Products/Services for Inlet Guide Vane Gas Turbines
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Steam and Gas Turbines - (75 companies)Steam turbines and gas turbines are rotating machines that extract energy from pressurized steam and/or from combustion gases. Types of Steam and Gas Turbines There are two basic types of steam turbines: impulse and reaction. Impulse turbines... -
Turbine Pumps - (251 companies)Turbine pumps are centrifugal pumps that use pressure in combination with a rotary mechanism to transfer fluid. They typically employ blade geometry, which causes fluid circulation around the vanes to add pressure from inlet to outlet. Turbine pumps... -
Gas Compressors and Gas Compressor Systems - (318 companies)...through the system by the motion of rotating lobes, screws, or vanes. Dynamic compressors, including axial and centrifugal systems, are another type of compressor. Gas compressors use a variety of technologies to compress gas. Axial: Multiple-blade... -
Centrifugal Pumps - (1169 companies)...pumps. For more information on regenerative turbine pumps, visit GlobalSpec's Turbine Pump Selection Guide page. For a more in depth discussion of impeller design and other pump components, visit GlobalSpec's Pump Components page. Materials. Pumps... -
Combustion Engines - (255 companies)...are internal combustion engines where the products of combustion are directed in a turbine inside the engine. The gas flow spins the blades of a turbine which generates power or does other mechanical work. They are smaller than most equivalent reciprocating... -
Fans and Blowers (industrial) - (1484 companies)With centrifugal fans, the fan blade rotates perpendicular to the air flow. Types of centrifugal fans. Video credit: ebm-papst ANZ / CC BY 3.0. Crossflow fans draw air from the full radial inlet site of a rotating vane and expel the air on the opposite side...
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Liquid Handling Pumps - (2238 companies)...ejector, reversible centrifugal, gas lift, hydraulic ram, and electromagnetic pumps. For more information on centrifugal pumps, visit the How to Select Centrifugal Pumps page on Engineering360. Positive Displacement. Positive displacement pumps provide...
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Vacuum Pumps and Vacuum Generators - (840 companies)...mathematically by the equation: S = Q/P. where S is pumping speed, Q is throughput of the gas load (described below), and P is the inlet pressure of the gas . A pump's maximum achievable pumping speed is always referred to as its rated pumping speed...
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Rotary Vane Vacuum Pumps and Systems - (178 companies)...displacement pumps. Rotary vane vacuum pumps create regions of low pressure by moving fluid using a rotating vane assembly in the pumping chamber. Typically there are two or more rotating vanes that move the gas or fluid from inlet to outlet. Rotary vane...
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Hydro Turbines - (55 companies)These hydro turbines do not require high flow-rates and include Pelton turbines. Reaction turbines produce power from the pressure of water flowing through guide vanes to move runners. The guide vanes change the direction of the flow and cause the water...
Product News
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Marlo Heat Transfer Solutions
The Importance of Turbine Inlet Heating Turbine Inlet CoilsPart 1: The Importance of Inlet Heating. March 6, 2023. Turbine inlet heating coils are used in gas-fired power plants to heat the air entering the gas turbines. There are two main ways that a plant can benefit from adding heating coils to its turbines: the coils increase the efficiency of the plant when idling, and they prevent freezing. Both benefits are discussed in detail below. Increasing output and efficiency. Marlo Heat Transfer Solutions turbine inlet heating coils... (read more)Browse Fluid Heat Transfer Systems Datasheets for Marlo Heat Transfer Solutions -
Marlo Heat Transfer Solutions
Turbine Inlet Coils, Part 2: Why Inlet Cooling? It is common knowledge that the widespread use of air conditioning during high temperatures can put major stresses on the electrical grid. But those hot summer days can also cause another power problem that many people don 't know about. When it comes to gas-fired power plants, hot air entering the gas turbines can have a severely negative effect on the power generated by those turbines. In fact, the power output of a gas turbine is inversely proportional to the inlet air temperature. In other... (read more)Browse Fluid Heat Transfer Systems Datasheets for Marlo Heat Transfer Solutions -
Ingersoll Rand Industrial Technologies / Air Motors
Gas Turbine Air Starters TS700/TS900/TS1400 Series Starters for Gas Turbine Engines with multiple gear ratios for matching the optimum engine characteristics. Ingersoll Rand air starters are flexible, efficient alternatives to electric sources. Features. No oil in drive air is necessary. Splash lubrication system internally lubricates the planetary gears and motor bearings. Air cooling extends bearing and seal life. No internal or external shut-off devices. Versatility. Multiple spline pinions. Multiple gear ratios... (read more) -
Marlo Heat Transfer Solutions
Cooling and Heating Coils for Gas Powered Turbines solution for our customers. We have in-house resources to help you size the equipment to meet your cooling needs and minimize air pressure drop through the system. Improve turbine performance with a quality Marlo cooling coil, the most important part of your inlet system. Turbine Inlet Cooling. Advantages of Mechanical Turbine Inlet Cooling. Gas turbine mechanical cooling systems are used worldwide to improve power output. The power output of a gas turbine is inversely related to the inlet air... (read more)Browse Fluid Heat Transfer Systems Datasheets for Marlo Heat Transfer Solutions -
Froude, Inc.
High-Speed Dynos for Aerospace/Gas Turbine Engines consists of special semi-circular-shaped vanes cast into stainless-steel rotor and stators. Water flowing in a toroidal vortex pattern around these vanes creates a torque reaction through the dynamometer casing which is resisted and measured by a precision load cell. The dynamometer load is controlled by a 'characterized' water outlet valve, operated by a closed loop electro-hydraulic servo system. The power absorbed by the dynamometer is carried away by the water in the form of heat. (read more)Browse Dynamometers Datasheets for Froude, Inc. -
Aichi Tokei Denki Co., Ltd.
Turbine Gas Meters for Flow Management Turbine meters in the TBZ and TBX series were developed for controlling the gas consumption of each piece of equipment such as compact boilers and various industrial furnaces. Features. The products realize a smart design with a lightweight and compact body and support a wide range of measurement including maximum working pressure and maximum measuring flow rate. Furthermore, the built-in 2-system pulse transmitters enable you to establish a remote meter reading system and an energy control... (read more)Browse Turbine Flow Meters Datasheets for Aichi Tokei Denki Co., Ltd. -
Impro Industries USA, Inc.
Industrial Gas Turbine Combustion Assemblies M-Tech, a wholly-owned subsidiary of Impro, is a precision machining parts manufacturer supplying high-complexity and high-precision products to the world 's top players in the Aerospace, IGT, and Oil &Gas industries. M-Tech is specialized in the manufacture of combustion assemblies (end covers and fuel nozzle) for land-based gas turbines. Our main processes for producing this type of product include: Process. Type. Size Limit. Accuracy. Turning. CNC. 900 (35.4 "). 0.005mm. Milling. CNC. 1530... (read more) -
AMETEK Programmable Power
Critical Test Instruments Enhance Gas Turbines This white paper explores the role of gas turbines in the evolving power and energy industry, emphasizing their reliability and versatility in various applications, including grid stability alongside renewable sources, backup power for industrial complexes, and even microturbines for residential use. Highlights include: Efforts to reduce carbon emissions in gas turbines by using alternative fuels and carbon capture technologies. The critical role of temperature measurements in optimizing gas... (read more) -
Froude, Inc.
High Speed Dynamometer for Aerospace & Gas Turbine HS Dynometers. The Froude HS Range of hydraulic dynamometers have been specifically designed for gas turbine testing, and are compact, robust and low maintenance. The HS125, HS150 and HS2600 have a one-piece rotor shaft manufactured from a unique stainless steel forging. Designed for turboshaft and turboprop engine applications, each featuring interchangeable engine adaptor frames allowing several engine types to be tested on a single test stand. Well-proven standard products are available... (read more)Browse Dynamometers Datasheets for Froude, Inc. -
GGB
Bearing solutions for Hydropower Dam Turbines . Corrosion resistant in wet environments. Low friction and wear for extended life. Low water absorption for dimensional stability. Reduced or no maintenance. Longer service life. Lower operational costs. Increased overall system performance. Applications: Hydropower Dam Turbines. Wicket Gates. Servo-Motors. Operating Ring Sliding Segments. Linkages. Guide Vanes. Pelton Turbines. Injectors. Deflectors. Gates. Intake Gate Sliding Segments and Rollers. Spillway Gates. Ancillary Equipment. Fish Screens... (read more)Browse Plastic Bearings Datasheets for GGB
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Testing and model validation for combined-cycle power plants
Gas turbine inlet guide vane position 6.
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CONCEPTUAL DESIGN AND ECONOMICS OF A NOMINAL 500 MWe SECOND-GENERATION PFB COMBUSTION PLANT
The plant air flow is determined by the positioning of the gas turbine inlet guide vanes ; flow meters and control valves located in the gas turbine air compressor discharge line control and proportion the air flow to the carbonizer and PCFB boiler.
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IGCC repowering project clean coal II project public design report. Annual report, October 1992--September 1993
The gas turbine Inlet guide vanes control air flow over this range while maintaining constant turbine inlel temperature.
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Second-Generation PFBC Systems R&D
At this condition the gas turbine inlet guide vanes are closed (air flow is reduced by 27 percent) and the gas turbine exhaust temperature is reduced from 1138EF down to 741EF.
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Combustion 2000
During low load gas turbine operation, combustion air flow is reduced by modulation of the gas turbine inlet guide vanes , hence air flow through the CAH and RAH would be below design values.
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Mixed-flow vertical tubular hydraulic turbine: determination of proper design duty point
Huntsman et al. [12] applied simi- lar approach when selecting general dimensions of the radial gas turbine inlet guide vanes .
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Heat-Transfer Calculations > Solution for the Heat-Transfer Design of a Cooled Gas Turbine Airfoil
For an engine flow rate of approximately 300 lbm/s (136.4 kg/s), the vane cooling flow represents 11.44 percent of the engine compressor airflow, which is very typical of high-performance gas turbine inlet guide vanes .
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Journal of Aircraft > Fluidic Applications in Aerospace
2 Davies, G. E., "Fluidic Pressure Ratio Control of Gas Turbine Inlet Guide Vanes ," Proceedings of the Seventh Cranfield Fluidics Conference, Paper E2, Stuttgart, Germany, Nov. 1975.
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Formation of Deposits from Lubricants in High Temperature Applications
VIAL OF IGV VARNISH A sample of varnish was obtained from the canister filter of a gas turbine Inlet Guide Vane (IGV) actuator.
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Pressurized Fluidized Bed Combustion Second-Generation System Research and Development
With the gas turbine inlet guide vanes having been previously closed, the gas turbine firing temperature has been reduced for further load reduction.
