proceedings doe thermal storage review meeting · table of contents i. thermal energy storage...
TRANSCRIPT
Conf.-801055
167442
Proceedings of the DOEThermal and Chemical StorageAnnual Contractor's Review Meeting
October 14-16,1980Westpark Hotel
McLean, Virginia
Sponsored by:U.S. Department of EnergyAssistant Secretary for Conservation and Renewable EnergyOffice of Advanced Conservation TechnologiesUnder Contract No. AC02-76CH00016
•" NATIONAL TECHNICAL TIB/UB Hannover
INFORMATION SERVICE 38IZP,2S&mIIS. DEPARTMENT OF COJHJJMK mmm lll"IIIMI11
SPBHMHELQ, V* 22IH
TABLE OF CONTENTS
I. THERMAL ENERGY STORAGE
Overview of the Thermal Energy Storage (TES) Program 1M. Gurevich
U. S. Department of Energy
ORNL Thermal Energy Storage Program Overview 3J. F. Martin
Oak Ridge National Laboratory
I-A. BUILDING HEATING AND COOLING APPLICATIONS
Simulation and Evaluation of Latent Heat Thermal Energy StorageHeat Pump SystemsT. W. Sigmon, J. H. Davidson and J. M. Doster
Research Triangle Institute
J. F. Martin
Oak Ridge National LaboratoryJ. A. Edwards
North Carolina State University
Design and Demonstration of a Storage-Assisted Air ConditioningSystem .
, 11J. E. Rizzuto
New York State Energy Research and Development Authority
Experimental Evaluation of Thermal Energy Storage: Status Report ....15
H. N. Hersh
Argonne National Laboratory
Development of an Optimum Process for Electron Beam
Crosslinking of High Density Polyethylene Pellets 13
I. 0. Salyer and J. E. Davidson, Ph.D.
University of Dayton Research Institute
i£
Thermal Energy Storage Test Facility ......... 22
M. P. Ternes
Oak Ridge National Laboratory
Crawl Space-Assisted Heat Pump 24
M. P. Ternes
Oak Ridge National Laboratory
Mathematical Modeling of Moving Boundary Problems
in Thermal Energy Storage 28
A. D. Solomon
Union Carbide Corporation
Distributed Thermal Energy Storage in the Residential Sector:
Commercialization Readiness Assessment and Implemenation Strategy .... 31
R. F. Giese
Argonne National Laboratory
Thermal Energy Storage Testing Facility 33
R„ J. Schoenhals, C. P. Lin, H. F. Kuehlert and S. H. Anderson
Purdue University
Survey of the Thermal Storage Installations in the United
States and Canada 37
H. G. Lorsch
Franklin Research Center
Olivine-Based Heat Storage Refractories 39
B. M. Gay, H. Palmour, III and R. L. Cochrane
North Carolina State University
Performance of Stratified Thermal Storage System for Oliver
Springs Elementary School: Progress Report .44
R. L. Reid and A. F. G. BedingerThe University of Tennessee
ii
I-B. THERMAL STORAGE RESEARCH AND DEVELOPMENT AND ANALYSIS AND ASSESSMENTS
The SERI Solar Energy Storage Program 47C. E. WymanSolar Energy Research Institute
Direct Contact Heat Transfer for Thermal Energy Storage 50
J. D. WrightSolar Energy Research Institute
Systems Analysis of Thermal Storage 54
R. J. CopelandSolar Energy Research Institute
Cost and Performance of Thermal Storage Concepts in Solar
Thermal Systems 58
A. W. McKenzie
Stearns-Roger Services, Inc.
High-Temperature Molten Salt Thermal Energy Storage Systemsfor Solar Applications 60
R. J. Petri and T. D. Claar
Institute of Gas Technology
Active Heat Exchange - System Development for Latent Heat
Thermal Energy Storage ^5
J. Alario and R. Haslett
Grumman Aerospace Corporation
1980 Report on NRL Energy Storage Program 68
T. Chubb, R. Veith, J. J. Nemecek and D. E. SimmonsNaval Research Laboratory
Heat Storage in Alloy Transformation 73
C. E. Birchenall
University of Delaware
iii
Thermal Energy Storage for Residential Energy Conservation 79
D. GoldenbergTRW, Inc.
I-C. THERMAL ENERGY STORAGE FOR SOLAR THERMAL APPLICATIONS
Solar Thermal Power Storage Applications Lead Laboratory
Overview •
L. G. Radosevich
Sandia National Laboratories
Molten Nitrate Salt Materials Studies 89
R. W. CarlingSandia National Laboratories
Molten Nitrate Salt Chemistry Studies 95
S. H. White, U. M. Twardock and M. M. Bower
EIC Laboratories, Inc.
Mass-Transfer Characteristics of Nitrate-Based Salt Mixtures ...... 99
J. H. DeVan and P. F. Tortorelli
Oak Ridge National Laboratory
Corrosion Behavior of Alloys 102
R. A. Osteryoung and H. Fernandez
State University of New York at Buffalo
Status Report of Thermocline Thermal Energy StorageStudies at Sandia National Laboratories 104
R. J. Gross and R. W. HarriganSandia National Laboratories
Experimental and Theoretical Study of Thermocline Degradation 109S. Chaney, N. Hayden and J. A. C. HumphreyUniversity of California, Berkeley
Dish-Mounted Latent Heat Buffer Storage 113
R. Manvi
Jet Propulsion Laboratory
iv
Storage Requirements Definition and SRE Design for Dish
Stirling Systems 118
W. F. Zimmerman, L. E. Stacy and G. C. WeslingGeneral Electric Company
Thermal Energy Buffer Storage for the Small Community Solar
Thermal Power Experiment 123
R. E. Polzien
Ford Aerospace & Communications Corporation
I-D. UTILIZATION OF WASTE HEAT - INDUSTRIAL
Application of Thermal Energy Storage to Process Heat
Recovery in the Aluminum Industry 129
L. B. Katter
Rocket Research Company
Collection and Dissemination of Thermal Energy Storage
System Information for the Pulp and Paper Industry 133
H. Edde. Ph.D.
Howard Edde, Inc.
Applications of Thermal Energy Storage to "Waste Heat
Recovery in the Food Processing Industry 137G. J. Treblicox
H. J. Heinz CompanyW. L. Lundberg
Westirighouse Electric Corporation
Once-Through Heat Supply System for City of Bellingham 138
I. Oliker
Burns and Roe, Inc.
II. CHEMICAL-HYDROGEN ENERGY STORAGE
Overview of the Chemical /Hydrogen Energy Systems (C/HES)Program 141
F. Gornick
U. S. Department of Energy
v
Status Report on the International Energy Agency's (IEA)
Hydrogen Production Program
J. H. Swisher
U. S. Department of Energy
Chemical/Hydrogen Energy Storage Systems
D. S. Miller
U. S. Department of Energy, Brookhaven Area Office
A. Mezzina
Brookhaven National Laboratory
II-A. CHEMICAL HEAT PUMP
The Sulfuric Acid/Water Chemical Heat Pump/Energy Storage Program .... 150
E. C. Clark, D. K. Carlson and 0. M. MorganRocket Research Company
A Chemical Heat Pump Based on the Reaction of Calcium Chloride
and Methanol for Solar Heating, Cooling and Storage 154P. O'D. Offenhartz
EIC Laboratories, Inc.
A Cost-Effectiveness Evaluation of Chemical Heat Pumps 159W. R. Standley, R. Gorman, P. S. Moritz and
T. J. 0'Gorman
TRW Energy Systems Planning Division
Design and Performance of a Multitube Metal-Hydride Heat Pump 163J. M. Clinch, H. Abelson and J. S. Horowitz
Argonne National Laboratory
II-B. CHEMICAL ENERGY SYSTEMS
Hydride Chemical Compressor: Phase I
P. P. Turillon
Ergenics, MPD Technology CorporationF. E. LynchHydrogen Consultants, Inc.
R. A. Nye
Denver Research Institute
167
vi
Development Status of a Metal Hydride Process for
Hydrogen Recovery 170
E. L. Huston
MPD. Technology Corporation
II-C. HYDROGEN PRODUCTION
Development Status of Solid Polymer Electrolyte Water
Electrolysis for Large Scale Hydrogen Generation 172
J. H. Russell
General Electric Company
Advanced Alkaline Water Electrolysis 175
J. N. MurrayTeledyne Energy Systems
Static Feed Water Electrolysis for Large Scale
Hydrogen Generation •178
F. H. Schubert
Life Systems, Inc.
Selection and Evaluation of Materials for Advanced
Water Electrolysis 182
G, E. Stoner
University of VirginiaP. J. Moran
The Johns Hopkins University
Improved Alkaline Hydrogen/Air Fuel Cells for Transportation
Applications ..... 188
S. Srinivasan, J. McBreen, G. Kissel, K. V. Kordesch,F. Kulesa, E. J. Taylor and E. Gannon
Brookhaven National Laboratory
Optical Constants of Single Crystals Ir02 and Ru02 and Their
Relation to Electronic Structure 193
A. Goel, G. Skorinko and F. H. Pollak
Brooklyn College of CUNY
vii
II-D. MATERIALS AND STORAGE SYSTEMS
Microcavity Storage Update - 1980197
R. J. Teitel
Robert J. Teitel Associates
Ammonia as a Hydrogen Energy-Storage Medium 201
G. Strickland
Brookhaven National Laboratory
Modification and Operation of the Hydrogen Homestead
Hydride Vessel Energy Storage System . .
204
R. E. Billings
Billings Energy Corporation
Hydrogen Microsphere Hazard Evaluation 211
R. G. Zalosh and S. N. BajpaiFactory Mutual Research Corporation
II-E. END-USE APPLICATIONS AND SYSTEMS
Hydropowered Electrolysis in New York State .........214
P. D. Mathusa and R. A. Wiley, Ph. D.
New York State Energy Research and Development Authority
Il-F. ADVANCE PRODUCTION CONCEPTS
Study of the Behavior of Gas Distribution Equipment in
Hydrogen Service —Phase II ...218
W. J. Jasionowski and H. D. HuangInstitute of Gas Technology
II-G. NASA HYDROGEN ENERGY STORAGE TECHNICAL PROJECT
Containment Materials: Status and Summary 224
H. G. Nelson
NASA-Ames Research Center
vlii
II-H. SYSTEMS STUDIES AND ASSESSMENT
Production Cost Comparisons of Hydrogen from Fossiland Nuclear Fuels and Water Decomposition 227K. R. Ekman
Jet Propulsion Laboratory
II-I. ADVANCED CONCEPTS HYDROGEN PRODUCTION
Recent Work in Advanced Hydrogen Production Concepts 232D. D. Lawson
Jet Propulsion Laboratory
Production of Hydrogen by Electron Transfer Catalysis UsingConventional and Photochemical Means
233D. P. Rillema
Jet Propulsion Laboratory and University of North Carolina
II-J. THERMOCHEMICAL HYDROGEN PRODUCTION CYCLES
Progress Report on the Development of the General AtomicThermochemical Water-Splitting Process
237G. E. Besenbruch, C. L. Allen, L. C. Brown, K. McCorkle,Y. S. Rode, Y. H. Norman, P. Trester and R. SharpGeneral Atomic Company
The LASL Thermochemical Hydrogen Program Status on
September 30, 1980240
K. E. Cox, C. L. Peterson, W. M. Jones and M. BowmanLos Alamos Scientific Laboratory
Development Status of the Sulfur Cycle ElectrolysisTechnology 243P. W. T. Lu, R. L. Ammon and G. H. Parker
Westinghouse Electric Corporation
Studies on Thermochemical Water-Splitting Cycles 248R. J. Remick and S. E. Foh
Institute of Gas Technology
Progress in Thermochemical Hydrogen Production, 252
C. EnglandJet Propulsion Laboratory
ix
III. PROJECT SUMMARIES
Simulation and Evaluation of Latent Heat Thermal Energy
Storage/Heat Pump Systems
Research Triangle Institute •254
Storage Assisted Air Conditioning
New York State Energy Research and Development Authority,
Long Island Lighting Company and Institute of Energy Conversion 255
Experimental Evaluation of Thermal Energy Storage
Argonne National Laboratory * . . .256
Development of Optimum Process for Electron Beam Crosslinking of
High Density Polyethylene Thermal Energy Storage Pellets, Process
Scale-Up and Production of Application Quantities of Material
University of Dayton 257
Operation of a Thermal Energy Storage Test FacilityOak Ridge National Laboratory 258
Technology Development of Earth Storage
Oak Ridge National Laboratory 259
Mathematical and Physical Modeling for TES SubsystemsOak Ridge National Laboratory 260
Thermal Energy Storage Testing FacilityPurdue University „
262
Survey of Thermal Storage Installations in the United States and
Canada
Franklin Research Center 263
Evaluation of Olivine Ceramic Refractories for Thermal EnergyStorage Applications
,
North Carolina State University 264
Evaluation of Stratified Thermal Storage System for Oliver SpringsElementary School
The University of Tennessee . „ 265
The SERI Solar Energy Storage ProgramSolar Energy Research Institute , .,.,..,..
266
Latent Heat Storage Research
Solar Energy Research Institute 267
Systems Analysis of Thermal StorageSolar Energy Research Institute 268
x
Cost and Performance of Thermal Storage Concepts in Solar
Thermal Systems
Stearns-Roger Services, Inc 269
High Temperature Molten Salt Thermal Energy Storage
Institute of Gas Technology 270
Active Heat Exchanger System Development for Latent Heat Thermal
Energy Storage SystemGrumman Aerospace Corporation 271
Heat-of-Fusion Energy Storage-Boiler Tank
Naval Research Laboratory 272
Heat Storage in Alloy Transformations
University of Delaware 273
Thermal Energy Storage for Residential Energy Conservation
TRW, Inc 274
Thermal Energy Storage for Solar Thermal Applications (TESSTA)Sandia National Laboratories 275
Molten Nitrate Salt Technology DevelopmentSandia National Laboratories 276
Molten Nitrate Salt Chemistry Studies
EIC Laboratories, Inc. 277
Mass-Transfer Characteristics of Nitrate-Based Salt Mixtures
Oak Ridge National Laboratory 278
Corrosion Behavior of AlloysState University of New York at Buffalo 279
Experimental and Theoretical Investigation of Thermocline
Degradation
University of California, Berkeley 280
Dish Mounted Latent Heat Buffer StorageJet Propulsion Laboratory 281
Storage Requirements Definition and SEE Design for Dish
Stirling SystemsGeneral Electric Company 283
Thermal Storage Requirement Definition Studies for Task 10
of the Small Community Solar Thermal Power Experiment
Ford Aerospace and Communications Corporation 284
Aluminum Waste Heat for Bellingham District HeatingRocket Research Company 285
xi
Collection and Dissemination of Thermal Energy Storage
System Information for the Pulp and Paper Industry
Howard Edde, Inc. Consulting Engineers 286
Applications of Thermal Energy Storage to Waste Heat
Recovery in the Food Processing Industry
Westinghouse Electric Corporation ...... . 288
Bellingham Project, Preliminary Assessment of the
Once-Through District Heating SystemBurns and Roe, Inc 289
International Energy Agency Program on Hydrogen Production
U. S. Department of Energy, Division of Thermal and
Mechanical Energy Storage Systems ..... 290
Sulfuric Acid/Water Chemical Heat PumpRocket Research Company ....... 291
Methanol-Based Heat Pump for Storage of Solar Thermal Energy
EIC Laboratories, Inc 292
A Cost-Effectiveness Evaluation of Several Chemical Heat
Pump Systems
TRW Energy Systems Planning Division ....... 293
HYCSOS Chemical Heat Pump and Energy Conversion SystemBased on Metal HydridesArgonne National Laboratory 294
Hydrogen Chemical CompressorErgenics Division, MPD Technology Corporation ....
295
Development of a Commercial Metal Hydride Process for
Hydrogen RecoveryErgenics Division, MPD Technology Corporation ........ 296
Solid Polymer Electrolyte Water Electrolyzer TechnologyDevelopmentGeneral Electric Company 297
Advanced Alkaline Water ElectrolysisTeledyne Energy Systems 298
Static Feed Water Electrolysis for Large Scale HydrogenGeneration
Life Systems, Inc, 299
Selection and Evaluation of Materials for AdvancedWater ElectrolyzersUniversity of Virginia 300
xii
Analysis of Vehicle Systems Using Hydrogen Storage/Alkaline Fuel Cell TechnologyBrookhaven National Laboratory 301
Optical and Electrocatalytic Investigations of Oxides
of Ruthenium and Iridium
Brooklyn College, CUNY 302
Microcavity Hydrogen StorageRovert J. Teitel Associates 303
Ammonia as a Hydrogen Energy-Storage MediumBrookhaven National Laboratory 304
Modification and Operation of The Hydrogen Homestead
Hydride Vessel Energy Storage SystemBillings Energy Corporation 305
Hydrogen Microsphere Safety StudyFactory Mutual Research Corporation 306
Hydrogen Production from Small Hydropower Sites
New York State Energy Research and Development Authority. 307
Study of the Behavior of Gas Distribution Equipment in
Hydrogen Service - Phase II
Institute of Gas Technology 308
Hydrogen Containment Materials
NASA-Ames Research Center 309
Production Cost Comparisons of Hydrogen from Fossil
and Nuclear Fuels and Water DecompositionJet Propulsion Laboratory 310
Advanced Hydrogen Production ConceptsJet Propulsion Laboratory . 311
Production of Hydrogen by Electron Transfer CatalysisUsing Conventional and Photochemical MeansJet Propulsion Laboratory 312
Thermochemical Water-Splitting ProgramGeneral Atomic Company 313
Thermochemical Processes for Hydrogen ProductionLos Alamos Scientific Laboratory 314
Sulfur Cycle Hydrogen Production Process
Westinghouse Electric Corporation 315
xiii
Studies on Thermochemical Water-Splitting CyclesInstitute of Gas Technology 316
Thermochemical Hydrogen Production ManagementJet Propulsion Laboratory ..... 317
IV. REVIEW COMMITTEE 318
V. LIST OF PARTICIPANTS319
VI. DINNER ADDRESS BY J. P. CONTZEN 329
a
xiv