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Wakes," by Owen M. Griffin, Rodney D. Peltzer, Arthur Nl. Reed, and Robert F. Beck. 2:55 p.m.—"On the Development of Seakeeping Criteria," by Ross Graham, Erich Batis and W.G. Meyers. SESSION 4C—Blue Room Moderator: Capt. Edmund C. Mortimer, U.S. Navy (Ret.) Assistant: Harry Skruch 2:15 p.m.—"An Overview of Navy Composite Developments for Thermal Management," by Ai Bertram, Kevin Beasley and William De La Torre. 2:55 p.m.—"Industrialization of the Spray Form- ing Process for Military Applications," Angela Leimkuhler Moran. 3:50 p.m.—Annual business meeting in the Palladian Room. 7 p.m.—Banquet reception in the Blue Room. 8 p.m.—Annual black-tie banquet in the Regency Ballroom. Presided over by ASNE president Jerome J. Fee, the ASNE Gold Medal and Harold E. Saunders Award will be presented at the ban- quet. A banquet address will be given by Donald J. Atwood, Deputy Secretary of Defense. ASNE DAY '92 EXHIBITORS (As of press time) AERO NAV LABORATORIES ABS AMOT CONTROL APPLETON MARINE APPLIED POLYMER SYSTEMS AQUA-CHEM ASTM-F25 ATIS ATLANTIC RESEARCH BAND-IT-INDEX BATH IRON WORKS CAE-LINK & CAE ELECTRONICS CATERPILLAR/SOLAR TURBINES CENTRICO CINCINNATI GEAR COLTEC INDUSTRIES- FAIRBANKS MORE ENGINE DIV. CPV MANUFACTURING DARCHEM ENGINEERING DAVID TAYLOR RESEARCH CENTER DAYTON T. BROWN DCN C/O EMBASSY OF FRANCE DESIGNERS & PLANNERS DEUTSCH METAL L.C. DOANE DRESSER PUMP DRESSER-RAND DYNAMICS RESEARCH EATON/PRESSURE SENSORS ENVIROVAC ENVISIONS EXPLOSIVE FABRICATORS FEDERAL RESOURCES GE ALCO POWER GENERAL DYNAMICS GENERAL ELECTRIC GEORGE G. SHARP GIBBS & COX HEMISPHERE DEVELOPMENT SERVICES HEVI-DUTY NELSON HI-TEST LABORATORIES HYDRASEARCH IBM IMO INDUSTRIES INDAL TECHNOLOGIES INGALLS SHIPBUILDING INTEGRATED SYSTEMS ANALYSTS ITW PHILADELPHIA RESINS JERED BROWN BROTHERS JJH JOHN J. MCMULLEN JO-KELL KAMATICS KEYSTONE VALVE USA LABARGE ELECTRONICS LAPEYRE STAIR LINDGREN ASSOCIATES LOKRING LONSEAL M. ROSENBLATT & SON M.S. SUPPLY MCNAB MAGNETEK DEFENSE SYSTEMS MANAGEMENT SYSTEMS APPLICATIONS MARITIME REPORTER & ENGINEERING NEWS MAROTTA SCIENTIFIC CONTROLS MECHANICAL TECHNOLOGY MSA MTU NORTH AMERICA NATIONAL STANDARDS ASSOC. NAVAL SHIP SYSTEMS ENGINEERING STA. NEWPORT NEWS SHIPBUILDING NKF ENGINEERING OCEAN SYSTEMS RESEARCH OLYMPUS CORP. IFD OMNITHRUSTER OREMET TITANIUM PAXMAN DIESELS LTD. PORTLAND SHIP REPAIR YARD PRC RETLIF TESTING LABORATORIES REVERE AEROSPACE RIX INDUSTRIES ROLLS-ROYCE SEACOAST ELECTRIC SEACOR SEAWARD INTERNATIONAL SENIOR SUPPLY SIFCO SELECTIVE PLATING SPD TECHNOLOGIES SPERRY MARINE SSS CLUTCH STANLEY FLAGG TECHNICAL PRODUCTS & PRECISION MFG. TIMES MICROWAVE SYSTEMS TITEFLEX How to Operate More Efficiently At Lower Cost With Tranter Plate-type Heat Exchangers HEAT RECOVERY FROM CONDENSATE CONDENSATE DESALINATION UNIT SEAWATER I' SUPERCHANGER UNIT COOLING ELECTRONIC GEAR SEAWATER SUPERCHANGER UNIT HEATING RECOVERED OIL STEAM RECOIL HEATED TANK FOR BANK RECOVERED OIL SPILLS — --FRESHWATER SUPEASHANGER HEATING SHIP'S UNIT WATER SERVICE RADAR CENTRAL FRESH WATER COOLER SEAWATER L • [ft -SEAWATER SUPERCHANGER HI UNIT ^•sib^ DESALINATION UNIT SEAWATER SUPERCHANGER OR FRESH UNIT WATER COOLING MAIN ENGINE LUBE OIL FRESH WATER STORAGE TANK . TO VARIOUS USE POINTS SEAWATER OR FRESH WATER SUPERCHANGER UNIT Naval ships, fleet oilers, commercial containerships, tankers and dredges are successfully finding new ways to operate more efficiently at lower cost, by utilizing Tranter's unsurpassed plate-type heat exchanger technology. Schematics presented here illustrate typical ways they are doing it. Superchanger® plate and frame heat exchangers are used in a wide variety of shipboard applications—particularly for cooling main engine jacket water and cooling main engine lube oil with fresh water or sea- water; cooling the ship's central fresh water; cooling electronic equipment; or recovering heat from condensate. They are far more effi- cient than tubular systems, and provide heat transfer coefficients from two to five times greater than those achieved by shell and tube units. They also require 10% to 50% less deck space and weigh up to one-sixth less. Superchanger units can be equipped with titanium plates which offer the best resistance to corrosion and erosion when exposed to seawater. Intermixing or cross-contamination of hot and cold liquids is virtually impossible. Low fouling rates reduce cleaning require- ments for Superchanger units, that are designed for easy maintenance. They can be cleaned-in-place by backflushing, or quickly disassembled by hand, cleaned and put back in operation. Platecoil® prime surface heat exchangers offer optimum temperature control. A Platecoil bank-in-tank unit provides wide interspaces for effectively passing solids while efficiently heating seawater containing oil from spills. Platecoil bayonet heaters provide a large amount of efficient primary heating surface in a single unit for maintaining desired temper- atures in storage tanks. These heaters help promote convection currents for better heat transfer rates and tank temperature uniformity. Platecoil suction heaters provide immediate heating for pumping oil out of tanks. Tranter plate-type heat exchangers can be supplied in full compliance with codes and specifications as required by the ABS; the U.S. Coast Guard; shock testing per MIL-S- Circle 296 on Reader Service Card 901C; vibration testing per MIL-STD-167-1; and ASME U stamp per Sec. VIII Div. 1. With over 50 years of heat transfer problem solving experience, Tranter is uniquely poised to answer your tough questions and solve your precise needs. Call us at (817) 723-7125. Better still, ask your local Tranter representative about our Heat Transfer Symposiums. ^^ The heat transfer answer. ^Erantef PLATECOIL • SUPERCHANGER • FLEXOPLATC • K0LD-H0LD TRANTER, inc., Texas Division Old Burk Road • P.O. Box 2289 Wichita Falls TX 76307 • (817) 723-7125 TELEX: 73-4410 • FAX: (817) 723-5131 1 MADE IN U.SA © 1992 TRANTER, inc. 650101 w April, 1992 103
