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Type of turbine for high-pressure gas
A turboexpander, also referred to as a turbo-expander or an expansion turbine, is a centrifugal or axial-flow turbine, through which a high-pressure gas
Turboexpander
A hydrogen turboexpander-generator or generator-loaded expander for hydrogen gas is an axial flow turbine or radial expander for energy recovery through
Hydrogen turboexpander-generator
Hydrogen_turboexpander-generator
achieve high pressures and very low temperatures, for example, using turboexpanders. Liquefaction processes are used for scientific, industrial, and commercial
Liquefaction_of_gases
Detailed diagram in the process industry
Bag Gas bottle Globe valve 3-way valve Piston or reciprocating compressor Relief valve Rupture disc Turboexpander Centrifugal pump Reciprocating pump
Piping and instrumentation diagram
Piping_and_instrumentation_diagram
Steelmaking method
perfected the design of the centrifugal turboexpander. The process was put to use in 1942–1944. Most turboexpanders in industrial use since then have been
Basic_oxygen_steelmaking
Device that extracts energy from a fluid flow
approximately 700 lb) with the turbine producing nearly 70,000 hp (52.2 MW). Turboexpanders are used for refrigeration in industrial processes. Balancing machine
Turbine
High-pressure natural gas ship
consumed for the gas pressurisation can be recovered as electricity using turboexpander while delivering CNG to the inland piping network at unloading jetty/harbour
CNG_carrier
Statutory city in the Czech Republic
of the manufacturing programme included steam turbines, turbojets, turboexpanders, turbochargers, steam boilers, burners, and coal mills, as well as assorted
Brno
principle of operation is similar to the near isentropic Brayton cycle of a turboexpander. The gas is accelerated to supersonic velocities within the tube using
Twister_supersonic_separator
Mechanical seal
depending on the specific design of the lifting geometry. Hydrogen turboexpander-generator "Separation seals prevent oil and gas ingress". Archived from
Dry_gas_seal
Simultaneous generation of electricity and useful heat
Hydrogen fuel cell (using green hydrogen) Any type of compressor or turboexpander, such as in compressed air energy storage Energy portal Renewable energy
Cogeneration
Topics referred to by the same term
component used to connect SCSI computer data storage, devices together Turboexpander, a turbine for high-pressure gas Expander graph, a sparse graph used
Expander
provided by Lev D. Landau) and the development of a highly efficient turboexpander for producing liquid oxygen from air, an invention of significant practical
Institute for Physical Problems
Institute_for_Physical_Problems
Organic compound (H3C–CH3)
exist: the most economical process presently in wide use employs a turboexpander, and can recover more than 90% of the ethane in natural gas. In this
Ethane
Extracting energy from exhaust or waste
ventilation Heat recovery steam generator Cyclone Waste Heat Engine Hydrogen turboexpander-generator Thermal diode Thermal oxidizer Thermoelectric Modules Waste
Energy_recovery
German-British electrical engineer (1823–1883)
his work on the regenerative gas furnace and the production of steel. Turboexpander "Halfway around the world in 28 minutes – Building the Indo-European
Carl_Wilhelm_Siemens
Technique to remove component substances from a gaseous mixture
achieved by refrigeration or expansion through a Joule Thomson Valve or a Turboexpander. If such expansion is done through the Supersonic Gas Separator instead
Supersonic_gas_separation
Nuclear research facility in Mumbai, India
involved in LHP50 include ultra-high speed gas bearing supported miniature turboexpanders and compact plate fin heat exchangers along with cryogenic piping and
Bhabha_Atomic_Research_Centre
Methods of storing hydrogen for later use
grid energy storage, essential for the hydrogen economy. By using a turboexpander the electricity needs for compressed storage on 200 bar amounts to 2
Hydrogen_storage
Division of General Electric
equipment for floating production platforms, gas compressors, gas turbines, turboexpanders, high pressure reactors, industrial electricity generation. GE Oil &
GE_Oil_and_Gas
Machine for exchanging energy with a fluid
fan Mixed flow compressor Radial turbine Steam turbine Turbocharger Turboexpander Turbofans Turbojet Turboprop Turbopump Turboshaft Turbines Water turbine
Turbomachinery
Mechanical seal consisting of tightly interlinked parts to prevent leakage
Thirty-Third Turbomachinery Symposium Bloch, Heinz P.; Soares, Claire (2001). Turboexpanders and process applications. Boston: Gulf Professional Pub. p. 348. ISBN 9780884155096
Labyrinth_seal
Device for separating compressed gas into hot and cold streams
hot air at the hot exit. Therefore, the vortex tube is a rotorless turboexpander. It consists of a rotorless radial inflow turbine (cold end, center)
Vortex_tube
US natural gas company
Sapphire Technologies announced a plan to develop a FreeSpin In-line Turboexpander creating clean, or zero-emission, electricity by tapping into pressures
CNX_Resources
Pump driven by a gas turbine
turbopump because it does not have a turbine. Shown for comparison Turboexpander Gas-generator cycle Staged combustion cycle Expander cycle Components
Turbopump
Hydrodynamic bearings using spiral grooves to develop lubricant pressure
32 (2): 197–. doi:10.1080/10402008908981879. "FUNDAMENTALS OF THE TURBOEXPANDER - MIT File." Document Finder, Converter & Download - MIT File. N.p.
Spiral_groove_bearing
Device to increase pressure of hydrogen gas
Gaseous state of the element hydrogen kept under pressure Hydrogen turboexpander-generator High-pressure electrolysis Hydrogen embrittlement – Reduction
Hydrogen_compressor
American mechanical engineer (1933–2022)
Operation and Maintenance, (with J. Hoefner) Gulf Publishing Company, 2001 Turboexpander Technology and Applications, (with C. Soares) Butterworth-Heinemann
Heinz_P._Bloch
included motor driven air compressors for industrial use, cryogenic turboexpanders for generation of liquid oxygen and liquid nitrogen, motor driven air
Mohawk_Innovative_Technology
Technologies that relating to the production & use of hydrogen
compressor Ionic liquid piston compressor Linear compressor Hydrogen turboexpander-generator Hydrogen leak testing Hydrogen sensor Hydrogen purifier Hydrogen
Hydrogen_technologies
magnetoresistance Turbidimetry Turbidity Turbidity current Turbidometry Turboexpander Turbophoresis Turbulator Turbulence Turbulence kinetic energy Turbulence
Index_of_physics_articles_(T)
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