Heat Pumps. Solving Energy and Environmental Challenges

✍ Scribed by Takamoto Saito (Eds.)

• Publisher: Pergamon Press
• Year: 1990
• Tongue: English
• Leaves: 947
• Edition: 1st
• Category: Library

✦ Table of Contents

Content:
Pergamon Titles of Related Interest, Page ii
Front Matter, Page iii
Copyright, Page iv
PREFACE, Pages xv-xvi, J. BERGHMANS
SPONSORING ORGANIZATIONS, Page xvii
ORGANIZING COMMITTEE, Page xviii
ORGANIZING COMMITTEE OF JAPAN, Pages xix-xx
EXECUTIVE COMMITTEE, Page xxi
FINANCE COMMITTEE, Page xxi
PROGRAM COMMITTEE, Page xxii
STEERING COMMITTEE, Page xxii
SECRETARIAT, Page xxiii
SESSION CHAIRMEN, Pages xxiv-xxv
Welcoming Address, Pages 3-4, Mizuo Iwasa
Opening Address, Pages 5-7, M. Sugiura
Heat Pump Operated with Refrigerants of Non-Azeotropic Mixture, Pages 11-20, T. Saito, E. Hihara
Compression-Absorption Heat Pumps, Pages 21-34, L. AHLBY, D L HODGETT
Inverter-Aided Multisystem Air Conditioner (Air to Air Heat Pump) for Conditioning Use in Buildings, Pages 35-44, Keiichirou Shimizu
Heat Pump with Thermal Storage, Pages 45-54, HIDEO NOMURA
Present Conditions and Future Perspective of Gas Engine Heat Pumps In Japan, Pages 57-68, Tadashi Fukuda
Advanced Absorption Technology Development in the United States, Pages 69-80, R.C. DeVault
Research on an Air-Source Gas Absorption Heat Pump Air Conditioner, Pages 81-91, Y. NAGAOKA, S. KUROSAWA, N. NISHIYAMA
Advances in Working Fluids and Cycles for Absorption Systems, Pages 93-105, TAKAO KASHIWAGI
Advances In Heat Transformers, Pages 107-116, H. Bokelmann, G. Alefeld
Advances in Chemical Heat Pumps and Heat Transformers, Pages 117-126, P. LE GOFF, H. MATSUDA, R. RIVERO
The Development of Controls for Gas-Engine-Driven Heat Pumps, Pages 127-136, Gary A. Nowakowski
Process Integration: Absorption Heat Pumps and Flue Gas Cleaning, Pages 139-144, B.L. BÄCKSTRÖM
Large Scale Heat Pump for Industrial Application, Pages 145-154, RIKUO TAMURA
Incorporation of Heat Pumps in Drying Processes, Pages 155-162, Ingvald Strømmen
Type GRG-1 High Temperature Drying Heat Pump, Pages 163-170, Chen Xian Yu, Kong Xiang Rong, Shen Jian Rong, Wu Chang Chun
Development of District Heating and Cooling System Using Heat from Rivers, Pages 171-183, MASATO SEKIZAKZ
Heat Pumps for District Heating Applications, Pages 185-198, Gustav LORENTZEN
Future of Refrigeration with CFC Regulations, Pages 201-211, HANS T. HAUKÅS
Applications of New Heat Pump Technology for Environmental Protection, Pages 213-229, G. Alefeld
Energy Technology R & D and the Greenhouse Effect, Pages 231-241, P.D. Fairchild, W. Fulkerson
New Refrigerants - Research into their Thermodynamic Property Data, Pages 243-251, H.D. Baehr
Environmental Benefits of Heat Pumps, Pages 253-262, Torbjörn Svensson
Current Status of Thermophysical Properties Research on CFC Alternatives, Pages 263-282, KOICHI WATANABE
Operating Experience with Different Kinds of Air-Source Heat Pumps in Canadian Winters, Pages 285-295, D.J. YOUNG, D.F. CUTHBERT, S. YAP
Operating Experience with Ground-Source Heat Pump Systems, Pages 297-306, Junji NISHIOKA
Market Niches in Europe, Pages 307-316, H. Halozan
Current Market Status of Unitary Heat Pumps in North America, Pages 317-326, Ted C. Gilles
The Economics of Industrial Heat Pump Systems for Simultaneously Cooling and Heating, Pages 327-335, X.D. ZHENG, X.C. LIN
Performance Evaluation of the Solar-Assisted Air-Source Heat Pumps System (Part I), Pages 337-346, T. HINO
Current Status of the Super Heat Pump Energy Accumulation System in NEDO Projects, Pages 349-360, Atsushi Fujii
Present Status of Heat Pump Technology and R & D Plan in Korea, Pages 361-367, M.J. CHO, K.W. LEE, I.H. PARK, H.C. PARK
The Funding of Heat Pumps within the German Energy R & D Programme in the Sector of End-Use Technologies - Results, Experiences, Evaluation, Future Prospects, Pages 369-383, Helmut Hlawiczka
The Role of the Japanese Government and Utilities In R & D of Advanced Heat Pumps and Protection of the Environment, Pages 385-388, H. Nakagawa
Compression-Absorption Heat Pumps, Pages 391-400, V. MUČIĆ
Ground Source Heat Pump Systems: R & D and Practical Experiences in FRG, Pages 401-409, Burkhard Sanner
Earth-Coupled Heat Pumps, Pages 411-421, R.J. Hopkirk, R. Burkart
Ground Source Heat Pump Developments, Pages 423-432, Eric G Granryd
Design Programs for Compression Heat Pump Refrigeration Systems and Components, Pages 433-442, E. THORBERGSEN
Spiral Ground Heat Exchangers for Heat Pump Applications, Pages 443-453, Otto J. Svec
Description and Test Results of a High Temperature Heat Pump Test Facility, Pages 455-465, J.W. Linton
Refrigerant Flow Controls for Heat Pumps, Pages 467-475, ROBERT W. COCHRAN
Development of Advanced Heat Pumps for Room Cooling, Heating and Hot Water Supplying, Pages 477-486, T. HAMAMATSU, T. IWATSUBO, M. SAIKAWA
Recent Technical Trends in Direct Expansion Solar Heat Pump Systems, Pages 487-496, Yoshiharu Shinobu, Kenji Matsuki
Experimental Evaluation of a Heat Pump Air Conditioner Using R13B1/R152a Refrigerant Mixture, Pages 497-502, Kazuaki Minato, Kenji Matsuki
Adsorption Heat Pump, Pages 505-513, F. MEUNIER, T. ZANIFE
A New Absorption Heat Pump for Space Heating, Pages 515-523, J. BASSOLS, N. BEDNAREK, J. LANGRECK, D. OHRT, R. SCHNEIDER
Solid-Vapor Heat Pump Technology, Pages 525-535, Sam V. Shelton, William J. Wepfer, Daniel J. Miles
Status of the Double-Effect Absorption Heat Pump (DEAHP), Pages 537-543, H.C. Meacham, S.E. Petty, F.B. Cook
Thermodynamic Analysis of Resorption Heat Pump Cycle Using Water-Multicomponent Salt Mixture, Pages 545-554, J. KAMOSHIDA, Y. HIRATA, N. ISSHIKI, K. KATAYAMA, K. SATO
Development of an Air Cooled Double Effect Absorption Chiller Heater, Pages 555-564, T. Ohuchi, Y. kunugi, M. Aizawa, S. Sugimoto, S. Kurosawa, S. Kannoh, S. Takemoto
New Working Fluid Containing Ethylene Glycol for Air Cooled Chiller - 2, Pages 565-574, H. Iizuka, K. Nagamatsuya, K. Takahashi, J. Kuroda, T. Takigawa
An Expert System for Synthesis of Chemical Heat Pump Cycles, Pages 575-584, Ichiro FUJIWARA, Masahito SATO, Eiichi KUNUGITA
Vuilleumier Cycle Heat Pump, Pages 585-594, Takuya SUGANAMI, Kazuhiko KAWAJIRI, Tetsuya HONDA
Development of Stirling Engine Heat Pump, Pages 595-603, Y. NAGAOKA, M. NAKAMURA, K. YAMASHITA, Y. ITO, S. HARAMURA, K. YAMAGUCHI
Development of New DDHP Air-Conditioning Equipment Using Vuilleumier Cycle, Pages 605-611, Shigekichi Kurosawa, Akio Yoshida, Masato Ogawa, Fusao Terada, Takashi Nakazato, Junji Matsue
Experimental Development of a High Temperature Heat Pump Using a Liquid Ring Compressor, Pages 615-625, R. Meyer-Pittroff, Th. Hackensellner
Interaction of Heat Exchanger Design and Heat Pump Efficiency, Pages 627-637, R. Fehle, J. Klas, F. Mayinger
Heat Pumps Exergy Analysis, Pages 639-646, W. van Gool, A.J. Hoogendoorn
High Temperature Household Heat Pump Water Heater, Pages 647-649, SATOSHI IMABAYASHI
Heat Pumps for District Application in Japan - Hakozaki Installation, Pages 651-660, HIROAKI SHINADA
Breakthrough of the Heat Pump System in Cold and Snowy Districts, Pages 661-669, SHINJI OKUDA
Internal Heat-Integrated Distillation Process with Heat Pump Principle, Pages 671-680, M. NAKAIWA, M. OWA, T. AKIYA, M. SATO, Y. TANAKA, T. KAWABATA, Y. TOMISAKA
Heat Pump Energy System for District Heating and Cooling in the Tokyo Area, Pages 681-689, H. YOSHIDA, T. NIHEI, S. IGARASHI
A Performance Evaluation of Heat Pump Cycle for the Binary Refrigerant Mixture R134a/R123, Pages 693-701, M. NAKAIWA, M. OWA, T. AKIYA, M. SATO, T. HAKUTA, H. SEKINO
R142b: a Refrigerant for Heat Pumps Without Any Damage on Ozone Layer, Pages 703-711, J.C. BLAISE, T. DUTTO
Alternatives to CFC Refrigerants, Pages 713-720, Daiji Naito
Operating Experiences of Heat Pumps In Nordic Climate, Pages 723-732, Henrik Enström
Exhaust Air Heat Pump Potential in Europe, Pages 733-745, MATS.B. FEHRM
Air Conditioning by Heat Pumps on a Water Loop: Installation of the EDF-GDF Distribution Centre of Bordeaux-Merignac, Pages 747-754, C. CHAPON, M. DELANDRE
Experience with Heat Pump for Ice Storage, Pages 755-761, Hiromasa Koizumi
Competitive Position for Operation of Heat Pumps in Air-Conditioning Systems of Large Office Buildings, Pages 763-770, Kihachiro Kubota, Kimio Morino
Evaluation of the Performance of a Heat Pump System Incorporating Chilled Water Storage Tanks Installed in a Large Office Building, Pages 771-780, N. SAGARA, J. KONDO, Y. SEKIMOTO
Road Heating by Subway Waste Heat Recovery Heat Pump, Pages 781-784, SUSUMU KOJIMA
Qualification of High Performance Heat Pump - Evaluation of COP for “Super Heat Pump”, Pages 787-796, M. AKAI, A. YABE, K. OZAKI, N. ENDO, T. MUNAKATA
Improvement of Compression Heat Pump Performance, Pages 797-806, H. ENDOU
Low Temperature Heat Storage Type (Use of Clathrate), Pages 807-815, Tadaaki Tanii, Masaki Minemoto, Yoshimasa Ando
Super High Performance Compression Heat Pump (High Efficiency Type for Heating and Cooling), Pages 817-822, N. KANZAKI
Super High Performance Compressor-Driven Heat Pump, High Temperature Output Type for Low Temperature Heat Source, Pages 823-832, Toshio Ezaki, Vice-Director
High Temperature Heat Storage Using Hydrate, Pages 833-841, T. FURUKAWA, K. YASUDA, Y. WAKIYAMA
SHP Pilot System, Pages 843-848, T. MORI
Super High Performance Compression Heat Pump, High-Efficiency Type for Heating Only, Pages 849-857, KEIJI KOIKE
The Prospects for International Energy Policy Cooperation, Pages 861-866, JOHN P. FERRITER, John P. Ferriter
Nonazeotropic Mixtures as Substitutes for Today's CFC Fluids, Pages 867-886, M. HÖGBERG, L. VAMLING, T. BERNTSSON
Advanced Compressors, Pages 887-895, OTTO K. RIEGGER
Advances in Heat Pump Modulation, Pages 897-904, ROBERT D. WILSON
Overview of Indusrial Heat Pump Activities in Europe, Pages 905-918, H.J. Laue, A. Lehmann, A. Milbitz
Future Propsects for Industril Heat Pumps in North America, Pages 919-932, Peter A. Rowles
New Refrigerants and Mixtures for Heat Pump Opportunities in Canada, Pages 933-942, JOHN G. SMALE
Medium Sized Heat Pumps for Cold Districts, Pages 943-956, Geir Eggen, Per-Erling Frivik
Market Assessment in Italy, Pages 957-962, P. CODA, R. VELLONE
Heat Pump R & D in Europe, Pages 963-972, J.W.J. BOUMA
Environmental Noise Impact from Large Heat Pumps, Pages 973-985, J.V. ANDERSSON
AUTHORS' ADDRESSES, Pages 987-996