Counter-ISIL Finance Group Equipment List

Bureau of Energy Resources
April 20, 2016


This following list represents the general types of hydrocarbon industry drilling and refinery equipment and spare parts that ISIL may be interested in acquiring. It is for illustrative purposes only and represents neither an exhaustive list nor an official U.S. government watch list. Recommended priority items are highlighted in bold. It is important to note that almost all of the equipment listed will be available via secondhand markets, since many refineries and operations have been shut down in recent years. This list is most pertinent to steel suppliers, vessel manufacturers, in particular pressure vessels, de-commissioning contractors and re-sale agents, mobile drilling units, trucks for transport of goods and products, as well as mobile refineries.

DRILLING EQUIPMENT
 

Harmonized
Tariff Schedule
Code (HTS)

Product Description

8207130000 Rock drilling or earth boring tools with working parts of cermets and parts thereof
8207191030 Percussion rock drill bits, core bits and reamers, or base metal, and parts thereof
8207192030 Rotary rock drill bits, core bits and reamers of base metal, and parts thereof
8207195030 Rock drilling or earth boring tools of base metals, nesoi, and part thereof
8413500010 Oil well and oil field pumps, reciprocating positive displacement
8413600050 Oil well and oil field pumps, rotary positive displacement
8413820000 Liquid elevators
8413920000 Parts of liquid elevators
8430498010 Boring or sinking machinery, rotary for oil wells and gas field drilling
8430498020 Boring or sinking machinery for oil wells and gas field drilling, nesoi
8431390050 Parts suitable for use solely or principally with the oil or gas field machinery of headings 8425 and 8430
8431438010 Parts of oil and gas field machinery of subheading 8430.49 except parts of offshore drilling and production platforms
8431438090 Parts of boring or sinking machinery subheading 8430.41 06 8430.49, nesoi
8479899850 Oil and gas field wire line and downhole equipment
8705200000 Mobile drill derricks
8708998175 Parts and accessories for motor vehicles of heading 8705.20, nesoi
7304110000 Line pipe of a kind used for oil or gas pipelines, seamless, of stainless steel
7304191020 Line pipe of a kind used for oil or gas pipelines, seamless, of iron (noncast) or nonalloy steel, with an outside diameter not exceeding 114.3 MM
7304191050 Line pipe for oil or gas pipelines, seamless, iron (noncast) or nonalloy steel, with outside diameter over 114.3 MM but not over 406.4MM
7304191080 Line pipe of a kind used for oil or gas pipelines, seamless, of iron (noncast) or nonalloy steel, with an outside diameter exceeding 406.4 MM
7304195020 Line pipe of a kind used for oil or gas pipelines, seamless, of other alloy steel, not stainless, with an outside diameter not exceeding 114.3 MM
7304195050 Line pipe of a kind used for oil or gas pipelines, seamless, of other alloy steel, not stainless, with an outside diameter > 114.3 MM, but <406.4 MM
7304195080 Line pipe of a kind used for oil or gas pipelines, seamless, of alloy steel, not stainless, with an outside diameter exceeding 406.4 MM
7304220000 Oil well drill pipe of stainless steel
7304233000 Oil well drill pipe of iron or nonalloy steel
7304236000 Oil well drill pipe of alloy steel other than stainless steel
7304241000 Oil well casing of stainless steel
7304246000 Oil well tubing of stainless steel
7304291055 Oil well casing of iron or nonalloy steel
7304293155 Oil well casing of other alloy steel not stainless
7304295000 Oil well tubing of iron or nonalloy steel
7304296100 Oil well tubing of other alloy steel other than stainless steel
7305111000 Line pipe for oil or gas longitudinally submerged arc welded, external diameter more than 406.4 MM, circular cross sections of iron or nonalloy steel
7305115000 Line pipe for oil or gas pipelines, longitudinally submerged arc welded with external diameter over 406.4 MM, of alloy steel, with circular cross section
7305121000 Line pipe for oil or gas other longitudinally welded, external diameter more than 406.4 MM, circular cross sections of iron or nonalloy steel
7305125000 Line pipe for oil or gas pipelines, longitudinally welded with external diameter > 406.4 MM, of alloy steel, with circular cross section
7305191000 Line pipe for oil or gas other than longitudinally welded, external diameter more than 406.4 MM, circular cross sections of iron or nonalloy steel
7305195000 Line pipe for oil or ga pipelines, with external diameter >406.4 MM, of alloy steel, circular cross section, welded/riveted, nesoi
7305203000 Casing oil or gas drilling other than seamless, circular cross section, external diameter over 406.4 MM, iron or nonalloy steel
7305207000 Casing oil or gas drilling other than seamless, circular cross section, external diameter over 406.4 MM, alloy steel
7306110000 Line pipe for oil or gas not seamless nesoi, of stainless steel
7306191000 Line pipe for oil or gas not seamless nesoi, of iron or nonally steel
7306195000 Line pipe for oil or gas not seamless nesoi, of alloy steel other than stainless steel
7311000000 Containers for compressed or liquefied gas of iron or steel
7313000000 Aluminum containers for compressed or liquefied gas
8421398020 Electrostatic precipitators industrial gas cleaning equipment
8421398030 Industrial gas cleaning equipment, nesoi
8421398040 Gas separation equipment


REFINERY EQUIPMENT AND CHEMICALS

Crude oil is refined into various products by distilling the crude oil and then separating the fractions or products by temperature ranges. This is accomplished by pumping crude oil into a heater, where the temperature of the crude is raised up to 650°F. At that temperature, the crude oil is in two physical states – liquid (which is fuel oil) and vapor (which is naphtha (lighter fluid), kerosene, and diesel). The heated liquid and vapor are then routed to the distillation column. When the materials enter the column, the liquid fuel oil falls to the bottom of the tower and is then pumped off by fuel pumps. The vapor rises in the tower and goes through a series of horizontal trays (similar to manhole covers with holes in them). As the vapor rises through the trays, it begins to condense into liquids at various temperature ranges. The lightest vapors exit the top of the column and are then condensed into naphtha, the basic materials generally processed into high octane unleaded gasoline. Naphtha has a low octane number, but can also be used as very low-quality gasoline. The octane of the naphtha can be increased by blending Tetra Ethyl Lead into the naphtha, creating “leaded gasoline.” In the distillation column, the vapors heavier than naphtha, but lighter than fuel oil, are called “distillates.” The lightest distillate is kerosene, which can be further processed into jet fuel. The heavier distillate is diesel. The kerosene and diesel are drawn off the column as separate products. Kerosene can also be blended with the diesel to maximize the amount of diesel produced.

Fuel additives, for both gasoline and diesel, are likely important products for ISIL to improve the quality of fuels produced in pit refineries that are common in Syria. These primitive pit refineries produce poor quality fuels that can damage or destroy engines if not treated with additives to improve their quality. In addition, oilfield chemicals are additives that help prevent operational problems such as the scaling up of wells.

1. Pumps

2. Compressors

3. Valves

4. Thermocouples

5. Pressure gauges

6. Pressure Relief Valves

7. Fuel Additives

8. Oilfield Chemicals

9. Heat Exchangers

10. Steam Traps

11. Welding Equipment

12. High Pressure Vessels

13. Catalysts for Cat Cracking, Reforming, Hydrocracking, and Hydrotreating Cat Cracker (FCC) catalyst is replaces a small percentage every day; other catalysts are replaced in bulk at a turnaround. NOTE: These may more readily available via second hand market and de-commissioning sales.

14. Process control computers

15. Control valves

16. Remote sensors

17. Any full or partial refinery units or construction of those units on site;

Reformers
FCCs
Hydrocrackers
Hydro-desulphurizers (Hydrotreaters)
Distillation equipment (crude unit, gas plant equipment, etc.)

NOTE: These products may more readily available via second hand market and de-commissioning sales.

18. Distillation equipment (either crude distillation or other distillation equipment that might be used to process streams to finished product specification)

19. Computer programs to simulate refinery processes and support for those programs (Refinery linear programs for example or refinery process unit simulation software)

20. Coating Material for wellheads

21. Extinguishing Foam

22. Steel Tubing


21. Crude Column (also called a “distillation tower"). The crude column is a circular tower of various heights and diameters. The diameter of the tower will determine the volume of crude oil that can be distilled. The height or length of the tower will determine the quality of separation of products that can be obtained. The crude column will have “internals” that are essential for the separation of the products using distillation. The internals will be either trays or “structured packing.” The shorter the tower, the poorer the quality of product separation.

Date: 2016 Description: Counter-ISIL Finance Group Equipment List: Crude Column. - State Dept Image

22. Diesel Stripper (if required) – is a second, much smaller, column is often adjacent to the larger crude column. This column will receive diesel from the main column and will be operated at a temperature that causes any kerosene in the diesel to vaporize. The liquids pulled from the “diesel stripper” are pure diesel.

Date: 2016 Description: Counter-ISIL Finance Group Equipment List: Diesel Stripper. - State Dept Image

23. Crude Feed Heater can be either horizontal for very small plants (less than 1,500 Barrels Per Day), or vertical, and cylindrical-shaped for larger plants.

Date: 2016 Description: Counter-ISIL Finance Group Equipment List: Horizontal Heater; Vertical Heater. - State Dept Image

24. Accumulator is a vessel that receives condensed naphtha. This vessel will contain both naphtha and any water that was entrained in the crude oil.

Date: 2016 Description: Counter-ISIL Finance Group Equipment List: Accumulator. - State Dept Image

25. Crude/Fuel Oil Heat Exchangers are used to transfer heat from hot liquids to cold liquids. The fuel oil exiting the refinery will be approximately 650°F. At the same time, the crude oil that will be sent to the heater is at ambient temperature. A heat exchanger is used to simultaneously cool the fuel oil by transferring much of that temperature to the cooler crude oil. (Transferring that energy also means that the heater will require a little less energy.)

Date: 2016 Description: Counter-ISIL Finance Group Equipment List: Heat Exchangers. - State Dept Image

26. Naphtha/Fuel Oil Air Cooler. The heated naphtha and fuel oil are pumped through a bank of horizontal tubes. Below those tubes are generally two large fans that blow air up through the tubes to help cool the products.

Date: 2016 Description: Counter-ISIL Finance Group Equipment List: Air Coolers. - State Dept Image

27. Pumps – The simplest refinery will require a minimum of four pumps (Crude Oil, Naphtha, Diesel, and Fuel Oil). Additional pumps are needed if producing kerosene or if water is entrained in the crude oil. Generally, all pumps are spared, so 8-12 will be installed. Spared pumps allows maintenance to occur without shutting down so that the plant can operate 24 hours a day. Pump services would be for Crude Oil, Water, Naphtha, Kerosene, Diesel, and Fuel Oil.

Date: 2016 Description: Counter-ISIL Finance Group Equipment List: Pumps. - State Dept Image


MAJOR EQUIPMENT LIST – TYPICAL MODULAR REFINERY


1.1. VESSELS
 

PHOTO NUMBER

QTY

DESCRIPTION

21

1

Crude Fractionating Tower, 11'-0" I.D. x 102'-0" S-S. W/2:1 ellip. heads.

Code: ASME Sec. VIII, Div. I, latest edition

Design Pressure: 75 psi

Design Temp.: 750° F g + 1/4"

Material: SA-516-70 and 316 S.S. C.A.

Trays: 40 Valve type

Manways: 3 - 20" W/davited cover

Nozzles: As required lSO# & 300# ANSI RF

Insulation: 3" w/aluminum jacket caged ladder and platforms.

NOTE:All trays and shells above operating temperature of 500°F will be 316 S.S.

22

1

AGO Stripper, 48" O.D. x 16'-0" seam-to-seam and 2:1 ellip. Heads

Code: ASME Sec. VIII, Div. I, latest edition

Design Pressure: 75 psig

Design Temp.: 650° F

Material: 316 S.S.

Trays: 4 - Nutter valve

Nozzles: As required 150# & 300# ANSI RF Insulation: 2" w/aluminum jacket

22

1

Diesel Stripper, 48" O.D. x 15'-0" seam-to-seam, w/ASME Code 2:1 ellip. heads.

Code: ASME Sec. VIII, Div. I, latest edition

Design Pressure: 75 psig

Design Temp.: 650°F

Material: 316 S.S.

Trays: 4 - Nutter valve

Nozzles: As required 150# & 300# ANSI RF

Insulation: 2" w/aluminum jacket

22

1

Kerosene Stripper, 48" O.D. x 18' -0” seam-to-seam, w/2:1 ellip. heads.

Code: ASME Sec. VIII, Div. I, latest edition

Design Pressure: 75 psig + 1/8" C.A.

Design Temp.: 650°F

Material: SA-516-70

Trays: 4 - Nutter valve

Nozzles: As required 150# & 300# ANSI RF Insulation: 2" w/aluminum jacket

PHOTO NUMBER

QTY

DESCRIPTION

22

1

Heavy Naphtha Stripper, 48" O.D. x 18’ -0” seam-to-seam w/2:1 ellip. Heads

Code: ASME Sec. VIII, Div. I, latest edition

Design Pressure: 75 psig + 1/8" C.A.

Design Temp.: 650°F

Material: SA-516-70

Trays: 4 - Nutter valve

Nozzles: As required l50# & 300# ANSI RF

Insulation: 2" w/aluminum jacket

26

2

Air Cooler,

Overhead, carbon steel tubes, fiberglass blades, aluminum fins, fans equipped with adjustable pitch blades, and vibration switch supplied with each motor, (4) 30 hp TEFC electric motors, fan with 3093 sq. ft. of bare surface.

26

2

Air Coolers – Overhead Condenser

Surface: 3093 Sq. Ft. Bare

Tubes: C.S. w/Alum. Fins

Fans: 4 – 30 hp TEFC

Fiberglass Blades

Adj. Pitch Vib. Switches

26

1

Air Cooler,

AGO, Diesel and Kerosene, w/carbon steel tubes, fiberglass blades, aluminum fins, fans equipped with adjustable pitch blades, and vibration switch supplied with each motor, (2) 15 hp TEFC electric motors, fan with 85 sq. ft. of bare surface for AGO, 801 sq. ft. of bare surface for Diesel, 412 sq. ft. of bare surface for Kerosene.

26

1

Air Cooler – Products Cooler

Surface: AGO – 85 Sq. Ft. Bare

Diesel – 801 Sq. Ft. Bare

Kero – 415 Sq. Ft. Bare

Tubes: C.S. w/Alum. Fins

Fans: 2 – 15 hp TEFC, Adj. Pitch, Vib. Switches

26

2

Sample Cooler, 6" I.D. x 1’-8" seam-to-flange, 6" weld cap as lower head, 6"-150# ANSI RFSO flg. w/150# ANSI RF blind top head.

PHOTO NUMBER

QTY

DESCRIPTION

24

1

Overhead Accumulator, 10’-0" I.D. x 20'-0" S-S w/2:1 ellip. heads and 24" boot. Code: ASME Sec. VIII, Div. I, latest edition

Design Pressure: 40 psig + 1/4" C.A.

Design Temp.: 400°F

Material: SA-516-70

Manway: 1 - 18" w/davited cover

Nozzles: As required 150# ANSI RF

23

2

 

Crude Oil Heater

48 MM BTU/HR Duty each.

Type: Horizontal Direct Fired

Flow Arrangement: Single Pass

Av. Flux Rate: 10,000 BTU/HR/FT2

Burners: John Zink FCC-Q-45 Dual Fuel

Tube Material: 5% Chrome 1/2% Moly

Heater also contains steam superheat portion in the convection section.


1.2. SHELL & TUBE HEAT EXCHANGERS
 

PHOTO NUMBER

QTY

DESCRIPTION

25

2

 

 

 

 

 

 

 

Heat Exchanger Crude/Heavy Naphtha

Type: BEU

Code: ASME Sec. VIII, Div. I, latest edition

Size: 21 x 228

Surface Each: 978 sq. ft.

Tubes: Matl. - C.S.

O.D. In. - 0.750

BWG - 14

Pitch - Square-1"

25

2

Heat Exchangers – Crude/ Heavy Naphtha

Type: BEU

Size: 21 x 228

Surface: 978 Sq. Ft. Each

Tubes: Mat’l C.S.

O.D. In – 0.750 BWG – 14

Pitch – Square 1”

Design Pressure: Shell – 245 psig @ 200° F

Tube – 110 psig @ 400° F

25

2

 

 

 

 

 

 

 

 

Heat Exchanger Crude/Kerosene

Type: BEU

Code: ASME Sec. VIII, Div. I, latest edition

Size: 15 x 228

Surface Each: 425 sq. ft.

Tubes: Matl. - C.S.

O.D. In. - 0.750

BWG - 14

Pitch - Square - 1"

25

2

Heat Exchanger – Crude/Kerosene

Type: BEU

Size: 15 x 228

Surface: 425 Sq. Ft. Each

Tubes: Mat’l C.S.

O.D. In – 0.750 BWG – 14

Pitch – Square 1”

Design Pressure: Shell – 245 psig @ 300° F

Tube – 75 psig @ 675° F

25

2

 

 

 

 

 

 

 

Heat Exchanger Crude/AGO

Type: BEU

Code: ASME Sec. VIII, Div. I, latest edition

Size: 15 x 228

Surface Each: 395 sq. ft.

Tubes: Matl. - 5% chrome 1/2 moly.

O.D. In. - 0.750

BWG – 14, Pitch - Square - 1"

PHOTO NUMBER

QTY

DESCRIPTION

25

2

Heat Exchanger Crude/AGO

Type: BEU

Size: 15 x 228

Surface: 395 Sq. Ft. Each

Tubes: Mat’l 5% Cr, ½% MO

O.D. In – 0.750

BWG – 14

Pitch: Square 1”

Design Pressure: Shell – 245 psig @ 350°F

Tube – 75 psig @ 675° F

25

2

 

 

 

 

 

 

 

Heat Exchanger Crude/Resid

Type: BEU

Code: ASME Sec. VIII, Div. I, latest edition

Size: 29 x 240

Surface Each: 2258 sq. ft.

Tubes: Matl. - C.S.

O.D. In. - 0.750 BWG - 14

Pitch - Square – 1

25

2

Heat Exchangers – Crude/Resid

Type: BEU

Size: 29 x 240

Surface: 2258 Sq. Ft. Each

Tubes: Mat’l C.S.

O.D. In – 0.750

BWG – 14

Pitch: Square 1”

Design Pressure: Shell – 75 psig @ 500° F

Tube – 245 psig @ 300° F

25

3

 

 

 

 

 

 

 

Heat Exchanger Crude/Diesel

Type: BEU

Code: ASME Sec. VIII, Div. 1, latest edition

Size: 25 x 228

Surface Each: 1473 sq. ft.

Tubes: Matl. - 5% Chrome 1/2 moly.

O.D. In. - 0.750

Pitch - Square-1"

25

3

Heat Exchangers – Crude/Diesel

Type: BEU

Size: 25 x 228

Surface: 1473 Sq. Ft. Each

Tubes: Mat’l 5% Cr, ½% MO

O.D. In – 0.750 BWG – 14

Pitch: Square 1”

Design Pressure: Shell – 245 psig @ 500°F

Tube – 100 psig @ 600° F

PHOTO NUMBER

QTY

DESCRIPTION

25

2

 

 

 

 

 

 

 

Heat Exchanger Crude/Resid

Type: BEU

Code: ASME Sec. VIII, Div. 1, latest edition

Size: 27 x 240

Surface Each: 1914 sq. ft.

Tubes: Matl. - 5% Chrome 1/2 Moly

O.D. In. - 0.750

Pitch - Square - 1"

25

2

Heat Exchangers – Crude/Resid

Type: BEU

Size: 27 x 240

Surface: 1914 Sq. Ft. Each

Tubes: Mat’l 5% Cr, ½% MO---237 Tubes Each

O.D. In – 0.750

Pitch: Square 1”

Design Pressure: Shell – 75 psig @ 700° F

Tube – 245 psig @ 700° F

25

2

 

 

 

 

 

Heat Exchanger Water/Salt Water

Type: Multi-tube

Code: ASME Sec. VIII, Div. 1, latest edition

Size: 8 x 300

Surface Each: 412 sq. ft.

Tubes: Matl - C.S.


1.3. PUMPS
 

PHOTO NUMBER

QTY

DESCRIPTION

27

2

Crude Charge Pump

Horizontal 3 x 15A single stage centrifugal pump with mechanical seal, 400 hp TEFC, 460 volt, 3 phase, 60 cycle electric motor. Installed with piping, wiring, and start/stop station complete on crude charge pump skid. One operating, one spare.

27

2

Residue Pump

Vertical inline 1-1/2 x 8W single stage centrifugal pump, with mechanical seal, 30 hp TEFC, 460 volt, 3 phase, 60 cycle electric motor, mechanical seal. Installed with piping, wiring and start/stop station. One operating, one spare.

27

2

Atmospheric Gas-Oil Pump

Vertical inline 1 x 8WL single stage centrifugal pump with integral seal flush, 20 hp TEFC, 460 volt, 3 phase, 60 cycle electric motor, mechanical seal. Installed with piping, wiring and start/stop station. One operating, one spare.

PHOTO NUMBER

QTY

DESCRIPTION

27

2

Diesel Pump

Vertical inline 2 x 8WL single stage centrifugal pump with mechanical seal 40 hp TEFC, 460 volt, 3 phase, 60 cycle electric motor, mechanical seal. Installed with piping, wiring and start/stop station. One operating, one spare.

27

2

Kerosene Pump

Vertical inline 1-1/2 x 7WL single stage centrifugal pump, 15 hp TEFC, 460 volt, 3 phase, 60 cycle electric motor, mechanical seal. Installed with piping, wiring, and start/ stop station. One operating, one spare.

27

2

Heavy Naphtha Pump

Vertical inline 1-1/2 x 8WL single stage centrifugal pump, 30 hp TEFC, 460 volt, 3 phase, 60 cycle electric motor, mechanical seal. Installed with piping, wiring, and start/stop station. One operating, one spare.

27

2

Reflux Pump

Vertical inline 3x8W single stage centrifugal pump, 60 hp TEFC, 460 volt, 3 phase, 60 cycle electric motor, mechanical seal. Installed with piping, wiring, and start/stop station. One operating, one spare.

27

2

Desalter Water Pump

P2BBF single stage centrifugal pump, 20 hp TEFC, 460 volt, 3 phase, 60 cycle electric motor, installed with piping, wiring and start/stop station. One operating, one spare.

27

2

Caustic Transfer Pump

Vertical inline 2 x 1-1/2 x 6 VOC single stage centrifugal pump, mechanical seal, 1.5 hp TEFC, 460 volt, 3 phase, 60 cycle electric motor. Installed with piping, wiring and start/stop station. One operating, one spare.

27

2

Caustic Charge Pump

Metering pump with ball checks in suction and discharge. Stroke adjustment by micrometer screw while pump is running. Wetted parts are 316 S.S.

27

2

Caustic Circulation Pump

Vertical inline 2 x 1 1/2x6 VOC centrifugal pump, mechanical seal, 2 hp TEFC, 460 volt, 3 phase, 60 cycle electric motor. Installed with piping, wiring and start/stop station. One operating, one spare.

27

2

Softened Water Pump

Vertical inline 2 x 1-1/2x6 VOC centrifugal pump, mechanical seal, 1.5 hp TEFC, 460 volt, 3 phase, 60 cycle electric motor. Installed with piping, wiring and start/stop station. One operating, one spare.

PHOTO NUMBER

QTY

DESCRIPTION

27

2

Boiler Feedwater Pump

Centrifugal pump, mechanical seal, 5 hp TEFC, 460 volt, 3 phase, 60 cycle electric motor for primary dryer. Installed with piping, wiring and start/stop station. One operating, one spare.

27

2

Desalter Water Booster Pumps

Vertical inline 1 x 7W centrifugal pump, 7-1/2 hp TEFC, 460 volt, 3 phase, 60 cycle electric motor, installed with piping, wiring and start/stop station. One operating, one spare.

27

2

Fuel Oil Pump

Centrifugal pump, mechanical seal, 5 hp TEFC, 460 volt, 3 phase, 60 cycle electric motor. Installed with piping, wiring and start/stop station. One operating, one spare.

27

3

Chemical Injection Pump

Metering pump with ball checks in suction and discharge, stroke adjustment by micrometer screw while pump is running. Valve housing and reagent head 316 S.S., valve and seat material 316 S.S.

27

2

Caustic Circ. Pump

Vertical inline 2 x 1-1/2x6 VOC, mechanical seal, 2 hp TEFC, 460 volt, 3 phase, 60 cycle electric motor. Installed with piping, wiring, and start/stop station. One operating, one spare.

27

1

Condensate Pump

Vertical inline 2x1-1/2x6 VOC, mechanical seal, 3 hp TEFC, 460 volt, 3 phase, 60 cycle, electric motor. Installed w/ piping, wiring &start/stop station

27

1

Caustic Pump

3x1-1/2x8 VOC vertical inline mechanical seal, 10 hp TEFC, 460 volt, 3 phase, 60 cycle, electric motor. Installed with piping, wiring, and start/stop station. One operating, one spare.

27

2

Prewash Pumps

Vertical inline 2x1-1/2x6 VOC, mechanical seal, 1-1/2 hp, TEFC, 460 volt, 3 phase, 60 cycle electric motor. Installed with piping, wiring and start/stop station. One operating. one spare.

27

1

Sump Pump

Vertical 1-1/2x1x6 ESP, mechanical seal, 3 hp TEFC, 460 volt, 3 phase, 60 cycle electric motor. Installed with piping, wiring and start/stop station.

27

1

Sump Pump

Vertical 1-1/2x1x6 ESP, mechanical seal, 1-1/2 hp TEFC, 460 volt, 3 phase, 60 cycle, electric motor. Installed with piping, wiring and start/stop station.

27

1

Sump Pump

Vertical 6x4x10 ESP, mechanical seal, 15 hp TEFC, 460 volt, 3 phase, 60 cycle, electric motor. Installed with piping, wiring and start/stop station.


1.4. ATTENDENT PROCESS EQUIPMENT
 

QTY

DESCRIPTION

2

Desalters

1

Caustic Settler Vessel

1

Water Wash Treater

1

Monarch Oil/Water Separator

1

Reactor Mixer Vessel

1

Clay Filter

1

Desalter Water Storage

1

Fuel Oil Storage Tank

1

Catalyst Mixing Tank

1

Fuel Gas Caustic Scrubber

lot

Pipe racks and piping


1.5 MISCELLANEOUS VESSELS
 

QTY

DESCRIPTION

2

Instrument Air Compressor

Ingersoll-Rand Model 75T-2 compressor complete with 10 hp TEFC 480 volt, 60 cycle, 3 phase electric motor, belt guard, after-cooler, constant speed control, V-belt drive. Each unit mounted on steel base complete with piping, wiring, and start/ stop station. One operating, one spare.

1

Instrument Air Receiver

Code: ASME Section VIII, latest edition.

1

Deaerator

Horizontal drum with stripping trays in the stack.

1

Instrument Air Dryer,

Heatless dryer for instrument air.

2

 

Steam Boiler

Scotch Marine Firetube

300 hp

10,000 #/hr steam @ 140 psig

ASME Code

F.I.A Controls

1

Desalter Water Storage

Vertical carbon steel tank, 10'-0" seam-to-seam, 72" O.D.

1

Softened Water Storage

Vertical tank bolted and galvanized. 22,400 gallon capacity for 24 hour supply.

2

Caustic Tank

Vertical carbon steel tank.

2

Water Softener

Vertical vessels, one operating, one regenerating and standing by.

1

Kerosene Dryer

Vertical carbon steel vessel with salt charge.

1

Diesel Dryer

Vertical carbon steel vessel with salt charge.