TOOLS AND TESTINGDescription - DST Tools Catalog

Transfer pumps are used to transfer crude oil from the test tanks to a pipeline or storage tank or to supply oil to a crude oil burner for disposal.

Transfer pumps may be driven electrically or by diesel or gas engines. Electric drivers are pre- ferred in offshore situations with ample power. Diesel drivers are normally used on land locations when the pump can be placed away from the well test equipment. The pumps are horizontal, end- suction centrifugal pumps with mechanical seals. They supply oil to the burner when there is not

enough pressure for the well effluent to atomize and burn cleanly through the burner. They may also be used to reinject the effluent into the flowlines after flowing through the production test units.

The units can be controlled manu- ally, by using high/low level switches in the stock tanks or by means of a level controller and a system of control valves. Controls always include a pneumatic shutdown to simplify tying into the Emergency Shutdown System. Transfer pumps are ideal for transferring oil or water on location They are designed for corrosive service.

Features and Benefits These transfer pumps

Can use either a electric, diesel, or gas driver for maximum flexibility

Is on an oilfield skid

Uses mechanical pump seals, the most reliable type of seals

Operation

Centrifugal pumps deliver a constant pressure without the pulsations that occur with piston- type pumps. Centrifugal pumps do not over pressure themselves if a downstream valve is accidentally closed. They will automatically bypass the liquid.

Diesel Pump

Electric Pump

Centrifugal Transfer Pumps

contained in the contract between Halliburton and the customer that is applicable to the sale. These ratings are guidelines only.

For more information, consult your local Halliburton representative.

Centrifugal Transfer Pump

Description Electric Transfer Pump

Class I Div. I GRP D

Electric Transfer Pump

Class I Div. I GRP D Diesel Transfer Pump

Motor 125 Horsepower 444 T Frame TEFC Explosion Proof Class F Insulation 1.15 Service Factor 460 volt 3 Phase 60 Hz 3600 RPM 150 Horsepower 445TS Frame TEFC Explosion Proof Class F Insulation 1.15 Service Factor 460 volt 3 Phase 60 Hz 3600 RPM Detroit 4-53 125 Horsepower @ 2500 RPM Controls

Nordic Soft Start Controller External Reset NEMA 7/9 Enclosure Separate Field Termination

Vernier Throttle Manual and Emergency Kill

Sentinel Low Oil Pressure High Coolant Temperature

Centrifugal Pump

Dean Model PH-30 Horizontal Pump 3560 Input RPM; 375 psi (2585 kPa) Maximum Suction Pressure

565 psi (3895 kPa) Maximum Case Pressure

Sunflo Model P3-BPJ Horizontal Pump 3550 Input RPM 8272 Output RPM; 350 psi (2413 kPa) Maximum Suction Pressure

2160 psi (14893 kPa) Maximum Case Pressure

Sunflo Model P3-DPJ Horizontal Pump 2550 Input RPM 8075 Output RPM;

350 psi (2413) Maximum Suction Pressure

2160 psi (14893) Maximum Case Pressure

Maximum Temperature °F (°C) -20 (-29) Ambient to 250 (121)Maximum Fluid Temperature -20 (-29) Ambient to 250 (121)Maximum Fluid Temperature -20 (-29) Ambient to 250 (121)Maximum Fluid Temperature Pump Inlet

in. 3 300# FF Flange 3 600# RF Flange 3 600# RF Flange Pump Outlet

in. 1-1/2 300# FF Flange 2 600# RF Flange 2 600# RF Flange

Performance With Water: 10,000 bbl/d @ 300 psi With Oil: 10,000 bbl/d @ 255 psi With Water: 10,000 bbl/d @ 500 psi With Oil: 10,000 bbl/d @ 425 psi With Water: 6,000 bbl/d @ 505 psi With Oil: 10,000 bbl/d @ 400 psi Service H2S* H2S* H2S* Skid Length in. (cm) 77 (196) 77 (196) 97 (246) Skid Width in. (cm) 48 (122) 48 (122) 44 (112) Skid Height in. (cm) 60 (152) 60 (152) 60 (152) Skid Weight lb (kg) 4,000 (1814) 5,000 (2268) 6,000 (2722)

*Meets requirements of NACE MR-01-75

H A L L I B U R T O N

TOOLS AND TESTING

Description

Chokes are throttling valves that allow operators to control the wellstream. Chokes are capable of withstanding erosion resulting from the very high velocities occurring at and immediately downstream from the orifice.

The Choke Manifold allows operators to limit erosion to the replace- able parts within the choke. The standard HES choke manifold is a five-valve, component design with a full-bore flow path through the manifold allowing total bypass of the choke control. On one side of the bypass, an adjustable choke allows more flexible control for wellbore cleanup rates. On the other side is a positive choke to give more accurate flow control for predetermined fluids for various test procedures. By using the valving and adjustable choke, the operator can change the positive choke without having to stop operations or affect test objectives. Features and Benefits

The Choke Manifold

Features dual chokes, one adjustable and one positive, to help maintain a constant flow rate, which improves test data quality Is designed for easy maintenance during operations, which saves rig time and overall cost of test

Offers a lower overall redress cost because of its component design Allows more options during

cleanup with its bypass through the manifold

Meets applicable industry stan- dards (API 6A) and can be third- party certified as required Operation

The choke allows the operator control by enabling progressive manual, powered, or fixed control of the wellstream by opening, closing, or selecting an orifice. Chokes help maintain critical flow, even while changing choke size. Critical flow occurs when the

pressure downstream of the choke is one-half or less than the pressure upstream. In this case, the flow rate through the choke depends only on variations of the upstream pressure and on choke setting. Changes in downstream pressure within the critical flow range do not affect the rate of flow through the choke. Noncritical flow occurs when the downstream pressure is more than one-half the upstream pressure. In this case, changing the pressure will affect the flow rate through the choke. The critical flow should always be maintained across the chokes. The choke manifold should be placed as close as possible to the production equipment.

In document DST Tools Catalog (Page 66-68)