Jet pump for steam compression - feasibility study.
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Jet pump for steam compression - feasibility study. by G. Fish

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Published by British Hydromechanics Research Association in Cranfield .
Written in English

Book details:

Edition Notes

SeriesBHRA technical note -- 952
ID Numbers
Open LibraryOL20904744M

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Jet pump definition is - a pump in which a small jet of steam, air, water, or other fluid in rapid motion lifts or otherwise moves by its impulse a large quantity of the fluid with which it mingles.   Evaluation of steam jet ejectors 1. Chemical Engineering and Processing 41 () – Evaluation of steam jet ejectors Hisham El-Dessouky *, Hisham Ettouney, Imad Alatiqi, Ghada Al-Nuwaibit Department of Chemical Engineering, College of Engineering and Petroleum, Kuwait Uni6ersity, P.O. Box , Safat , Kuwait Received 4 April ; received in revised form 26 .   Jet Pump working principle: The jet pump artificial lift system is composed of two principal parts: the surface pumping equipment and the downhole jet pump. In the surface, the reciprocating pump transfers energy to the fluid increases its pressure, drove through surface piping, production tubing (or annular space) until the jet pump, placed on. formance of the jet pump. 2. Expermental Set-Up and Measurement. The test rig description and components are herein in- troduced to demonstrate its ability to determine the value performance and to study the different parameters af- fecting this value. Consequently, the operational concept, detailed design of the jet pump and its internal compo-File Size: KB.

The feasibility pump 3 If ¢(x⁄;ex) = 0, then x⁄ j (= xej) is integer for all j 2 I, so x⁄ (but not necessarily xe) is a feasible MIP sely, given a point x⁄ 2 P, the integer point xe closest to x⁄ is easily determined by rounding x⁄.These observations suggest the following Feasibility Pump (FP) heuristic to flnd a feasible MIP solution, in. the technical feasibility of deploying ground-source heat-pump (GSHP) systems to help PNSY achieve aggressive energy reduction goals mandated by the Energy Policy Act of , Executive Order and Executive Order , and U.S. Department of Defense and U.S. A jet pump contains no moving parts. Jet pumps are EJECTORS that use a jet of steam to entrain air, water, or other fluid, and EDUCTORS that use a flow of water to entrain and thereby pump water. The basic principles of operation of these two devices are identical. The basic principle of operation of a simple jet pump of the ejector type is. Evaluation of steam jet ejectors optimisation were performed to study the thermodynamic feasibility of the proposed cycles. and a vapour-compression heat pump. The off-design study.

Feasibility Study on Lifting of Seabed Materials Using a Bubble-Jet-Type Air-Lift Pump Fig. 6 Solid discharge rates against total power, when VC or sand particles alone were in the lower tank. Fig. 7 Solid discharge rates for VC particles and sand particles against air supply rate, when both particles were fed in the lower : Michio, Sadatomi, Shingo, Sugikubo, Daiki, Kouhei, Tajiri, Akimaro, Kawahara. pump to the water increases because more water has to recirculate to operate the ejector. The difference between a deep-well jet pump and a shallow-well jet pump is the location of the ejector. The deep-well ejector is located in the well below the water level. The deep-well ejector works in the same way as the shallow-well Size: KB. This Table of Contents, plus all the subheads, will help you decide whether this book is worth buying and reading to improve your performance in working with ejectors and related equipment. throttling motive steam with low compression ratio, throttling cooling water to a condenser - Vacuum pump features Steam jet ejectors, mechanical. Numerical study on the performances of steam-jet vacuum pump at different operating conditions Article (PDF Available) in Vacuum 84(11) June with Reads How we measure 'reads'.