HORIZONTAL PUMPING SYSTEM

Transcription

1 HORIZONTAL PUMPING SYSTEM BORETS U.S. INC. PERFORMANCE TECHNOLOGY INNOVATION

2 Horizontal Pumping System What is HPS? HPS classification, Pumps, Stages, Impellers, Curves/Performance, Components Why use HPS? Delivery/Cost/Modular, Radial Loads, Comparison vs. Traditional Pumps What are common HPS Applications/Installation? Produced Water/Injection, Lean Amine, Crude Oil, NGL, Liquid CO2, etc.

3 What is HPS? Horizontal Pumping System - Horizontal Multistage Centrifugal Diffuser Pump - Consisting of the following components

4 HPS classification * * * * * *

5 HPS classification vs. API Horizontal Foot mounted OH1 Flex Coupling Centerline mounted OH2 Vertical in line OH3 w/ Bearing Bracket Overhung Rigid Coupling Vertical in line OH4 Close Coupled Vertical in line OH5 High Speed Gear OH6 Multistage Radially Split Centerline mounted HPS Double casing Centrifugal 1 and 2 Stage Axially Split BB1 Pump Between Radially Split BB2 Bearings Axially Split BB3 Multistage Radially Split Single casing BB4 Double casing BB5 Discharge Diffuser VS1 through Volute VS2 Vertically Single casing column Axial flow VS3 Suspended Separate Line shaft VS4 Discharge Cantilever VS5 Double casing Diffuser VS6 Volute VS7

6 Pumps The HPS unit is a multistage diffuser pump; containing a selected number (application dependent) of impellers equipped with vanes, inside a closely fitted diffuser, located in series an axial shaft, driven by the electrical motor. Radial / Francis / Mix-Flow Impeller Types Casing is radial split.

7 Stages Each "stage" consists of an impeller and a diffuser. Again, the impeller takes the fluid and imparts kinetic energy to it. The diffuser converts this kinetic energy into potential energy (head).

8 Operation Fluid enters through the intake, into the lower diffuser. Impeller moves the fluid along the opening vane to the diffuser. Diffuser directs the fluid direction up and changes the kinetic force into potential force or pressure. Number of stage determine head developed, and also determines the horsepower requirement.

9 Radial Flow Stage Discharges fluid at a 90 angle away from the rotation of the shaft Higher head per stage compared to mixed flow pumps Smaller vein clearance Used for lower volume pumps

10 Mixed Flow Stage Discharges fluid at a about 45 angle away from the rotation of the shaft Lower head per stage compared to radial flow pumps Large vein clearance Used for high volume pumps

11 Impellers Radial flow (Pancake), usually for small range production capacity Pancake Mixed flow, usually for high production pump Francis Mixed flow

12 Impeller & Curves

13 Typical Performane, Efficency & Thrust Curve

14 Pumps Pumps come in two basic varieties: Floater" construction - each impeller is free to move side to side on the shaft as it wants to so it is said to "float" on the shaft. Compression" construction - every impeller is fixed to the shaft rigidly so that it cannot move without the shaft moving. All the impellers are "compressed" together to make one rigid rotating assembly.

15 Stage Types

16 Thrust Chamber & Intake Modular Design Minimal Moving Parts Largest Thrust Bearings 7315 Oil Flood Lubrication 2 bearing = 4000# thrust 3 bearing = 6000# thrust 4 bearing = 12000# thrust Standard 316 S/S or Carbon Steel Construction Standard ANSI B16.5 Class Flange Ratings - 150/300/600/900/1500/2500 lb Suction Flange Locations Rotates

17 Mechanical Seals & Flush Plans Only one sealing area on low pressure suction side Various sealing options available up to 2800 psi Single Spring Component Seal API 682 Single Cartridge Seal API 682 Dual Cartridge Seal API Environmental Controls Flush Plan Non-Contacting Gas Seals Split Mechanical Seals Thrust Chamber Intake Pump Or

18 Skids, Saddles, Motor, Coupling, Guard & Instrumentation 3 Skid Models Double-beam, Single-beam, & Channel for Front/Back Pullout & LowPro I-Beam Welded Fabricated Construction Power Coated Finish Electric motor, engine, etc. Full range of HPs 2, 4, 8 Pole speeds Low & medium voltage ODP, WPII, TEFC, EX-Proof, etc. Cast iron saddles Laser aligned to TC axis Easily adjustable Close mounting/support; 48 Powder coated finish API Motor Coupling & Non-Spark Guard Mechanical Switches or Transmitters

19 HPS Considerations Intake pressure (min., norm., & max) Discharge pressure (min., norm., & max) Flow & pressure requirements ( ) Fluid properties (SG, Viscosity, Vapor Pressure, Temp) Material of Construction Seal Type & Flush Plans Site Conditions & Classifications Expansion flexibility (future flow & psi) Motor controls (direct, soft start & psi) Instrumentation requirements (psi, temp., & vibration) Electrical available and motor enclosure

20 Why use HPS? Quick Delivery - 8 to 12 Weeks Low Capital Cost Extended Run Life Increased Reliability & MTBF Low Maintenance High Quality Standards Modular Design Easy replacement & minimal down-time Easy to Re-rate in the future Minimal Spare Parts Inventory Environmentally Friendly Low Life Cycle Cost

21 Radial Loads Reduced Radial Shaft Loads Diffuser Style Advantage

22 API Split-case (-) Delivery (-) Capital Cost (-) Repair Cost (-) Repair Time (-) Two Mechanical Seals (-) Re-rate Flexibility (=) Reliability (=) Vibration, Noise (=) Pump Efficiency (+) Base Footprint

23 Positive Displacement Plunger (-) Frequent Maintenance (-) Vibration & Pulsation (-) Delivery (-) Leakage at Packing (-) Repair Time / Cost (-) Re-rate Flexibility (+) Pump Efficiency (+) Pressure Variation (+) Base Footprint

24 Comparison

25 What are HPS Applications/Installation? Petroleum: Produced Water Injection (Disposal, Waterflood, Pressure Maintenance) Power Fluid Pump (for downhole Jet/Hydraulic pump) Liquid CO 2 for Transfer or Injection Crude Oil Transfer Boiler Feed for steam generators - SAGD Industrial & Mining: Boiler Feed Water High Pressure Wash Down Descaling Effluent Disposal High Pressure Transfer De-Watering

26 Direct Coupled Low Pro Up to 200 HP Patented Pending Low Thrust Low Cost Simple Design Direct Drive

27 Single Beam Model Up to 300 HP

28 Double Beam Model Up to 2000 HP

29 Back Pullout Thrust Chamber API Flush Plan

30 Back Pullout TC 2 units 1 skid

31 Belt Drive

32 Crude Oil Transfer Texas, USA

33 Water flood Alberta, Canada

34 75,000 BPD Disposal Texas, USA

35 53 Trailer Mounted Rocky Mountains, USA

36 Boiler Feed Pumps SAGD Canada

37 Produced Water Disposal Texas, USA

38 Crude Oil Transfer Pumps - Russia

39 DNV Certified North Sea

40 Produced Water Disposal Texas, USA

41 1250hp Power Fluid Pumps Alaska, USA

42 600hp Natural Gas Engine USA

43 Enclosed Mounted Disposal - Manitoba

44 70,000 BPD Salt Cavern Gas Storage - USA

45 HORIZONTAL PUMPING SYSTEM PERFORMANCE TECHNOLOGY INNOVATION & CUSTOMER SERVICE QUESTIONS?