Ge Sps Pumps Brochure
Ge-Sps-Pumps-Brochure-656409 ge-sps-pumps-brochure-656409
2015-03-11
: Ge Ge-Sps-Pumps-Brochure-656409 ge-sps-pumps-brochure-656409 ge pdf
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GE Oil & Gas Surface Pumping Systems Product line GE imagination at work We know that the life cycle of industrial pumps are often at the center of your decision making process. That is why GE is your partner for the long run. We carefully consider the life-cycle operating efficiencies, power consumption, environmental impact and reliability of our pumps to ensure they will meet your needs now and in the future. Improved surface pumping solutions Trouble-free service Pre-packaged units The modular design makes SPS units suitable for a wide variety of applications, from routine water injection to mine dewatering and leaching operations. The GE SPS pump is very reliable, highly-efficient and easily modified in the field, saving you maintenance time. The drive for long-lasting, highly-reliable, environmentally-friendly pumping solutions has led many customers to appreciate our SPS™ Surface Pumping Systems. GE’s SPS pumping systems provide versatile, low-maintenance alternatives to many high-speed integral geardriven centrifugal (OH6), positive displacement (PD) and vertical-turbine pump (VTP) models. Our SPS pumps are available in gas, electric or dieselpowered models and can handle up to 2,500 gpm (85,000 BFPD) and discharge pressures up to 6000 psi. SPS systems are delivered to the job site pre-assembled—only requiring suction flange, discharge flange and power hookups. The Easily Modified SPS Frame (EMF™) is pre-wired with instrumentation and cabling terminated in a central junction box. This proprietary frame, paired with the versatile design of our pumps, allows for easy on-site installation and maintenance with minimal site preparation. The SPS pump is designed for years of trouble-free operation. There are no V-belts or packing to service. Routine maintenance consists of a quarterly lubricant change and component check. SPS units generate little to no vibration-related wear or stress on piping components and they are available with a variety of mechanical seal options (including API 682 seals). SPS APPLICATIONS: Booster TRANSFER CIRCULATION INJECTION GE’s Surface Pumping Systems (SPS) Pump Mechanical Seal Thrust Chamber Multi-stage centrifugal pump with industry-leading, high-efficiency designs. The pump is supplied as an easily replaceable module. Additional pump elements can be added or “re-staged,” if required for changing duty conditions. Most pumps are “mixed flow” design for enhanced abrasion resistance, improved gas handling and higher efficiency. All units feature an optimized mechanical seal and stub shaft with silicon carbide faces that operates at suction pressure. Seals are available up to 3000 PSI. Options include API-682 cartridge type, as well as API flush and quench plans. The patented Front Pull-Out™ design allows for rapid change-out of the seal and/or stub shaft without disturbing the bearing frame and flexible motor coupling, thus avoiding realignment or the spacer coupling requirement. The bearing-frame thrust chamber is an easilyinterchangeable module that is compatible with other SPS units regardless of the pump size. It features a low number of rotating parts for long, trouble-free life, requires minimal maintenance, optimizes oil dispersion and reduces operating temperatures using an oil-ring lubrication system, and includes a thermocouple to provide temperature monitoring and shut-down protection. Labyrinth shaft seals protect the internals from the environment without wearing the shaft surface. Pipe-work Height The fixed pipe-work height minimizes pipe-work changes in the event of possible system reconfigurations. Should the pump or motor require changing for any reason; the pump, bearing frame, suction, discharge and motor shaft are maintained at the same level. Frame Extensions Discharge Head Standard flanges are ANSI-B16.5 class 300 through 2,500, lap joint type to allow for alignment with pipe work. Other connections/ flange standards are available. 4 The EMF Frame can easily accommodate changing duty conditions or the re-deployment of an existing SPS unit for an entirely different application. Additionally, where limited site access (i.e., underground mines) exists, multiple component skids can be provided to facilitate portability and assembly. Benefits Motor/Prime Mover Flexible Coupling An industry standard 2-pole NEMA and IEC footmounted electric motor is used in configurations to suit local requirements for enclosure type, voltage, frequency, insulation class, hazardous area, etc. Other drive options include gas or diesel engine via a speed increaser. A standard grid-style coupling provides for long life and minimizes maintenance requirements. Other coupling types are available on request. • Lower initial and whole-life cost • Short construction lead-times • Increased reliability and runtime • Low noise and vibration levels • Easy installation • Remote monitoring and diagnostic capability • Worldwide support Applications • Borehole mining • CO2 injection/booster • CO2 sequestration • Condensate transfer • Crude oil boosting/transfer • Dust suppression • Geothermal • Hydraulic power fluid boosting • Jet pumping • Lean amine circulation • Mine dewatering • NGL boosting/transfer • Offshore facilities fluid handling • Pipeline boosting • Process fluids transfer Instrumentation/Control Package • Produced water disposal/injection • Salt dome leaching The standard SPS instrumentation package includes suction and discharge pressure gauges and control switches, a vibration switch and bearing frame thermocouple. Other instrumentation and control options are available. • Seawater disposal/waterflooding • Wash water circulation • Water transfer Pump Comparison Suction Chamber Issue This chamber can be rotated in 45° increments. Standard flanges are ANSI-B16.5 class 150 through 2500. Other connections/flange standards are available. Capital cost EMF™ Frame* The patented Easily Modified Frame™ features a rigid base frame for low vibration and ease of installation. It incorporates integral lifting lugs throughout and or machined motor adapter plate (shown in green), which together with the frame motor plate are predrilled for virtually all available motor options. *A model FM1000 EMF frame is shown. Other models include FM75, FM150, FM1500 and FM3000. Whole-life cost SPS Pump Type PD OH6 Low Low Moderate Low High High Up time High % Low % Moderate % Down time Low % High % High % Daily/weekly maintenance No Yes No Downtime per repair Low Moderate Moderate Cost of repair Low Moderate High Noise level Low High High Vibration Low High Low Pulsation Nil High Nil Seal (qty) Mechanical (1) Packing (3 or 5) Mechanical (1) Virtually Nil High High Moderate Virtually Nil Low Environmental leakage Flow/pressure flexibility PD = positive displacement reciprocating pump OH6 = API 610 type OH6 High-speed integral gear-driven vertical single-stage overhung pump 5 Crude Oil Transfer (North America) CO2 injection (North America) 6 Waterflood (North America) Water injection Onshore Production As your partner, we understand the specific pump requirements for onshore production and provide global pumping solutions to maximize project investments. Our SPS pumps are employed in a multitude of onshore production applications including: • Enhanced oil recovery systems (ex. CO2 handling and injection) • Gathering systems • Production systems for conventional fluids (oil and petroleum products) Water injection (Middle East) • Separations Systems • Produced water handling and treating • Steam-generating plants/distribution systems for thermal recovery projects • Storage systems • Water Injection & disposal systems Produced water disposal (North America) PRODUCTION WELLS gas water oil 1ST STAGE SEPARATOR wet gas GAS WATER KNOCKOUT DRUM gas water oil wet gas oily 2ND STAGE SEPARATOR water INJECTION WELLS gas water CO2 PRODUCED WATER INJECTION PUMPS CO2 INJECTION PUMPS water OILY WATER SEPARATOR oil dry gas GAS COMPRESSION GAS FLARE GAS SALES OIL PIPELINE Typical onshore production flow diagram CO2 PIPELINE 7 8 Photo: Øyvind Hagen / Statoil Offshore Production Offshore fields account for approximately 35% of global oil and gas production. This is expected to increase as we continue to see growth in deepwater, remote and marginal fields. In these offshore applications, where pumps are used to inject, transfer and boost produced fluids, equipment reliability is critical to avoid downtime, increase run-life and improve operating efficiency. Due to the requirements of deeper and further offshore applications, we developed a process to customize highly-reliable long service life pumping systems to meet your ship-and platform mounted pumping needs. These SPS systems maintain your reliability expectations of GE, while providing flexibility and responsiveness to application changes. FPSO treated sea water injection (Africa) Offshore applications of GE’s SPS pumps include: • Crude Oil Transfers (platform to FPSO) • Off-loading booster • Seawater Injection • Water Injection FPU water injection (South America) FPU crude oil transfer (Gulf of Mexico) FPU crude oil transfer (South America) 9 Crude oil and Produced Water Injection (South America) 10 Ethane pipeline booster (North America) Pipeline Pipeline networks require high pressure pumps to move fluids over long distances. In certain instances, booster stations are needed to keep the pressure high enough so the fluid can reach its final destination. Pipeline operators around the world have discovered that our SPS pumps provide versatile and low maintenance alternatives to split-case centrifugal and positivedisplacement pump applications. GE’s SPS pumps can boost, re-circulate and transfer a wide range of liquids through pipelines in oilfield and industrial applications including: • Crude oil • Light hydrocarbons (ethane, methane, butane, propane) • CO2 • Refined petroleum products (motor gasoline, aviation fuels, kerosene, diesel fuel, heating oil and fuel oils) • Petrochemical feed stocks and products • NGL (natural gas liquids) CO2 pipeline booster (North America) Crude oil and Produced Water Injection (South America) CO2 pipeline booster (North America) 11 12 Wash Water Services at Refinery (North America) Hydrocarbon Processing The process industries are among the world’s largest users of industrial pumps. Refining, petrochemical and chemical process operations employ a multitude of methods that convert raw materials into finished products of value. Managing fluid flow (liquids and gases in motion) throughout a given operation is critical. To maximize your operating efficiencies, improve flexibility and create the potential to decrease environmental impact, we assess each of your applications in order to deliver the best possible pumping system. Mixed light hydrocarbons (North America) GE’s SPS pumps are extremely reliable, high performance units and are well-suited to a wide range of high pressure, heavy duty applications including: • CO2 sequestration • Condensate transfer • Crude oil boosting and transfer • Hydraulic power fluid boosting • Lean amine circulation • Liquefied/natural gas (NGL) boosting • Liquefied/natural gas (NGL) transfer • Process fluids transfer • Wash water circulation Amine gas treating (North America) CONDENSER acid sour gas (H2S + CO2) makeup water sweet gas REFLEX DRUM reflux lean rich amine amine ABSORBER REGENERATOR vapor sour gas steam REBOILER rich amine Gas sweetening process flow diagram liquid condensate lean amine PUMP Ethane Booster (North America) 13 14 Mining, Municipal, Industrial and Geothermal Effective water management is critical in mining and salt dome leaching operations. GE’s SPS pumps are available to the MMIG industry as portable skid-mounted units, trailer-mounted units and as multiple pumps in fixed installations at main pump stations and can be used in the following applications: • Seawater transfer (to mines for processing) • Mine de-watering • Cavern (salt-dome) leaching • Open pit and shaft mining • Borehole mining Mine Water Management Mine operators must be able to manage water throughout the operation and quickly alleviate problems as they occur. Mine dewatering is usually undertaken to ensure the stability of mine walls during and after excavation, or to optimize mine production and increase operational efficiencies. Salt dome leaching/brine water (North America) In many mines, the amount of water that must be pumped exceeds the mines’ water consumption requirements. In this case, a majority of the excess water is discharged to our surface SPS water pumping systems, reinjected into aquifers, applied to crop land, or piped to power plants. Cavern Leaching There are numerous cavern leaching and/or formation jetting (borehole mining) applications. For example, a salt dome is a type of structural dome formed when a thick bed of water-soluble mineral sediments (mainly salt or halite) intrude vertically into surrounding rock strata, forming a diapir. In salt dome leaching processes, our SPS pumps are frequently used to circulate water, absorbing the salt. A large underground cavern is formed after the salt has been leached and the water is removed. GE’s SPS pumps are also used to re-inject materials such as oil, natural gas, hydrogen gas or even hazardous waste into the empty caverns for storage. Mining operations (North America) Water transfer installation (North America) 15 Design, Engineering, Manufacturing & Custom Fabrication Achieving the highest standards of performance with any pumping system requires attention to detail in every phase of design, engineering, manufacturing and service. Some companies call this quality assurance. We call it commitment. With an emphasis on quality, cost and delivery, all our processes (engineering, quotation, manufacturing, fabrication, testing and tracking systems) are designed to reduce lead times and increase efficiency. Rigorous product testing ensures that our equipment meets design specifications and is highly-reliable. Manufacturing GE maintains state-of-the-art facilities and a highly skilled workforce on a global scale. We are heavily invested in modern manufacturing systems geared to producing the best surface pumps, controls and communication products available. Our core business is providing engineered, application-specific, high-pressure pumping solutions. From order to field installation, all of our systems are designed to produce pumping solutions with trouble-free performance in any environment. Assembly One-half of a custom fabricated skid-mounted enclosure delivered to installation site 16 Two of three FM1000s inside custom fabricated enclosure Surface Controls, Integration, Monitoring & Diagnostics GE offers a wide variety of automation and surface control equipment to help you increase reliability and effectiveness and reduce operating costs of your Surface Pumping Systems. Vector® VII Variable Speed Drives Vector™ VII Variable Speed Drives (VSD) are compatible with surface pumping systems (SPS) and include an intuitive operator interface, application specific software and expanded communications capability. Available in ratings from 104-1515KVA, these drives include a full-color graphical interface to provide: Vector VII VSD assembly • Motor speed • Motor current • Motor overload and underload settings • Controlled starts • Auto restarts • Restart delays • Restart retries Monitoring and Control Systems Vector VII VSD “plug and play,” custom-fabricated control skid Our monitoring systems can improve the effectiveness of your reliability/maintenance program by continually monitoring your pump system’s health and automatically notifying you of changes or conditions that require intervention. We provide two intelligent motor control systems: an SPS Pump Controller for variable speed drive applications and the iMonitor™ motor controller for fixed speed use. Using the latest advances in hardware, software and telecommunication technology, these units offer motor protection, data acquisition and event logging with the capability for real-time data analysis. Modular construction and add-on options allow these controllers to be configured for standalone operation or for use in coordinated pumping systems. Remote monitoring and control of pump operation is possible for sites located anywhere in the world using SCADA systems connected via Ethernet, wireless phone, or satellite communication systems. Vector VII 561 KVA VSD 17 & Worldwide Industry wide GE Oil & Gas Global Headquarters 4425 Westway Blvd Houston, Texas 77041 USA Tel +1 281 492 5100 Fax +1 281 492 8107 Global Manufacturing & Sales 5500 S.E. 59th St Oklahoma City, OK 73135 USA Tel +1 405 671 1431 Toll free +1 800 723 3771 Fax +1 405 670 5463 For complete contact information, please refer to our website. ge.com/oilandgas GE Oil & Gas Headquarters GE Oil & Gas Main Hubs GE Oil & Gas Manufacturing or Services Hubs GE Oil & Gas For more information, please contact your GE sales representative. GE Oil & Gas 4425 Westway Blvd Houston, Texas 77041 USA 281 492 5100 www.geoilandgas.com/sps © 2012 General Electric Company. All rights reserved. The GE Monogram, Vector, Apollo, EMF, eSmart, VSG Technology are trademarks of General Electric Company. GE imagination at work
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