APPENDIX C

BIBLIOGRAPHY AND LIST OF CONTRIBUTORS

551

A-C Compressor Corporation, Appleton, Wisconsin

Ro-Flo Sliding Vane Compressor, Form 101.

Aerzen USA, Coatesville, Pennsylvania

Aerzen Environmental Technology, Form G1-003/01/EN.

The Compact II, Form 92-318.

Aerzen Process Gas Screw Compressors, Form 800/4.91.

Aerzen VMTS-type Air Screw Compressors, Form 1000/6.91.

Aerzen Rotary Screw Compressors, VMY-series, Form 300/1.94.

Aerzen Screw Compressor Package Series VML, Form 2000/8.88.

Aerzen VM 37-series Screw Compressors, Form 300/1.92.

Aerzen Screw Compressors, Form 1000/9/93.

Anglo Compression, Inc., Mount Vernon, Ohio

Modern High-Efficiency Compressor Valves, Bulletin 201.

High-Reliability Reciprocating Compressor Pistons, Form 401.

Customized Compressor Cylinder Design and Manufacture, Bulletin 321.

Ausdel Pty, Ltd., Cheltenham, Victoria, Australia

Hydroscav Gas Stripping Technology Bulletin, Form 234.

A Practical Guide to Compressor Technology, Second Edition, By Heinz P. Bloch Copyright © 2006 John Wiley & Sons, Inc.

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Bently-Nevada Corporation, Minden, Nevada

TorXimitor® Torque Meters, Form AN-058.

BHS-Voith Getriebewerk G.m.b.H., Sonthofen, Germany

Gear Units, Form P 1/8-91.

Cooper Industries, Mount Vernon, Ohio

Compressor Systems for the Process, Petrochemical, and Production Industries, Form 9-206A.

Damped-Plate Compressor Valves, Form DPVB-681(A)-5MH.

EPV-750 High-Efficiency Poppet Valves, Form 1-205.

ESV-500 Compressor Valves, Form CCVB-979-10 MHG.

Penn Horizontal Balanced-Opposed Process Compressors, Form 9-201 A.

Reciprocating Gas Compression Systems for Enhanced Oil Recovery, Form EOR-0384-5MHOL.

Tandem/Truncated Cylinder Configurations, Form 9-204 A.

Compressor Controls Corporation, Des Moines, Iowa

Compressor Control and Surge Abatement Instruction Manual, Form IM30.

Compressor Control Strategies, installation and teaching aids.

Batson, Brett, Control System Objectives and Implementation, (special manuscript prepared forinclusion in this text).

Coupling Corporation of America, Jacobus, Pennsylvania

Flexxor Coupling, Form 5M281.

Demag Delaval Turbomachinery, Trenton, New Jersey

MH/MV Centrifugal Compressors, Mannesmann Demag Verdichter Form MA 25.40 E/10.93.

Process Compressors, Mannesmann Demag Verdichter und Drucklufttechnik Form MA 10.15 en/4.89.

Centrifugal Compressors, Mannesmann Demag Verdichter und Drucklufttechnik Form MA 25.40en/10.82.

Centrifugal Compressors for the Oil and Gas Industry, Mannesmann Demag Verdichter undDrucklufttechnik Form 25.70/02.90 E.

Salisbury, Roy J., Lube, Seal and Control Oil Systems for Turbomachinery, customer training courseand technical manuscript.

Dresser Industries, Inc., Roots Division, Connersville, Indiana

Universal RAI Rotary Positive Displacement Blowers, Form B-5125.

Whispair Blowers, Form B-5219.

Dresser-Rand Company, Engine Process Compressor Division, Painted Post, New York

BDC Balanced-Opposed Compressors for Process Applications, Bulletin 3650.

Beyer, R. W., Reciprocating Compressor Performance and Sizing Fundamentals.

Gas Properties and Compressor Data, Form 3519-D.

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HHE-FA/FB Balanced-Opposed Process Compressors, Form 85077.

HHE Heavy Duty Process Compressors, Form 85084.

HHE Heavy Duty Reciprocating Process Compressors, Form 3596.

Lentek, G. A., Reciprocating Compressors.

PHE Balanced-Opposed Process Compressors, Form 85068.

Schaad, R. G., Reciprocating Compressor Drive Systems.

———, Reciprocating Process Compressor Designs and Applications.

TCV Engine Compressors, Form 85083.

Woollatt, D., H. Wertheimer, and R. Beyer, Design and Application of Compressor Valves forReliability and Efficiency.

Elliott Company, Jeannette, Pennsylvania

Elliott PAP-Plus Plant Air Package Compressor, Bulletin P-29.

Hallock, Donald C., Centrifugal Compressors and the Cause of the Curve, Elliott Reprint 93-476-MOY.

Quick Selection Methods for Elliott Multistage Compressors, Bulletin P25A.

Elliott Multistage Centrifugal Compressors, Bulletin P-25C.

Peter, Kenneth L., Applying Multiple Inlet Compressors, (also published in Hydrocarbon Processing,May 1981).

Flexibox, Inc., Houston, Texas

Flexible Couplings, Engineering Catalog 100CC.

Indikon Division of Metravib Instruments, Cambridge, Massachusetts

Indikon Torquemeters and On-Stream Alignment Monitors, Form 484.

KMC Inc., West Greenwich, Rhode Island

Flexure Pivot Tilt Pad Bearings, Bulletin 101.

Thrust-Type Flexure Pivot Bearings, Bulletin 201.

Lincoln Division of McNeil Corporation, St. Louis, Missouri

Modular Lube Centralized Lubricating Systems, Form 440503.

Lubrication Systems Company, Houston, Texas

Customized Lube and Seal Oil Skids for Turbomachinery, Form 101.

Lubriquip, Inc., Cleveland, Ohio

Pump-To-Point Lubricators, Bulletins 10102, 51020, and 51040.

Lucas Aerospace Corporation, Bendix Fluid Power Division, Utica, New York

Bendix Contoured Diaphragm Coupling.

Bendix Flexible Diaphragm Couplings, Pub. No. 67U-6-717A/B.

Contoured Flexible Diaphragm Couplings, Pub. No. 67-U-9-7811-B.

BIBLIOGRAPHY AND LIST OF CONTRIBUTORS 553

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Lucas Contoured Diaphragm Couplings, Pub. No. 67-U-6-919A.

Lucas Contoured Diaphragm Couplings, Pub. No. 67-U-6-8811A.

Nash Engineering Company, Norwalk, Connecticut

Liquid Ring Compressors For The Process Industries, Bulletins 819-A, 836-A, and 455-A.

Nuovo Pignone, Florence, Italy

Beni, P., and A. Traversari, Approaches to the Design of a Safe Secondary Compressor for HighPressure Polyethylene Plants.

Agostini, M., and E. Giacomelli, Safety, Operation and Maintenance of LDPE SecondaryCompressors, Quaderni Pignone 52.

Tosi, G., A. Timori, and M. Stangarone, Rotordynamics in Centrifugal Compressors, QuaderniPignone 48.

PPI Division, The Duriron Company, Inc., Warminster, Pennsylvania

Metal Diaphragm Compressors, Bulletins PD-400C, HP-100, HP-400, and HP-410.

Pressurized Bearing Company, Minden, Nevada

Fluid-generated instabilities, sales literature.

Rotordynamics—Seal Research, North Highlands, California

Honeycomb Labyrinth Seal Technology for Turbomachinery, Form 401.

Sulzer-Burckhardt Engineering Works, Ltd., Winterthur, Switzerland

Klaey, H., The Laby Compresses Gases Economically, Sulzer Technical Review, 3/1990.

Labyrinth Compressors, Bulletin 21.05.14.40.

Matile, C., Industrial Reciprocating Compressors for Very High Pressures, Sulzer Technical Review,2/1971.

Reciprocating Process Compressors, Bulletin 22.00.14.40.

Sulzer Turbosystems International, Houston, Texas; New York, New York; and Winterthur, Switzerland

Turbocompressors, Form STI 892/3M.

Sulzer Axial Compressors, Form 26.13.10.40—Bhi 30.

Sulzer Isotherm Turbocompressors, Form 20.14.10.40—Bid 50.

Sulzer Turbocompressors, Form 25.01.10.40—Aid 15.

Buchel, A., Basic Design Features of Sulzer Turbocompressors—Applications in the HydrocarbonProcessing Industries, Form e/27.13.10-Cgh.

Wachter, M., Some Special Design Aspects of Turbocompressors for the Oil, Gas and PetrochemicalIndustry.

Sulzer Centrifugal Compressors, Form 27.20.10.40—Chi 30.

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Sulzer Centrifugal Barrel Compressors, Form 27.24.10.40—Bhi 50.

Marriott, A., J. Ryrie, and D. Gilon, Mopico Compressor for Gas Pipeline Stations, Sulzer TechnicalReview, 1/1991.

Marriott, A., and D. Gilon, Initial Experience With A New High-Speed, High-Pressure, Oil-FreeMotor Compressor Unit (HOFIM). Instit. of Mechanical Engineers, C449/038/93 (1995).

Torquetronics, Inc., Allegany, New York

Torquetronics Shaft Torque Monitoring Instrumentation, Form 345.

Revolve Technologies, Inc., Calgary, Alberta, Canada

Brallean, G. E., W. M. Grasdal, V. Kulle, C. P. Oleksuk, and R. A. Peterson, The Application of ActiveMagnetic Bearings to a Power Turbine, ASME Paper 90-GT-199, 1990.

Eakins, P. S., and T. J. Al-Himyary, Dry Gas Seal and Magnetic Bearing Systems for Natural GasPipeline Compressors, Nova Corporation, Calgary, Alberta, 1991.

Eakins, P. S., C. R. Feldmeyer, and A. G. St. Onge, Operating Experience with Active MagneticBearings in a Power Turbine, Proceedings, CGA Symposium on Industrial Applications of GasTurbines, 1991.

Foster, E. G., V. Kulle, and R. A. Peterson, The Application of Active Magnetic Bearings to a NaturalGas Pipeline Compressor, ASME Paper 86-GT-61, 1986.

Hesje, R. C., and R. A. Peterson, Mechanical Dry Seal Applied to Pipeline (Natural Gas) CentrifugalCompressors, ASME Paper 84-GT-3, 1984.

Sears, J. E., and S. O. Uptigrove, Development and Operation of a Dual Hard Face Dry Gas Seal.Proceedings, Revolve ’89, 1989.

Zurn Industries, Inc., Erie, Pennsylvania

Ameriflex and Amerigear High Performance Couplings, Form 673ADV, 10/88.

Amerigear: Introduction, Design and Manufacturing, Form 462ADV, 8/81.

Ameriflex Flexible Diaphragm Coupling, Form No. 271-ADV, Rev. 4/74.

Individual Contributors

Bloch, H. P., and P. W. Noack, The Expanded Capabilities of Screw Compressors, ChemicalEngineering, Feb., 1992, pp. 100–108.

Bloch, H. P., and P. W. Noack, Recent Experience With Large Liquid-Injected Rotary Screw ProcessGas Compressors, presented and published in the Proceedings of the 20th InternationalTurbomachinery Symposium, Texas A&M University, Dallas, Texas, 1991.

Calistrat, M., Flexible Couplings, ISBN 0-9643099-0-4, Caroline Publishing, P.O. Box 451611,Houston, Texas 77245-1611.

Chow, R., B. McMordie, and R. Wiegand, Coatings Limit Compressor Fouling, TurbomachineryInternational, Jan./Feb. 1995.

Godse, A., Predict Compressor Performance at New Conditions, Hydrocarbon Processing, June1989, pp. 77–79.

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