OTEC performance tests of the Union Carbide flooded-bundle evaporator by Lloyd G. Lewis

Cover of: OTEC performance tests of the Union Carbide flooded-bundle evaporator | Lloyd G. Lewis

Published by Dept. of Energy, [Office of Energy Research], Argonne National Laboratory, for sale by the National Technical Information Service] in Argonne, Ill, [Springfield, Va .

Written in English

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Subjects:

  • Ocean thermal power plants,
  • Evaporators -- Mathematical models

Edition Notes

Book details

StatementLloyd G. Lewis and Norman F. Sather, Energy and Environmental Systems Division
SeriesANL/OTEC-PS ; 1
ContributionsSather, Norman F., joint author, Argonne National Laboratory. Energy and Environmental Systems Division, Argonne National Laboratory. Components Technology Division, United States. Dept. of Energy. Division of Central Solar Technology
The Physical Object
Paginationvi, 31 p. :
Number of Pages31
ID Numbers
Open LibraryOL14863438M

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OTEC performance tests of the OTEC performance tests of the Union Carbide flooded-bundle evaporator book Carbide flooded-bundle evaporator (Book, ) [] Your list has reached the maximum number of items. Please create a new list with a new name; move some items to a new or existing list; or delete some items.

Your request to send this item has been completed. Get this from a library. OTEC performance tests of the Union Carbide sprayed-bundle evaporator. [David L Hillis; Argonne National Laboratory. Energy and Environmental Systems Division.; Argonne National Laboratory.

Components Technology Division.;]. OTEC Performance Test of the Union Carbide Flooded-Bundle Evaporator, David Yung, David Hillis, James Lorenz, Norman Sather, May34 pages CD with file, Argonne National Laboratory Sponsored by U.S.

Department of Energy, OTEC-1 Power System Test Program: Test plan for First Deployment, Argonne National. Applied Energy 6 PERFORMANCE STUDY OF AN OTEC SYSTEM E.

GANIC Department of Energy Engineering, University of Illinois at Chicago Circle, Chicago, Illinois (us~) and L. MOELLER Sargent & Lundy Engineers, Chicago, Illinois (USA) SUMMARY This paper describes a series of studies carried out to analyse the performance of an Ocean Thermal Energy Conversion (OTEC Cited by: 6.

These five heat exchangers are the Union Carbide flooded-bundle evaporator, the Union Carbide sprayed-bundle evaporator, the Union Carbide enhanced-tube condenser, the Carnegie-Mellon vertical. 5. RESULTS Performance of the 1 MWe OTEC system The performance of the 1 MWe OTEC power plant system was analyzed using various combinations of the shell-and-tube heat exchangers listed in Table 3.

Case I. This case includes a horizontal thin-film evaporator and a horizontal thin-film condenser. Performance tests of the 1MWt shell-and-tube heat exchangers for OTEC.

These five heat exchangers are the Union Carbide flooded-bundle evaporator, Through thermal performance test. Lewis LG, Sather NF () OTEC performance tests of the Union Carbide flooded-bundle evaporator. Argonne National Lab., Lemont, IL CrossRef Google Scholar Lin S, Kew PA, Cornwell K () Two-phase heat transfer to a refrigerant in a 1 mm diameter tube.

L. Hillis, J.J. Lorenz, D.T. Yung, N.F. Sather, OTEC Performance test of the union carbide sprayed bundle evaporator, Department of Energy Report ANL OTEC-PS-3. Lewis, L. and Sather, N. F., OTEC Performance Tests of the Union Carbide Flooded-Bundle Evaporator, Argonne National Lab Report No.

ANL/OTEC-PS-1, Google Scholar Results of performance tests conducted on a Union Carbide enhanced-tube condenser with wire wrapping on the ammonia side and internal axial fins on the water side are reported. This unit performed satisfactorily and was free of operational difficulties.

Performance tests of the 1MWt shell-and-tube heat exchangers for OTEC. January These five heat exchangers are the Union Carbide flooded-bundle evaporator, the Union Carbide.

resulting intonne (metric ton) displacement. The OC-OTEC plant would be shorter at m but beamer at 90 m resulting in a displacement oftonnes. For the concepts considered herein, the products areMWh/year for the CC-OTEC; and,MWh/year andm3/day for the OC-OTEC.

TRW Systems Group, Ocean thermal energy conversion Re- search on an engineering evaluation and test program, Vol. submitted to NSF-ERDA, available from NTIS (June ).

Ocean Systems of Lockheed Missiles and Space Co., Ocean thermal energy conversion (OTEC) power plant technical and economic feasibility, Vol. 1 and 2. Hillis, D. L., Lorenz, J.

J., and Yung, D. T., OTEC Performance Tests of the Union Carbide Sprayed-Bundle Evaporator, ANL/ OTEC-PS-3, Argonne National Laboratory, 8. Stephan, K., and Mitrovic, J., Heat Transfer in Natural Convective Boiling of Refrigerant and Refrigerant-Oil Mixtures in Bundles of T- Shaped Finned Tubes, in Advances in Enhanced Heat Transfer, HTD.

Ocean Thermal Energy Conversion and its Cold Water Pipe Development of OTEC systems (Figure 1) is underway at LM and elsewhereto meet worldwide needs for clean secure baseload electric power and potable water (Ref. Its #1 acknowledged challenge is itshuge Cold Water Pipe (Fig.

2) which must be m ( ft.)long and is 10m. OTEC Power Cycles Closed Cycle: leading power cycle; ammonia or hydrocarbon working fluid; single stage or multi-stage Open Cycle: originally pursued by Westinghouse and kW Prototype system tested at NELHA, Hawaii Hybrid Cycle for co-production of power and desalinated water: pursued by Westinghouse (large scale plants) and Argonne National Lab (small.

Uses tools, meters, and special test equipment necessary to correctly test, align, troubleshoot, and repair electrical and electronic components of the automatic degaussing and mine sweeping equipment.

Sets up the equipment to conform to various operational orders. A - UNREP Electrical-Electronics Control Maintenance performs. • Performance inspection is required for all culverts that are at least OTEC 5. ODOT Procedure • 4 - Perform Preliminary Testing • Perform preliminary testing of select system(s) • 5 – Develop Recommendations.

OTEC Literature Review. e only standards data since no replicate program isirequired, subject to the condition described.

in,6. Union. Carbide will use an on-the-job training approach.-Non-qualified personnel will study the measurement procedure, observe a qualified operator, and. A system model of open Rankine cycle ocean thermal energy conversion (OC-QTEC) was used to examine the effects of component performance and design on plant cost.

Three components are examined in detail: an optional seawater deaeration subsystem, the flash evaporator, and a two-stage direc.t­ contact condenser. Ocean thermal energy conversion (OTEC) is a promising renewable energy technology which exploits the thermal gradient between warm, surface seawater and deep, cold seawater to generate electricity [1].

During the operation of an OTEC plant, seawater intake pipes will draw warm water from 20m depth and cold water from m. After moving through. Existing Facility • land acres • 38 buildings • M sq.

• $ B total value • ~ 50 MFL areas • Largest MFL - $M • ~ FTES. @article{osti_, title = {Stress-corrosion cracking of steels in ammonia with consideration given to OTEC design: a survey}, author = {Teel, R. B.}, abstractNote = {Carbon steel, alloy steel, and high-strength, quenched and tempered steel, when under applied or residual stress and especially when cold formed and/or welded without subsequent thermal stress relief, are subject to failure.

Copper Tube Handbook Introduction / Table of Contents. CDA has converted the Copper Tube Handbook into an app for either your tablet or smartphone. The new app makes it easier and quicker for plumbers, HVAC technicians and contractors to obtain information about copper tube, piping and fitting as well as different joining methods and applications.

performance degrades rapidly at temperature extremes based on FAT power consumption test data and calculation of expected fuel useage per TQG data (5) based on prototype power consumption test data and calculation of expected fuel usage per TQG data Evaporator Airflow (SCFM) 1, Operational Conditions Cooling (ºF) 40 to Heating.

test is used to test hoods for containment. This is a static test where tracer gas is released in the fume hood and a non-moving mannequin is used to test the breathing zone. The amount of tracer gas sensed at the mannequin determines the hood’s containment level.

UNION CARBIDE CHEMICALS COMPANY DIVISION OF UNION CARBIDE CORPORATION•E I SOUTH CHARLESTON. Septem Mr. Morgan Chief Isotopes Extension Division of Civilian Application United States Atomic Energy Commission Oak Ridge Tennessee I I Reference: IEB:REB (LIC ) Dear Mr.

Morgan. @article{osti_, title = {Qualification of stainless steel for OTEC heat exchanger tubes}, author = {LaQue, F. L.}, abstractNote = {The history of the AL-6X alloy is reviewed and its credentials as a candidate for use as tubing in Ocean Thermal Energy Conversion Heat Exchangers are examined.

Qualification is based on results of accelerated tests using ferric chloride for resistance to. test,inwhicha soapsolutionis used to searchfor leakson theboundaries of a tankpressurizedwith air, is referredto as o an air and soaptest o a standardair test o grooming.

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The user of the equipment can then refer to this Certificate to enable him to safely put the item into service in a zone appropriate to the Certification.

Here are a list of questions OTEC will need to process the VFD calculator required for BPA projects. The rebate is estimated at $40 per horsepower.

Please contact your local OTEC office with questions. If an aggregate passes the test, it is acceptable, but if it fails the test, it may or may not give satisfactory performance.

Additional testing such as the rapid freezing and thawing test in ASTM C (ASTM ) or the dilation test in ASTM C (ASTM ) is. Bridge Monitoring and Rating: Tuesday, Oct. 27, a.m. Ice Hazard Mitigation and Monitoring on the Veterans' Glass City Skyway Bridge: Douglas Nims, University of Toledo, Toledo, OH; Todd Audet, Ohio DOT, Bowling Green, OH.

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Split System - The second DX concept, where the evaporator is separate from the condenser/compressor, is called a split system. These are commonly found in residential and small commercial installations with capacity ranges varying 1 to 50 TR and suitable for an area of – square feet.

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