 Isobutylene

last_degassing_control_desc:
Other (Degassed to W.L.F.S. Via D-011 and D-017)


stored_liquid_desc:
Other (7 Normal Butane, 9 Isobutane, 99 (Alkylate))


stored_liquid_desc:
Other (specify) - Propane, Butane, Pentanes to LEFU UPN manifold


last_degassing_control_desc:
Other (Degassed to W.L.F.S. Via Alky Disengaging Drums)


stored_liquid_desc:
Residual Fuel Oil – less than 0.31% sulfur


last_degassing_control_desc:
Other (Changed service to product w/ vapor pressure below .5)


tank_type_desc:
Internal Floating Roof, unknown guidepole configuration


tank_type_desc:
External Floating Roof, unknown guidepole configuration


last_degassing_control_desc:
See attached excel file attached to this submittal


last_degassing_control_desc:
See notes excel file attached to this submittal


last_degassing_control_desc:
See notes section attached to this submittal


last_degassing_control_desc:
See excel file attached to this submittal


last_degassing_control_desc:
Tank is less than 10 years old and has not gone through any cleanings as of the date of this submittal


stored_liquid_desc:
SPENT  HYDROCARBON RAG LAYER ON SPENT ACID


last_degassing_control_desc:
tank out of service until being put into this service in 2010


stored_liquid_desc:
Other (specify) - Propane/Propylene Mixture


stored_liquid_desc:
Other (specify) - Light Straight Run Gasoline


stored_liquid_desc:
Oil/Water Mixture (temp. out of service)


stored_liquid_desc:
OOS in 2010. (Previously held Crude Oil)


stored_liquid_desc:
OOS in 2010. (Previously distillate fuel oil - 15 ppm sulfur and under)


stored_liquid_desc:
OOS in 2010. (Previously Finished Motor Gasoline - Conventional)


stored_liquid_desc:
OOS in 2010. (Previously held Motor Gasoline Blending Components - Conventional)


# storage_tanks_facility_level

notes:
This is the total methane in the natural gas used to blanket several storage tanks at the refinery.  About half of those tanks have recovery systems on them that route the gas blanket back to the fuel gas system.


notes:
For EFRT/IFRT the minimum height floating roof above floor at the shell when landed is provided in feet. Tanks which are greater than 10,000 gallons and normally contain liquids with a true vapor pressure greater than 0.1 psi but were not in service during 2010 were not included in the database (Murphy ID’s 80-1, 80-9, 80-12, 80-18, and 200-1).


# sulfur_recovery_unit_tail_gas_treatments

tail_gas_treatment_desc:
Not licensed SCOT unit with backup Incinerator


tail_gas_treatment_desc:
Other (Beavon/amine followed by incinerator)


tail_gas_treatment_desc:
Catalytic Reactor, Quench Column, Amine Absorber, Incinerator


tail_gas_treatment_desc:
same as SCOT except for heating is by exchanger rather than inline firing


# sulfur_recovery_units

backup_control_desc:
Management practice or work practice (specify) PMO Plan


sulfur_pit_controls:
Steam assisted vapor recovery then incineration


sulfur_pit_controls:
Pit Sweep/Eductor recovery system to remove H2S and SO2; sends it back to incinerator and becomes the SO2 in tail gas stream.


sulfur_pit_controls:
Steam eductor routed ot thermal oxidizer

backup_control_desc:
Divert to other SRU, Sulfur shedding (reduce production of high sulfur fuel gas, Aqua Ammonia Scrubber


sulfur_pit_controls:
Steam eductor routed to thermal oxidizer


backup_control_desc:
Divert to other SRU, Sulfur shedding (reduce production of high sulfur fuel gas)


sulfur_pit_controls:
Vapor recovery via vent blowers with reinjection to the process.

backup_control_desc:
Divert to other SRU, Sulfur shedding (reduce production of high sulfur fuel gas), Reduction in sour water processing


backup_control_desc:
Divert to other SRU, Sulfur shedding (reduct production of high sulfur fuel gas), Reduction in sour water processing


backup_control_desc:
Sulfur shedding (reduce production of high sulfur fuel gas)
98 Management practice or work practice (PMO Plan from NSR CD)


sulfur_recovery_unit_desc:
Hiperion Technology (Absorption using Naphtha Quinone Solution and regeneration)

sulfur_pit_controls:
There is no Sulfur Pit at this facility. The SRU out put is sulfur cake.

backup_control_desc:
Iron Sponge Towers [H2S removal by contact and reaction with hydrated iron oxide on wood chips]


sulfur_pit_controls:
Pit with nitrogen blanket with vent scrubber

backup_control_desc:
General plant flare, Divert to other sulfur train (two sulfur trains in SRU), Sulfur shedding (reduce production of high sulfur fuel gas)


sulfur_pit_controls:
Pit covered with vent connected to absorber

backup_control_desc:
General plant flare / Divert to other SRU / Sulfur shedding (reduce production of high sulfur fuel gas) / Other (Vent to Sulfuric Acid Plan)


sulfur_pit_controls:
Pit covered with vent connected to Scrubber

backup_control_desc:
General plant flare / Divert to other SRU / Sulfur shedding (reduce production of high sulfur fuel gas)


backup_control_desc:
Divert to other SRU and General plant flare


backup_control_desc:
Plant Flare, Divert to other SRU, Incinerator Stack


sulfur_pit_controls:
The sulfur is kept molten by an internal coil that uses 50 to 60 psig steam.  Eductor pulls a draft to sweep the pit head space to the Acid Plant combustion chamber or the Sulfur Plant reaction furnace.

backup_control_desc:
Sulfur shedding (reduce production of high sulfur fuel gas) and divert to Sulfuric Acid Plant


backup_control_desc:
Sulfur shedding (reduce production of high sulfur fuel gas) and divert to SRU


sulfur_pit_controls:
The collected vapor at the sulfur pit is sent to the front of the SRU. In case of emergency,  the vapor can be sent to the TGTU backup incinerator.

backup_control_desc:
All "Dedicated SRU flare", "Divert to other SRU", "Sulfur shedding (reduce production of high sulfur fuel gas)", and "Management practice or work practice(SRU uses O2 to enrich the inlet air to the unit to decrease Nox formation)" apply


sulfur_pit_controls:
Pit degassing with vapors returned to front of SRU


backup_control_desc:
Multiple: Dedicated SRU flare, General plant flare, Divert to other SRU, Sulfur shedding (reduce production of high sulfur fuel gas), Operations Maintenance & Malfunction Plan (OMMP), & Sulfur Pit


backup_control_desc:
Combination of "Sulfur shedding", "Divert to other SRU", and as last resort, "General plant flare"


sulfur_recovery_plant_id:
South Sulfur Revocery Plant - East Train

backup_control_desc:
3 Divert to other SRU
4 Sulfur shedding (reduce production of high sulfur fuel gas)
98 Management practice or work practice (specify) PMO Plan


sulfur_recovery_plant_id:
South Sulfur Revocery Plant - West Train


sulfur_pit_controls:
Pit vapors are captured and routed to one of two incinerators (66F-3 or 66F-5) via a blower system (62K-2).


sulfur_pit_controls:
Pit vapors are captured and routed to one of two incinerators (66F-3 or 66F-5) via a blower system (63K-2).


backup_control_desc:
Alternate SRU, Emergency Absorber and or Dedicated Flare


backup_control_desc:
Divert to other SRU and Control tailgas H2S:SO2 ratio and sulfur dew point margin


sulfur_pit_controls:
Each sulfur pit is equipped with two eductors, which direct the pit vapors to the SRU Incinerator.

backup_control_desc:
Divert to other SRU
4 Sulfur shedding (reduce production of high sulfur fuel gas)


sulfur_pit_controls:
Pit vent eductor to thermal oxidizer (No 4 & 5 SRU share a common stack)


sulfur_pit_controls:
Steam eductor to thermal oxidizer (No 1 & 2 SRU share a common stack)


backup_control_desc:
Other ((Management practice or work practice - PMO Plan from NSR CD), 98 Management practice or work practice (Divert to other claus train and Rotine Tail Gas to Incinerator), 4 Sulfur shedding (reduce production of high sulfur fuel gas))


sulfur_pit_controls:
Pit vapor routed to second stage reaction furnace, using steam eductor; vapors on flow control.  Pit vent opens to atmosphere on low flow to prevent the creation of an explosive mixture in pit.

backup_control_desc:
Divert to other SRU
4 Sulfur shedding (reduce production of high sulfur fuel gas)
98 Management practice or work practice (PMO Plan)
99 Other (Modify mode of operation between air and oxygen to support large change in flow)


backup_control_desc:
Divert to other SRU                            4 Sulfur shedding (reduce production of high sulfur fuel gas)


sulfur_pit_controls:
steam eductor sweep to sulfur plant incinerator


backup_control_desc:
Other (Divert to other SRU first, sulfur shedding second, send to flare as last option)


backup_control_desc:
Sulfur shedding (reduce production of high sulfur fuel gas)


backup_control_desc:
Combination - Divert  to Other SRU, Cut Sour Water, Increase Oxygen Enrichment, Sulfur Shedding


backup_control_desc:
Divert to other SRU
4 Sulfur shedding (reduce production of high sulfur fuel gas)
2 General plant flare


sulfur_pit_controls:
Vent gas blowers transfer liberated H2S to dedicated SRU thermal oxidizer


sulfur_pit_controls:
vent gas blowers transfer liberated H2S to the Stretford absorber where it is recovered as Sulfur.


sulfur_pit_controls:
Vent gas blowers transfer liberated H2S to the Stretford absorber where it is recovered as Sulfur.


backup_control_desc:
General plant flare, Divert to other SRU, ESDs, Procedures, and Management practice or work practice


backup_control_desc:
SRU is back-up unit to the SWAATS units and is only used when capacity of SWAATS unit is exceeded


backup_control_desc:
Divert to other SRU
4 Sulfur shedding (reduce production


backup_control_desc:
Dedicated SRU flare, General plant flare, Divert to other SRU, Sulfur shedding (reduce production of high sulfur fuel gas)


sulfur_pit_controls:
Vapor to incinerator or reaction furnace


backup_control_desc:
1) Divert to South SRU, 2) Sulfur Shedding, 3) General Sulfur Plant Flare


backup_control_desc:
1) Divert to North SRU, 2) Sulfur Shedding, 3) General Sulfur Plant Flare


sulfur_pit_controls:
Primary-Routed to SRU 2 Incinerator Secondary Routed to Claus


backup_control_desc:
Dedicated SRU flare, Divert to other SRU, Sulfur shedding (reduce production of high sulfur fuel gas), or Shift to non-SRU treatment (45) Methyl Mercaptan Unit


backup_control_desc:
Dedicated SRU flare, Divert to other SRU, or Shift to non-SRU treatment (45) Methyl Mercaptan Unit


sulfur_recovery_unit_desc:
Other (specify) Ammonium Thiosulfate (ATS) Unit


sulfur_pit_controls:
Steam eductor system transports sulfur header vent gas to SRU Incinerator burners 141-H-069 7 195-H-048


sulfur_pit_controls:
Routine operator level monitoring and manual record keeping.

backup_control_desc:
Sulfur plant influent acid gas can be diverted to circulating caustic scrubbing system. Spent caustic is contained, and trasported to a contracted diposal facility offsite. The tail gas from the SRU can be diverted to a thermal oxidizer.


sulfur_pit_controls:
Normal Controls 
- 3 pits routed to tail gas unit;
- 1 pit routed to Claus
Back-up Control 
- 2 pits route to incinerator


backup_control_desc:
Divert to other SRU 98 Management practice or work practice (SRU PMO Plan per EPA NSR CD Case No. 05C5809)


backup_control_desc:
Combination - Divert to Other SRU, Sulfur Shedding


backup_control_desc:
Combination - Divert load to Other SRU, Sulfur Shedding


sulfur_pit_controls:
Vapors from the sulfur pit is removed with an eductor and sent either to the Tail Gas Incinerator or to the Claus Unit

backup_control_desc:
Divert to other SRU, plant sulfur shedding plan & a shared plant flare


sulfur_pit_controls:
Not applicable (no sulfur pit, have sulfur collection header)


sulfur_pit_controls:
Steam eductor system transports sulfur header vent gas to SRU Incinerator burners


backup_control_desc:
Sulfur shedding (reduce production of high sulfur fuel gas) and Redundancy


backup_control_desc:
Sulfur shedding (reduce production of high sulfur fuel gas) and Management practice or work practice - Low Sulfur Feed


backup_control_desc:
Divert to other SRU and/or Sulfur shedding


backup_control_desc:
Divert to other SRU and/or sulfur shedding


sulfur_pit_controls:
Vent gas eductor transfers liberated H2S to SRU thermal oxidizer

backup_control_desc:
Divert to other SRU, sulfur shedding (reduce production of high sulfur fuel gas), and general plant flare


sulfur_pit_controls:
Level/temp transmitters w/high & low alarms, N2 blanket


backup_control_desc:
general flare, sulfur shedding, management plan


backup_control_desc:
Divert to other SRU
4 Sulfur shedding (reduce production of high sulfur fuel gas)
99 Incinerator


sulfur_pit_controls:
Radar Gauge, Steam driven eductor for vapor control

backup_control_desc:
General plant flare and SRU/TGTU incinerator


# unit_ids

unit_id:
#1 MEROX Unit              #2 MEROX Unit                    #3 MEROX Unit


unit_id:
Fuel Gas Treatment Unit (No. 1 Amine Unit)


unit_id:
Fuel Gas Treatment Unit (No. 2 Amine Unit)


unit_desc:
FUELS BLENDING (Low Aromatic Blend Stock--Diesel Blending)


unit_desc:
NO. 2 CRUDE UNIT (ATMOSPHERIC DISTILLATION)


unit_desc:
NO. 4 CRUDE UNIT (ATMOSPHERIC DISTILLATION)


unit_desc:
ALKYLATION PLANT (PLANT NO. 58)/FEED FRACTIONATION UNIT


unit_id:
Refinery Wide Oil Mist Lubricating System Vents


unit_id:
Fuel Gas Mix Drum, V-475 BTU Analyzer, 04AT821


unit_id:
Fuel Gas Mix Drum, V-701 BTU Analyzer, 97AT913


unit_id:
Fuel Gas Mix Drum, V-870 BTU Analyzer, 15AT072


unit_id:
No 10: H2 Plant Methanol Scrubbers 9/15/2009


unit_id:
Oil Mist Lubricating System Vents (Refinery-Wide)


unit_id:
Wastewater Junction Box Vents (142 Total)


unit_id:
FUEL GAS TREATING SYSTEM (V-1640) SYSTEM


unit_id:
Fuel Storage and Dispensing (Gasoline 15W)


unit_id:
Fuel Storage and Dispensing (Gasoline 16E)


unit_id:
HCU Fuel Gas Treatment (V-1011) Treatment


unit_id:
Other Non Process Units for Equipment Leak Reporting


unit_id:
(P4S1) Nine-Pos. Asphalt/Fuel Oil Tank Car Loading


unit_id:
(P4S3) Two-Pos. Asphalt Tank Truck - West Loading


unit_id:
(P4S5) Two-Pos. Asphalt/Fuel Oil Tank Truck - East Loading


unit_id:
(P4S7) Single Pos Asphalt Tank Truck Loading


unit_id:
Sulfur Loading- 28F-11 Sulfur Loading Rack Incinerator


unit_id:
Sulfur Loading- 28F11 Sulfur Pit Incinerator
 (Sulfur Pit & Loading Rack Vapors w/ Carbon Control)


unit_id:
U29- SRU 29F-4 Tail Gas Unit Incinerator #1


unit_id:
U29- SRU 29F-4 Tail Gas Unit Incinerator #2


unit_id:
Hiperion Unit with Backup Iron Sponge Towers (399-D-6A/B)


unit_id:
(P8S11) Asphalt Tank Truck Loading/Unloading Rack No. 13


unit_id:
(P8S12) Fuel Oil/Gas Oil Tank Truck Loading Rack No. 14


unit_id:
(P8S13) Asphalt Tank Truck Loading Facility No. 15


unit_id:
(P8S16) Fuel Oil/Light Products Truck Loading Facility No. 18


unit_id:
(P8S17) Fuel Oil/Diesel Tank Truck Loading Rack No. 19


unit_id:
(P8S18) Gasoline Loading Facilities No. 20


unit_id:
(P8S20) LPG Tank Truck Unloading Rack No. 22


unit_id:
(P8S25) Organic Tank/Rail Car Loading/Unloading Facility


unit_id:
(P8S27) Gasoline Tank Truck Loading Rack No. 21


unit_id:
(P8S4) Asphalt Tank Truck Loading Rack No. 4


unit_id:
(P8S5) Asphalt Tank Truck Loading Rack No. 5


unit_id:
(P8S6) Asphalt Tank Truck Loading Facility No. 6


unit_id:
(P8S7) Asphalt Tank Truck Loading Facility No. 7


unit_id:
(P8S8) Asphalt Tank Truck Loading Facility No. 8


unit_id:
(P8S9) Asphalt Tank Truck Loading/Unloading Faciilty No. 11


unit_id:
(P9S2) Wastewater Treating - Air Stripper


unit_id:
Source Test - Boiler 10 - NH3 - 12_10_2010


unit_id:
Source Test - Boiler 10 - PM NH3 - 10_30_2009


unit_id:
Source Test - Boiler 10 - PM NOx SO2 CO ROG - 12_19_2007


unit_id:
Source Test - Coke Drum During Venting - PM H2S VOC - 03_04_2010


unit_id:
Source Test - Coker Steam Vent - PM - 09_08_2008


unit_id:
Source Test - H2 Plant Vents - VOC - 10_27_2010


unit_id:
Butanes/Butene Tank Truck Loading (D459)


unit_id:
Petroleum Distillate Tank Car Loading (D464)


unit_id:
Source Test - Acid Plant Scrubber - SOx H2S - 06_29_2009


unit_id:
Source Test - Boiler 7 SCR - NH3 - 09_08_2010


unit_id:
Source Test - Cogen and Cogen SCR - CO and NH3 - 08_16_2010


unit_id:
Source Test - Sulfur Plant Acid Stack - CO PM H2SO4 - 04_16_08


unit_id:
Spent Sulfuric Acid Tank Truck Loading  (D1380)


unit_id:
Unit 240 Plant 2 G-203A Make Up Compressor


unit_id:
Unit 240 Plant 2 G-203B Make Up Compressor


unit_id:
Unit 90 Cooling Water system Unit (90-CT-9000)


unit_id:
Unit 90 Cooling Water system Unit (90-CT-9002)


unit_id:
Unit 90 Cooling Water system Unit (90-CT-9004)


unit_id:
10A069 ( TDC ALA023, 21)  (Alky T-1062 overhead)


unit_id:
10A070 (TDC ALA071,72,73)  (Alky DIB Overhead T-1063)


unit_id:
11A001 (TDC ALA051,52,54)  (Alky R-1060 inlet and outlet)


unit_id:
17A011 (OM 011, 012 VLE and Alky rundown)


unit_id:
1A010 / A111 Jet Distillation (PSA101 / PSA995)


unit_id:
2AT503 Splitter Bottoms (VLA031 / 32 / 34 / 37)


unit_id:
39A0011 (TDC DMA011,12,13) (Dimersol stabilizer overhead T3901)


unit_id:
44A030 (MRU Heartcut tower side/bottom streams)


unit_id:
54A711/712 Sample Recovery Drum (54A711/712 Sample Recovery Drum)


unit_id:
54A711-T DSL Sulfur (54A711-T DSL Sulfur)


unit_id:
5A001 (HCU Heavy Hydrocrakate sample drum)


unit_id:
8A005 (TDC CLA005) (FCCU T-806 H2 scrubber)


unit_id:
8A050 (TDC CLA052)   (FCCU C5 product sulfur recovery tank vent)


unit_id:
8A060 (TDC CLA063)  (FCCU Hcn stribber bottoms T-807A)


unit_id:
D-141 Sample Recovery Drum (1A160 / 170 Sample Recovery Drum)


unit_id:
S-227 (C5/Heartcut/Mogas Component Storage Tank/Tk-1741)


notes:
DCR uses a continuous catalytic reactor; therefore, the average annual regeneration frequency is continuous.


notes:
The steam produced by Boilers 1 through 4 can be directed to any of four turbo generators.  The four turbo generaters are designated TG1 (30  MW), TG2 (30 MW), TG3 (70 MW), and TG4 (10 MW).


unit_id:
One Ten-Cell Induced Draft Cooling Tower


unit_id:
12AI0020; Gasoline Blending (Reid Vapor Pressure)


unit_id:
12AI0060; Gasoline Blending (Synthetic Distillation)


unit_id:
66AI0010, 67AI0010; Reactor Effluent (O2)


unit_id:
69AI0231,0232; Recycle Gas (H2 Purity/O2)


unit_id:
A0285-R1 Caustic and Water Wash Col Gravity


unit_id:
A1129-HC H2 to C4001&C4004 Gravity Analyzer


unit_id:
C17062 N UNIFINER H2 RECYCLE COMP crankcase vent


unit_id:
C17198 VACUUM OVHD VENT GAS COMP crankcase vent


unit_id:
C17199 CRUDE OVHD VAPOR RECOVERY crankcase vent


unit_id:
C68800 HYDROGN MAKEUP RECYCL crankcase vent


unit_id:
C68801 STABILIZER VENT GAS crankcase vent


unit_id:
C69001 BOOSTER COMPRESSOR crankcase vent


unit_id:
C69002 BOOSTER COMPRESSOR crankcase vent


unit_id:
C69031 FLARE GAS RECOVERY crankcase vent


unit_id:
C6967 DES MAKE/RECYCLE COMP crankcase vent


unit_id:
FCCU-1 NOx SO2 CO VOC Source Test_03-19-2009


unit_id:
HTR-ALKY-HM2 NOx CO Source Test_06-17-2008


unit_id:
HTR-DU1-F301 NOx, PM, CO, VOC Source Test_03-30-2006


unit_id:
North Property Flare H2S Source Test_2007-12-13


unit_id:
WWTP Benzene Biodegradation Rate_June 2005


unit_id:
Naphtha Splitter Reboiler Heater, 900-H1


notes:
Unit was down for most of 2010.  During normal operation, averaged throughput rate should be 6.66 MMscf/day.


unit_id:
#3 Crude Unit Raw Crude Gravity Analyzer


unit_id:
Deisobutanizer BTMS To ISOBUT Analyzer in BIU (2-027)


unit_id:
H2/HC Ratio N2 Lift Gas Analyzer 2-102-AT-88


unit_id:
HPCCR Heaters 2-102-B-1A, 1B & 1C/D NOx CEM


unit_id:
Moisture Analyzer on HP Seperator Gas 2-102-AT-73


unit_id:
Moisture on H2 Makeup Analyzer 2-035-AIT-3


unit_id:
NIR & Octane Analyzers for Gasoline Blending


unit_id:
Pitch Fuel Gas Drum H2S CEM/BTU Analyzer


unit_id:
Process Gas Hydrogen Analyzer 2-107-AT-7


unit_id:
SDA Heaters 2-31-B1, 2-31-B-2 O2 Analyzers


unit_id:
South Area Fuel Gas Drum H2S CEM/BTU Analyzer


notes:
Flow/recirculation rate is calculated from 50,000 gal/day, but ends up greater than water make-up rate - doesn't seem right


notes:
Dedicated to Unit #2, Unit #5, and Unit #6.  Fuel gas flow rate at capacity assumes 150% of average flow.  Average fuel gas flow rate into unit from FI-3602.  Estimated operating hours assumes a 7-day shutdown.


notes:
Steam Generating Capacity (lb/hr) at 200 psi


notes:
Fuel gas flow rate at capacity assumes 150% of average flow.  Average fuel gas flow rate into unit from FI-774.  Estimated operating hours assumes a 7-day shutdown.


unit_id:
108- SOUR CRUDE / REDUCED CRUDE TANK FARM


unit_id:
EQT534 WCLA/TK0102 Aggressive Biological Treatment


unit_id:
EQT537 WCLA/TK0202A Pretreat Air Flotation


unit_id:
EQT538 WCLA/TK0202B Pretreat Air Flotation


unit_id:
Crude 2 (Sewer 10B, Sewer Drawing 10003200-320A-1129B)


unit_id:
Crude Terminal (29-01, Sewer Drawing 10003200-320A-1146B)


unit_id:
Crude Terminal (29-49, Sewer Drawing 10003200-320A-1146B)


unit_id:
Crude, TDU, Dock, GHU, CFHT, Coker, Flares, PSV


unit_id:
Crude, TDU, Dock, GHU, CFHT, Coker, Flares, PSV, laboratory


unit_id:
FCC, CFH, LPG, Crude, Coker, SRU, GHU, Reformer, HCU, PT3, HDS, Sulfolane


unit_id:
FCC, CFH, LPG, Crude, Coker, SRU, GHU, Reformer, HCU, PT3, HDS, Sulfolane, flares


unit_id:
GHU (Sewer 12C, Sewer Drawing 10003200-320A-1140B)


unit_id:
GHU (Sewer 12D, Sewer Drawing 10003200-320A-1140B)


unit_id:
Lab (Sewer 1A, Sewer Drawing 10003200-320A-1143B)


unit_id:
Mid East Tank Farm (63-67, Sewer Drawing 10003200-320A-1145B)


unit_id:
SouthWest Tank Farm (Sewer 5, Sewer Drawing 10003200-320A-1114B)


unit_id:
Sulfolane (Sewer 11, Sewer Drawing 10003200-320A-1133B)


unit_id:
Sulfolane (Sewer 9, Sewer Drawing 10003200-320A-1133B)


unit_id:
Truck Rail PetroChem (Sewer 36-13, Sewer Drawing 10003200-320A-1115B)


unit_id:
Waste Water Treatment Plant (No. 1 Surge, Sewer Drawing 10003200-320A-1110B)-1


unit_id:
Waste Water Treatment Plant (No. 1 Surge, Sewer Drawing 10003200-320A-1110B)-2


unit_id:
#2 Fuel Oil Pad Sump         E of Tk 75-1


unit_id:
12AI6600 - NOx - Platformer Charge Heater


unit_id:
15AI6631 - NOx - HGO Hydrotreater Charge Heater


unit_id:
210AI0680/0682 - NOx & CO - SCR Outlet - Crude


unit_id:
210AI1516/1518 - CO & NOx - SCR Outlet - Vacuum


unit_id:
210AI2751A, B, C, D, F & G - GC - Crude Stabilizer Bottoms


unit_id:
212AI0508/0510 - NOx & CO - Platformer Heater


unit_id:
215AI1747/1749 - NOx & CO - HCU Fractionator Heater


unit_id:
22AI6026/27 - GC - Sats Gas Plant Depropanizer


unit_id:
243AI0060 - Heat Value - WOBBE - Fuel Gas Mix Drum


unit_id:
26AI3600/6022/23/24/6064 - GC - Gas Con Absorber Spliter Ovhd


unit_id:
26AI3682/83 - GC - Gas Con Debut Overhead


unit_id:
27AI4018 - IC4 - Alky Splitter Side Draw


unit_id:
27AI4031 - NC4 - Alky Splitter Ovhd Product


unit_id:
30AI6012/6013 - NOx & SO2 - FCCU Flue Gas Scrubber Outlet


unit_id:
46AI3611/12 - C2 & C3 - Propylene Splitter Heat Pump


unit_id:
55AI6118/6679 - NOx - CO - GDU Splitter Reboiler


unit_id:
56AI0583 - Sulfur - Distillate - New Distillate Hydrotreater


unit_id:
67AI6045 - Distillation Analyzer - Gasoline Blender 1


unit_id:
67AI6332 - Distillation Analyzer - Gasoline Blender 2


unit_id:
Ballast Water Sump           N of Tk 55-3


unit_id:
Bunker Sump                     NW of Tk 200-5


unit_id:
East of Tank 200-1 FCCU/ALKY Tank Dewatering Sump


unit_id:
Kero Sump                    NW of Tk 150-14


unit_id:
Naphtha Tanks 35-2 and 55-4 Dewatering Sump


unit_id:
NIR Analyzer Sample Pot Vent - Gasoline Blender 1


unit_id:
NIR Analyzer Sample Pot Vent - Gasoline Blender 2


unit_id:
Distilling Unit Temporary Cooling Towers (6)


unit_id:
C2-Basin #4 - Junction Box in Merox Area (near P-10-060)


unit_id:
C5-Junction box-Sump south of the East Plant Sump


unit_id:
EQT 0004 10-81 - Vacuum No.  2 Heater  F-52-1A


unit_id:
EQT 0005 11-81 - Vacuum No.  2 Heater F-52-1B


unit_id:
EQT 0012 14-81 - Coker No. 1 Heater No.1 F-53-1A


unit_id:
EQT 0014 14-81 - Coker No. 1 Heater No.2 F-53-1B


unit_id:
EQT 0017 16-81 - Coker No. 1 Heater No.3 F-53-1C


unit_id:
EQT 0028 2004-1 - Hydro Treater Heater No. 1 H-60-1


unit_id:
EQT 0031 2004-2 - Hydro Treater Heater No. 2 H-60-2


unit_id:
EQT 0032 2004-3 - Hydro Treater Heater No. 3 H-60-3


unit_id:
EQT 0033 2004-4 - Hydro Treater Heater No. 4 H-60-4


unit_id:
EQT 0052 36-81 - Coker No.1 Heater No.4 F-53-1D


unit_id:
EQT 0089 94-57 Fleet Diesel Storage T-04-23


unit_id:
EQT 0090 94-58 Fleet Gasoline Storage T-04-24


unit_id:
EQT 0094 94-GDU - Low Sulfur Gasoline Unit Heater


unit_id:
EQT0060 6-81  - DHT Stripper Reboiler F-15-05


unit_id:
SC100 - A64100 A&B,Utility -  O2/N2 in Recovered Gas


unit_id:
SC100 - AT04922, "E" Boiler -  NOX/CO/O2


unit_id:
SC180 - A52359, Vacuum - CO,O2, NOX Flue Gas


unit_id:
SC180 - A721050, Crude -  CO,O2, NOX Flue Gas


unit_id:
SC225 - A62120, H2 - CO,O2, NOX Flue Gas


unit_id:
SC225 - A62520, H2 - CO,O2, NOX Flue Gas


unit_id:
SC250 - AT 821922, Belco -  SO2 (High Range)


unit_id:
SC275 - A16825, SRU - SO2 Expanded Range Analyzer


unit_id:
SC280 - A374220, SO2 Expanded Range Analyzer


unit_id:
SC285 - A304604, SRU - SO2 Expanded Range Analyzer


unit_id:
2-97 (Cooling Water Tower Induced Draft)


unit_id:
Agrekko Temporary Cooling Tower in Sulfur


unit_id:
Refinery Wide Flow Meter Vents from Junction Boxes


unit_id:
Refinery Wide Oil Lubricating Systems Vents


unit_id:
Refinery Wide Vents from Manholes and Junction Boxes


unit_id:
Refinery Wide Water Seal Vents from Drains


unit_id:
No. 1 Crude Process Heater AA-012 (2H-1A)


notes:
target assist ratio is 0.1-0.4 depending on gas consumption


unit_id:
iC4 flush and T405 bottoms strainer drain-1


unit_id:
iC4 flush and T405 bottoms strainer drain-2


unit_id:
TRA005 Dies/Lt. Dist Sulfur Sample System Vent


notes:
Used only during reformer burnouts. It does not routinely contain naptha.


unit_id:
EUI 1C: Combination Unit / Refinery Flare


unit_id:
EUI 2C: HF Alkylation Unit Cooling Tower


unit_id:
EUI 3B: GHT Unit / Ultraformer Emergency Flare


unit_id:
2004 PPBWTO 9150 & 9151  CO NOx SO2 NMNEHC DE% HAPs (T015-Total) Hexane PM10 Stack Test


unit_id:
2006 H2BW Degassifier Vent CO NH3 TNMHC Stack Test


unit_id:
2010 LCN CRUB NOx CO SO2 TNMHC Stack Test


unit_id:
API PreSeparator Channel 4 (Vent to TOU)


unit_id:
API PreSeparator Channel 5 (Vent to TOU)


unit_id:
API PreSeparator Channel 6 (Vent to TOU)


unit_id:
API PreSeparator Channel 7 (Vent to TOU)


unit_id:
API PreSeparator Channel 8 (Vent to TOU)


unit_id:
API PreSeparator Channel 9 (Vent to TOU)


unit_id:
Bag Dump Station/Mastermix Feeder-Train 1


unit_id:
BW Marine Terminal Barge Piers (Heavy Products)


unit_id:
BW Marine Terminal Barge Piers (Light Products)


unit_id:
Linden Terminal ULSD Rack (Bottom Loading)


unit_id:
Railcar Vent- Line No. 1 (see note below)


unit_id:
Railcar Vent- Line No. 2 (see note below)


unit_id:
SWPS Once Through Cooling Water (CW) System at 7PS


unit_id:
SWPS Once Through Cooling Water (CW) System at 7VPS


unit_id:
SWPS Once Through Cooling Water (CW) System at ABW


unit_id:
SWPS Once Through Cooling Water (CW) System at BIBFBW


unit_id:
SWPS Once Through Cooling Water (CW) System at CLEU


unit_id:
SWPS Once Through Cooling Water (CW) System at CNHBW


unit_id:
SWPS Once Through Cooling Water (CW) System at DSU-1


unit_id:
SWPS Once Through Cooling Water (CW) System at DSU-2


unit_id:
SWPS Once Through Cooling Water (CW) System at FCBW


unit_id:
SWPS Once Through Cooling Water (CW) System at FGBW


unit_id:
SWPS Once Through Cooling Water (CW) System at H2BW


unit_id:
SWPS Once Through Cooling Water (CW) System at HRU-1 (HPU)


unit_id:
SWPS Once Through Cooling Water (CW) System at ISOM-2


unit_id:
SWPS Once Through Cooling Water (CW) System at PFBW


unit_id:
SWPS Once Through Cooling Water (CW) System at POLYSP


unit_id:
SWPS Once Through Cooling Water (CW) System at POLYT


unit_id:
SWPS Once Through Cooling Water (CW) System at PRBW


unit_id:
SWPS Once Through Cooling Water (CW) System at USBW


unit_id:
25XY432/25XY433/25XY434, Pilot Fuel Gas Vent


unit_id:
25XY440/25XY441X25XY442, Main Fuel Gas Vent


unit_id:
64AT1059--HRG FROM COLD COND SEP (methane slip)


unit_id:
A-DHT Compressor BGOT Recycle Gas H2 (AT1729A-B)


unit_id:
Alky 1 DiB OVHD/C4 CONDENSER  (AT1506A-G)


unit_id:
Alky 3 DiB OVHD / C4 Product  (AT1442A-D / AT1443A-C)


unit_id:
Alstom Boiler Fuel Gas Mix Drum on-line GC (AI2013)


unit_id:
East (AI4211) and Hydrogen Furnace (AI4411) Fuel Gas Mix Drum on-line GC


unit_id:
East Side Fuel Gas Line - Sulfur Speciation


unit_id:
East Side Mix Drum (Reformer 2, Isocracker, Tank 108, Tank 109, ADHT, H2 Plant) - H2S CMS


unit_id:
East Side Mix Drum, TIU Mix Drum, Coker 3, Vac 1 - Sulfur Speciation


unit_id:
FCC CO Boiler - Nonsulfuric Acid Particulate Emissions


unit_id:
FCC CO Boiler - Nonsulfuric Acid Particulate, PM, SO2, NOx, CO, Ni


unit_id:
FCC Regenerator exhaust line CO monitor (AR305)


unit_id:
FCC Regenerator exhaust line CO2 monitor (AR306)


unit_id:
FCC Regenerator exhaust line NOx monitor (AI303A)


unit_id:
FCC Regenerator exhaust line O2 monitor (AR307)


unit_id:
FCCU - Ammonia, Nonsulfuric, PM, Nickel, SO2, Nox, CO


unit_id:
FCCU Coker Burnoff Rate, Nickel Emissions, Nonsulfuric Acid Particulate Emissions


unit_id:
H2 Plant H2S/East FG Mix Drum H2S (AT1702/1802X)


unit_id:
Hydrogen Plant Feed process analyzer H2S/C1/C6+ (AI4430)


unit_id:
ISO 2 DeC3 BTMS C3/iC5  /  DeC3 OVHD C2/iC4  (AT4362A-B
AT4380A-B)


unit_id:
ISO 2 FCCU Rich Oil Abs BTMS C2/C3/H2S (AT4223)


unit_id:
ISO 2 Heavy Iso SIMDIST EP/90%/IBP  (AT4352A-C)


unit_id:
ISO 2 Light Iso SIMDIST 90%/RVP/C4  (AT4330A-D)


unit_id:
Loading - Rail Rack (Asphalt and Decanted Oil)


unit_id:
Other LDAR - Tank Farms, Blending, Loading


unit_id:
Reformer 1 analyzer on vent from the Flue Gas Scrubber Overhead Sample System (AI503).


unit_id:
Reformer 2 analyzer on vent from the Flue Gas Scrubber (PR556980) Overhead Sample System (AI4502).


unit_id:
Reformer 2 Recycle Gas C1-C6/H2 (AT4512B-G)


unit_id:
Sat Gas DeC3 OVHD/BTMS C2/iC4  (AT504A-B)


unit_id:
Sat Gas DeC4 OVHD/BTMS  AT506A-B
(A = A-D
B = E-H (Siemens))


unit_id:
Sat Gas DiB 1 OVHD/BTMS   C3, NC4 / iC4, iC5 (AT505A-B)


unit_id:
Sat Gas DIB2 OVHD/BTMS Prod C3/NC4  (AT561A-B/AT562A-B)


unit_id:
TIU Mix Drum (Crude 1, Reformer 1, Coker 2, FCC, Crude 2, Naphtha Hydrotreater, Vac 1, East BGOT) - H2S CMS


unit_id:
TRP SRU Rich Amine Flash Drum H2S  (AT5512)


unit_id:
TRP SRU TG2-TGTU XS H2  (AT5701/5703)
TGTU Tailgas H2S


unit_id:
Unsat 2nd Stg Abs Dry Gas C3/UC3/C1/CO2/UC2/C2/H2S  (AT302A-G)


unit_id:
Unsat DeC4 Btms - SIMDIST  (AT317 A-Q) - H2S +


unit_id:
VE, Net Heating Value, Flare Tip Exit Velocity


unit_id:
2 CRU Subpart UUU - NESHAP Initial Compliance Test 7-10 & 13 & 21 & 22-05


unit_id:
3 CRU Subpart UUU Initial Compliance Demonstration 1-11,15,28-05


unit_id:
4 FCCU Wet Scrubber Stack Non-Sulfuric Acid PM Compliance Test 11-30-10 & 12-3-10


unit_id:
4 FCCU Wet Scrubber Stack PM, NOx, CO & SO2 Compliance Test 3-17&18-09


unit_id:
5 FCCU NSPS Subpart J and Refinery MACT UUU PM Compliance Test 8-15-07


unit_id:
5 FCCU Wet Scrubber Non-Sulfuric Acid PM Compliance Test 12-1&2-10


unit_id:
Boiler B-21 NOx & CO Compliance Test 9-17-10


unit_id:
Boiler B-22 NOx & CO Compliance Test 3-26-10


unit_id:
Boiler B-8 NOx, CO, & O2 RATA 5-15-07 (Part 1 of 2)


unit_id:
Boiler B-8 VOCs Engineering Evaluation 5-7-08


unit_id:
Boilers B-9 & B-10 NOx, CO, & O2 CEMS RATA 4-22-09


unit_id:
Boilers B-9 & B-10 NSPS Subpart Db Initial Compliance Test 11-20-06 (Part 1 of 2)


unit_id:
No_6 Hydrotreater Fuel Gas H2S RATA 9-22-10


unit_id:
Solid Vapor Extractor Vent (SVE) Hydrocarbons Engineering Evaluation Test 11-7-07 (Part 1 of 2)


unit_id:
Y-7 Cooling Tower VOC Emissions 12-27-10


unit_id:
Y-8000 Cooling Tower VOC Emissions 12-27-10


unit_id:
Steam-Methane Reformer  Hydrogen Production Process Unit: H-15001 w/Exchangers (E-15001, E-15003, E-15004, E-15005 & E-15006)


unit_id:
864 unit - 150 ft from 864 cooling tower


unit_id:
864 unit - 50 ft from 864 cooling tower-1


unit_id:
864 unit - 50 ft from 864 cooling tower-2


unit_id:
865/6 unit - Corner of unit adjacent to Bio plant


unit_id:
H1 Heater - Unit 870 Tier II Low Sulfur Hydrodesulfurization Plant


unit_id:
H2 Heater - Unit 870 Tier II Low Sulfur Hydrodesulfurization Plant


unit_id:
A Compressor 1st stage Make-up and 1st stage Recycle High Pressure Distance Piece


unit_id:
A Compressor 1st stage Make-up and 1st stage Recycle Intermediate  Pressure Distance Piece


unit_id:
A Compressor 2nd stage Make-up, 3rd stage Make-up, and 2nd stage Recycle High Pressure Distance Piece


unit_id:
A Compressor 2nd stage Make-up, 3rd stage Make-up, and 2nd stage Recycle Intermediate Pressure Distance Piece


unit_id:
B Compressor 1st stage Make-up and 1st stage Recycle High Pressure Distance Piece


unit_id:
B Compressor 1st stage Make-up and 1st stage Recycle Intermediate  Pressure Distance Piece


unit_id:
B Compressor 2nd stage Make-up, 3rd stage Make-up, and 2nd stage Recycle High Pressure Distance Piece


unit_id:
B Compressor 2nd stage Make-up, 3rd stage Make-up, and 2nd stage Recycle Intermediate Pressure Distance Piece


unit_id:
C Compressor #1 Debut and #2 Debut High Pressure Distance Piece


unit_id:
C Compressor #1 Debut and #2 Debut Intermediate Pressure Distance Piece


unit_id:
C Compressor Deprop High Pressure and Intermediate Pressure Distance Piece


unit_id:
Diesel Compressor #1 Cylinder and #2 Cylinder High Pressure Distance Piece and 4 suction unloaders


unit_id:
Isocracker Booster Compressor #1 Cylinder and #2 Cylinder High Pressure Distance Piece and 4 suction unloaders


unit_id:
Kerosene Compressor #1 Cylinder and #2 Cylinder High Pressure High Pressure Distance Piece


unit_id:
VGO Make-up Compressor 1st stage and 3rd stage High Pressure Distance Piece


unit_id:
VGO Make-up Compressor 1st stage and 3rd stage Intermediate Pressure Distance Piece


unit_id:
VGO Make-up Compressor 2nd stage High Pressure Distance Piece


unit_id:
VGO Make-up Compressor 2nd Stage Intermediate Pressure  A Distance Piece


unit_id:
VGO Make-up Compressor 2nd Stage Intermediate Pressure  B Distance Piece


notes:
Tanks 610A and 619A have cable suspended Internal Floating Roofs


unit_id:
REFHT0123 No. 2 Platformer Heaters 1, 2, 3


unit_id:
REFHT50H4 No. 2 Platformer stabilizer reboiler


unit_id:
Services only heat exchangers in which the maximum process fluid pressure is lower than the minimum water pressure


unit_id:
COCTW0002 - Cooling Tower 2A (North-Pritchart)


unit_id:
COCTWFLUR - Cooling Tower 2B (South-FLUR)


unit_id:
CRUHT15H1A New crude unit vacuum unit heater


unit_id:
150# COKER  & VAC  WH STM TO HEADER--After Desuperheater


unit_id:
Fuel Gas Treatment (Unit 2800 Utilities)


unit_id:
2005 - Emissions Test - Marine Dock Flare


unit_id:
2006 - Emission Test - FCCU Wet Gas Scrubber


unit_id:
2006 - Emission Test - Sulfur Recovery Tail Gas Thermal Oxidizer


unit_id:
2007 - Emissions Test - FCCU Wet Gas Scrubber


unit_id:
2011 - Emissions Test - SRU Incinerator Stack


unit_id:
2011 - Emissions Test - SRU5 Incinerator Stack


unit_id:
MACT UU# MACT UUU Reactor Performance Test


unit_id:
MACT UU3 MACT UUU Reactor Performance Test


unit_id:
UU3 MACT II Skid Performance Test (2009)


unit_id:
UU3 MACT UUU Reactor Permance Test (2010)


notes:
Unit throughput capacity and unit actual unit throughput are reported in units of pounds/day of steam.


notes:
E-Cat and CCU Fines Metal Concentration is not applicable.


notes:
RSUFU001 was down for most of 2010, returning to normal operations in November 2010.  Unit throughput during normal operating year is estimated to be 15,000 bbl/cd.


unit_id:
A - Fuel gas components are included with data in Table 3-1


unit_id:
Ambient Air Monitoring Reports January 2000 through November 2006


unit_id:
Refinery Fuel Gas Collection and Distribution System


unit_id:
2009.04_VPS4 Common Stack & Atmospheric Heater C


unit_id:
Natural Gas Compents based on Fuel Gas Components


unit_id:
Induced and Dissolved Air Flotation Units


unit_id:
Hydrogen Plant Vent on V5518 (HP1 CO2 stripper reflux accum)


unit_id:
Sour Water Stripping Unit No. 1 - Sulphur Unit


unit_id:
Sour Water Stripping Unit No. 2 - Combo Unit


unit_id:
Supply and Distribution DOT - Truck/Tank Truck


unit_id:
MSCC Combined Waste Heat Steam Generation


unit_id:
17401	 W. Canister Ultra Neshap T-58 A&B


unit_id:
17405 E. Drum Battery Limit Power Station


unit_id:
17406 W. Canister Battery Limit Power Station


unit_id:
0 None (no on-site wastewater treatment units present at facility)


unit_id:
11 Other biological treatment unit (trickling filter, rotating biological contactor)


unit_id:
6 Activated-sludge biological treatment unit


unit_id:
33-Tankage Pipeway & Truck Rack (LPG Loading Ops)


unit_id:
33-Tankage Pipeway & Truck rack (Truck Rack)


unit_id:
Tk 300001/2 & Tk 80020/21/22 Waterdraw Systems


notes:
The typical air preheat temperature listed is the maximum (i.e. preheat temp <240F)


notes:
Information is based on all three boilers combined (Indeck 1 is 177.6 MMBtu/hr, Indeck #2 is 177.6 MMBtu/hr and Boiler #3 is 200 MMBtu/hr)


# wastewater_collection

notes:
No measurements for total HAP or VOC exist.  HAP and VOC contents are estimated from the benzene concentration using factors presented in "Emissons Estimation Protocol for Petroleum Refineries".


notes:
Wastewater Collection and Treatment (Facility level questions) - the Total Annual Benzene (TAB) quantity for the facility in 2010 is 10.91 Mg/year.


notes:
WWTS flow rate from permit. WW from drawdowns taken from 2010 TAB.  Quantity of benzene in wastewater from 2010 EIS calculations.


notes:
No total HAP sampling data exists.  To estimate HAP concentration, a HAP:benzene ratio is used for each type of process unit referenced in Table 7-8 of EPA's Emissions Estimating Protocol.  No VOC sampling data exists and only benzene data exists as associated with the facility TAB.  To estimate VOC concentration, a multiplier of 81 times the 2010 average benzene concentration is used, as referenced in Table 7-9 of EPA's Emissions Estimating Protocol.


notes:
WRC does not calculate HAPs or VOCs on wastewater generated at individual units, but calculates HAP emissions for the entire system as a whole.  2010 wastewater VOC emissions were 2.04 TPY (includes HAPs).  WRC does not have data on VOC content of tank water draws.WRC uses a stand-alone tank that operates as a biological reactor (forced air/fine bubble diffusers) to treat wastewater from the oil/water separator.


# wastewater_collection_units

process_unit_id:
(P9S2) Wastewater Treating - Air Stripper


process_unit_id:
EQT534 WCLA/TK0102 Aggressive Biological Treatment


process_unit_id:
EQT537 WCLA/TK0202A Pretreat Air Flotation


process_unit_id:
EQT538 WCLA/TK0202B Pretreat Air Flotation


# wastewater_collection_vent_controls

vent_control_desc:
Two carbon adsorber canisters in parallel


vent_control_desc:
Three carbon adsorber canisters in parallel


vent_control_desc:
Two carbon adsorber canisters (one on standby)


vent_control_desc:
Two carbon adsorber canisters in parallel (one spare)


vent_control_desc:
Water seal (e.g., for a junction box vent)


vent_control_desc:
Other ( Natural gas blanketing, vented to fuel gas recovery system)


vent_control_desc:
Part of LDAR program - vent must meet 500 ppm leak limit


wastewater_vent_id:
Wastewater Junction Box Vents (142 Total)


vent_control_desc:
Contractor: Envent - three carbon canisters in series


vent_control_desc:
Management practice or work practice to reduce VOC


vent_control_desc:
Cover and vent pipe per QQQ requirements


vent_control_desc:
Cover and vent pipe per QQQ requirements.


wastewater_vent_id:
Crude 2 (Sewer 10B, Sewer Drawing 10003200-320A-1129B)


wastewater_vent_id:
Crude Terminal (29-01, Sewer Drawing 10003200-320A-1146B)


wastewater_vent_id:
Crude Terminal (29-49, Sewer Drawing 10003200-320A-1146B)


wastewater_vent_id:
GHU (Sewer 12C, Sewer Drawing 10003200-320A-1140B)


wastewater_vent_id:
GHU (Sewer 12D, Sewer Drawing 10003200-320A-1140B)


wastewater_vent_id:
Lab (Sewer 1A, Sewer Drawing 10003200-320A-1143B)


wastewater_vent_id:
Mid East Tank Farm (63-67, Sewer Drawing 10003200-320A-1145B)


wastewater_vent_id:
SouthWest Tank Farm (Sewer 5, Sewer Drawing 10003200-320A-1114B)


wastewater_vent_id:
Sulfolane (Sewer 11, Sewer Drawing 10003200-320A-1133B)


wastewater_vent_id:
Sulfolane (Sewer 9, Sewer Drawing 10003200-320A-1133B)


wastewater_vent_id:
Truck Rail PetroChem (Sewer 36-13, Sewer Drawing 10003200-320A-1115B)


wastewater_vent_id:
Waste Water Treatment Plant (No. 1 Surge, Sewer Drawing 10003200-320A-1110B)-1


wastewater_vent_id:
Waste Water Treatment Plant (No. 1 Surge, Sewer Drawing 10003200-320A-1110B)-2


wastewater_vent_id:
#2 Fuel Oil Pad Sump         E of Tk 75-1


wastewater_vent_id:
Ballast Water Sump           N of Tk 55-3


wastewater_vent_id:
Bunker Sump                     NW of Tk 200-5


wastewater_vent_id:
East of Tank 200-1 FCCU/ALKY Tank Dewatering Sump


wastewater_vent_id:
Kero Sump                    NW of Tk 150-14


wastewater_vent_id:
Naphtha Tanks 35-2 and 55-4 Dewatering Sump


vent_control_desc:
4 inch or less vent pipe 3 ft or greater in length


wastewater_vent_id:
C2-Basin #4 - Junction Box in Merox Area (near P-10-060)


wastewater_vent_id:
C5-Junction box-Sump south of the East Plant Sump


vent_control_desc:
Other (Two carbon adsorber canisters in parallel)


vent_control_desc:
Management practice or work practice to reduce VOC (Reduce oil discharge to sewer)


wastewater_vent_id:
Refinery Wide Flow Meter Vents from Junction Boxes


wastewater_vent_id:
Refinery Wide Vents from Manholes and Junction Boxes


wastewater_vent_id:
Refinery Wide Water Seal Vents from Drains


wastewater_vent_id:
API PreSeparator Channel 4 (Vent to TOU)


wastewater_vent_id:
API PreSeparator Channel 5 (Vent to TOU)


wastewater_vent_id:
API PreSeparator Channel 6 (Vent to TOU)


wastewater_vent_id:
API PreSeparator Channel 7 (Vent to TOU)


wastewater_vent_id:
API PreSeparator Channel 8 (Vent to TOU)


wastewater_vent_id:
API PreSeparator Channel 9 (Vent to TOU)


vent_control_desc:
Weekly Method 21 monitoring & visual inspection


wastewater_vent_id:
864 unit - 150 ft from 864 cooling tower


wastewater_vent_id:
864 unit - 50 ft from 864 cooling tower-1


wastewater_vent_id:
864 unit - 50 ft from 864 cooling tower-2


wastewater_vent_id:
865/6 unit - Corner of unit adjacent to Bio plant


vent_control_desc:
maintain access doors closed, except during inspection


vent_control_desc:
maintain access door closed except during inspection and sampling


vent_control_desc:
2 parallel carbon adsorbers, and a 3rd  operating alternatively


wastewater_vent_id:
Induced and Dissolved Air Flotation Units


vent_control_desc:
A Cover with a tight seal around the edge


vent_control_desc:
Vent pipe 4 in or less and at least 6 ft high


vent_control_desc:
Cover shall have a tight seal around the edge, kept in place at all times except during inspection and maintenance.  Inspect semiannually to ensure that the cover is in place and to ensure that the cover has a tight seal around the edge.


vent_control_desc:
Vent pipe must be no less than 3’  in length and not exceed 4” in diameter.  Inspect the junction box semiannually to ensure that the cover is in place and to ensure that the cover has a tight seal around the edge.


wastewater_vent_id:
17401	 W. Canister Ultra Neshap T-58 A&B


wastewater_vent_id:
17405 E. Drum Battery Limit Power Station


wastewater_vent_id:
17406 W. Canister Battery Limit Power Station


wastewater_vent_id:
0 None (no on-site wastewater treatment units present at facility)


vent_control_desc:
Other (Conservation Vent in series with Carbon Canister)


wastewater_vent_id:
6 Activated-sludge biological treatment unit

vent_control_desc:
Management practice or work practice to reduce VOC (specify)


vent_control_desc:
Scrubber and single carbon adsorber canister


wastewater_vent_id:
Tk 300001/2 & Tk 80020/21/22 Waterdraw Systems


vent_control_desc:
Emissions offset & control to not trigger QQQ applicability


vent_control_desc:
8 - 55 gallon carbon adsorber canisters in parallel


# wastewater_collection_vents

wastewater_vent_desc:
Drain system vent (including junction box vents)


wastewater_vent_id:
Wastewater Junction Box Vents (142 Total)


wastewater_vent_desc:
Vent from Dissolved Gas Floatation Surge Tank


wastewater_vent_desc:
Vent from Oil Water Separator Slop Oil Tank


wastewater_vent_id:
Crude 2 (Sewer 10B, Sewer Drawing 10003200-320A-1129B)


wastewater_vent_id:
Crude Terminal (29-01, Sewer Drawing 10003200-320A-1146B)


wastewater_vent_id:
Crude Terminal (29-49, Sewer Drawing 10003200-320A-1146B)


wastewater_vent_id:
GHU (Sewer 12C, Sewer Drawing 10003200-320A-1140B)


wastewater_vent_id:
GHU (Sewer 12D, Sewer Drawing 10003200-320A-1140B)


wastewater_vent_id:
Lab (Sewer 1A, Sewer Drawing 10003200-320A-1143B)


wastewater_vent_id:
Mid East Tank Farm (63-67, Sewer Drawing 10003200-320A-1145B)


wastewater_vent_id:
SouthWest Tank Farm (Sewer 5, Sewer Drawing 10003200-320A-1114B)


wastewater_vent_id:
Sulfolane (Sewer 11, Sewer Drawing 10003200-320A-1133B)


wastewater_vent_id:
Sulfolane (Sewer 9, Sewer Drawing 10003200-320A-1133B)


wastewater_vent_id:
Truck Rail PetroChem (Sewer 36-13, Sewer Drawing 10003200-320A-1115B)


wastewater_vent_id:
Waste Water Treatment Plant (No. 1 Surge, Sewer Drawing 10003200-320A-1110B)-1


wastewater_vent_id:
Waste Water Treatment Plant (No. 1 Surge, Sewer Drawing 10003200-320A-1110B)-2


wastewater_vent_id:
#2 Fuel Oil Pad Sump         E of Tk 75-1


wastewater_vent_id:
Ballast Water Sump           N of Tk 55-3


wastewater_vent_id:
Bunker Sump                     NW of Tk 200-5


wastewater_vent_id:
East of Tank 200-1 FCCU/ALKY Tank Dewatering Sump


wastewater_vent_id:
Kero Sump                    NW of Tk 150-14


wastewater_vent_id:
Naphtha Tanks 35-2 and 55-4 Dewatering Sump


wastewater_vent_id:
C2-Basin #4 - Junction Box in Merox Area (near P-10-060)


wastewater_vent_id:
C5-Junction box-Sump south of the East Plant Sump


wastewater_vent_id:
Refinery Wide Flow Meter Vents from Junction Boxes


wastewater_vent_id:
Refinery Wide Vents from Manholes and Junction Boxes


wastewater_vent_id:
Refinery Wide Water Seal Vents from Drains


wastewater_vent_id:
API PreSeparator Channel 4 (Vent to TOU)


wastewater_vent_id:
API PreSeparator Channel 5 (Vent to TOU)


wastewater_vent_id:
API PreSeparator Channel 6 (Vent to TOU)


wastewater_vent_id:
API PreSeparator Channel 7 (Vent to TOU)


wastewater_vent_id:
API PreSeparator Channel 8 (Vent to TOU)


wastewater_vent_id:
API PreSeparator Channel 9 (Vent to TOU)


wastewater_vent_id:
864 unit - 150 ft from 864 cooling tower


wastewater_vent_id:
864 unit - 50 ft from 864 cooling tower-1


wastewater_vent_id:
864 unit - 50 ft from 864 cooling tower-2


wastewater_vent_id:
865/6 unit - Corner of unit adjacent to Bio plant


wastewater_vent_id:
Induced and Dissolved Air Flotation Units


wastewater_vent_id:
17401	 W. Canister Ultra Neshap T-58 A&B


wastewater_vent_id:
17405 E. Drum Battery Limit Power Station


wastewater_vent_id:
17406 W. Canister Battery Limit Power Station


wastewater_vent_id:
0 None (no on-site wastewater treatment units present at facility)


wastewater_vent_id:
11 Other biological treatment unit (trickling filter, rotating biological contactor)


wastewater_vent_id:
6 Activated-sludge biological treatment unit


wastewater_vent_id:
Tk 300001/2 & Tk 80020/21/22 Waterdraw Systems


wastewater_vent_desc:
Emissions offset & control to not trigger QQQ applicability


# wastewater_generation_units

process_unit_id_generation:
FUEL GAS TREATING SYSTEM (V-1640) SYSTEM


notes:
Taken from MASTER DATA in BWON calculations.


process_unit_id_generation:
50, 53, 63 - W80, Swtn Merox, Heating Oil, W-81


process_unit_id_generation:
Acid Plt Cooling Tower Blowdown, D-126 (caustic wash water)


process_unit_id_generation:
Crude, TDU, Dock, GHU, CFHT, Coker, Flares, PSV


process_unit_id_generation:
Crude, TDU, Dock, GHU, CFHT, Coker, Flares, PSV, laboratory


process_unit_id_generation:
FCC, CFH, LPG, Crude, Coker, SRU, GHU, Reformer, HCU, PT3, HDS, Sulfolane


process_unit_id_generation:
FCC, CFH, LPG, Crude, Coker, SRU, GHU, Reformer, HCU, PT3, HDS, Sulfolane, flares


process_unit_id_generation:
Sour Water Stripping Unit No. 1 - Sulphur Unit


