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Supplier: Sussman Electric Boilers
Description: Small size, small capacity Sussman MBA Electric Steam Generators are perfect for applications requiring efficient, high quality steam in laboratories, hospitals, pilot plants and for small, intermittent, low-steam consuming loads. These generators can be
- Heat Output (Capacity): 10,235.414534288639 to 68,236.0968952576 BTU/hr
- Maximum Pressure: 100 psi
- Features: ASME Certified, Commercial / HVAC, Other, Safety Valve
- Fuel Type / Heat Source: Electric
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Supplier: Schutte & Koerting
Description: Single-Stage Steam Jet Ejectors are based on the ejector-venturi principle. In operation, steam issuing through an expanding nozzle has its pressure energy converted to velocity energy. A vacuum is created and the high velocity of steam entrains air or gas and the
- Ultimate Operating Vacuum: 710 to 0 torr
- Application: Analytical / Scientific, Chemical / Corrosive Gas, Food Processing, General Purpose / Industrial, Manufacturing Processing, Medical / Laboratory, Packaging, Pharmaceutical / Sanitary, Power Generation, Semiconductor Manufacturing
- Venturi Type: Liquid Eductor / Ejector, Steam Ejector, Venturi Air Jet
- Features: Other
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Supplier: Sussman Electric Boilers
Description: Suitable for industries requiring efficient, high quality saturated steam, including laboratories, hospitals, industrial plants, pilot plants, food and chemical processing applications. These versatile generators are perfect for almost any application requiring steam from
- Heat Output (Capacity): 40,941.658137154554 to 614,124.8720573182 BTU/hr
- Maximum Pressure: 100 psi
- Features: ASME Certified, Commercial / HVAC, Other, Safety Valve
- Fuel Type / Heat Source: Electric
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Supplier: Schutte & Koerting
Description: Steam Jet Ejector used in processing vegetable oils. Four, Five and Six-Stage Steam Jet Ejector Principle of Operation Four, Five and Six-Stage Steam Jet Ejector units are used for applications where required suction pressures are beyond the range of the ejectors
- Ultimate Operating Vacuum: 759.5 to 0 torr
- Application: Analytical / Scientific, Chemical / Corrosive Gas, Food Processing, General Purpose / Industrial, Manufacturing Processing, Medical / Laboratory, Packaging, Pharmaceutical / Sanitary, Power Generation, Semiconductor Manufacturing
- Features: Four or More Stages, Other
- Venturi Type: Liquid Eductor / Ejector, Steam Ejector, Venturi Air Jet
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Supplier: Priorclave, Ltd.
Description: The extra-large chamber capacity of the RSC 450 and 700 litre Priorclaves is a must for any laboratory undertaking high-volume throughput sterilising procedures or are frequently tasked with handling tall and bulky items. Despite their large rectangular chamber and high loading
- Temperature Range: 284 F
- Capacity: 24.720260088870827 cubic feet
- Pressure Range: 34.809048 psi
- Features: Cooling System, Front Panel & Display
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Supplier: CSA Group
Description: (1 bar) = 100 kPa. Where an AUTOCLAVE incorporates a steam generator having its own PRESSURE VESSEL within the same enclosure, the applicable safety requirements for the AUTOCLAVE PRESSURE VESSEL apply also to the steam generator (see 14.105). 1.1.2
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Supplier: Dresser-Rand
Description: Engine-based CHP packages range from 300 kWe to 1.3 MWe and offer reliability, high efficiency, and easy maintenance, making them a perfect fit for your thermal and electricity demands. Steam turbine generators are typically considered for process industries (sugar, paper,
- Applications: Industrial, Power
- Fuel Type: Natural Gas
- Portability: Permanent
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Supplier: Priorclave, Ltd.
Description: The extra-large chamber capacity of the RSC 450 and 700 litre Priorclaves is a must for any laboratory undertaking high-volume throughput sterilising procedures or are frequently tasked with handling tall and bulky items. Despite their large rectangular chamber and high loading
- Temperature Range: 284 F
- Capacity: 15.89159577141696 cubic feet
- Pressure Range: 34.809048 psi
- Features: Cooling System, Front Panel & Display
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Description: suction volume of up to 600 m³/h with suction pressures of up to 33 mbar abs. and are primarily used for applications with large quantities of liquids. The L-BV5 also simultaneously works as a condenser while suctioning condensable steam. This enables the suction volume to be doubled.
- Pumping Speed: 5.9 to 705.9 CFM
- Configuration: Individual Vacuum Pump
- Mechanical: Liquid Ring
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Recovery of heavy oils from deep reservoirs
Concurrently, a modified high pressure steam generator has undergone extensive laboratory combustion studies and is currently being employed in a field test at Chevron's Kern River field.
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Determination of the heating transition in the unbenetzten part of evaporator tubes under consideration of two-dimensional thermal conduction in the wall mater...
Operates as licensor ftir Benson- steam generator the power station Union AG a high pressure - testing facility .
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Use of opposed jet flame stabilization in a downhole steam generator
By 1981, Sandia National Laboratories had developed a liquid fuel, high pressure downhole steam generator .
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Technology assessment: environmental, health, and safety impacts associated with oil recovery from US tar-sand deposits
Ideally, the non-vented high - pressure downhole steam - generator being developed by Sandia National Laboratories will inject all of the produced exhaust products into the reservoir with the steam it produces. studies will be needed to ensure that significant quantities of exhaust …
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Gas Explosion Technology and Biomass Refinery
Figure 1.1 shows the latest gas explosive device developed by our laboratory [12]: on the basis of high - pressure steam generator 1, gas explosion reactor 2 and the receiver 3, also equipped with a temperature sensors (4, 5, 6), high-frequency …
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Evaluation of a Direct Contact Downhole Steam Generator in a Field Environment-Final Results
Two high - pressure direct-contact downhole steam generators (DSGs) developed at Sandia National Laboratories have been demonstrated in the Wilmington Field of the Los Angeles basin.
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Autothermal reforming of natural gas to synthesis
gas:reference: KBR paper #2031.
… Sandia had completed much of the lab preparation encompassing: 1) reconfiguring half of a laboratory; 2) designing and fabricating two unique >1000 psi flow-metered steam generators ; 3) modifying the laboratory gas manifolds to deliver regulated high pressure flows of oxygen/enriched air …
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Field test of two high-pressure, direct-contact downhole steam generators. Volume I. Air/diesel system
J. F. Muir et al, "Field Test of Two High Pressure Direct Contact Downhole Steam Generators - Volume 111: Metallurgical Analyses," SAND83-0145/3, Sandia National Laboratories , Albuquerque, NM .
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Field test of two high-pressure direct-contact downhole steam generators. Volume II. Oxygen/diesel system
J. F. Muir, "Field Test of Two High Pressure , Direct Contact Downhole Steam Generators , Volume 111: Metallurgical Analyses," SAND83-0145/3, Sandia National Laboratories , Albuquerque, NM.
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Steam Generator Leak Detection in Liquid-Metal Fast Breeder Reactors by Chemical Methods
E. R. KOEHL, F. A. SMITH, and J. M. McKEE, "Testing of Steam Generator Leak Detectors on the High Pressure Test Loop: Interim Report," ANL-CT-79-18, Ar- gonne National Laboratory (1979).