COLORADO - WYOMING - NEBRASKA PANHANDLE
Phone 303- 777- 4471 - FAX 303- 777- 4476
11099 W. 8th Street, Lakewood, CO. 80215
Heat Transfer Products |
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Plate Heat Exchangers, Desuperheaters, MicroMix Water Heaters, Heliflow Heat Exchangers, Steam Generators -- Graham provides engineering answers with our line of Heat Transfer Products, including our unique Heliflow Heat Exchanger; the Graham Plate Exchanger which offers the highest efficiency mechanism for heat transfer available in the industry today; Desuperheaters which lower the temperature of superheated steam; Graham MicroMix II Hot Water Heaters which use steam to instantly produce up to 120 gallons per minute of hot water; and Clean Steam Generators which produce clean steam from clean feedwater by using plant steam or high |
Heat Transfer |
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| Asymmetric Plate Heat Exchangers | Chemical Engineering, July 1987 |
| Convective Flow Boiling in Coiled Tubes | Engineering Foundation Convective Flow Boiling Conference, May 1985 |
| Heat Exchangers in Municipal Wastewater Treatment Plants | Water/Engineering and Management, September 1991 |
| Helically Coiled Heat Exchangers Offer Advantages | Process Heating, March 1995 |
| Now Consider Evaporative Cooling | Petroleum Refiner, January 1961 |
| Using PC Software to Predict Heat Exchanger Performance | Process Heating, November/December 1994 |
| Mechanical Seal Coolers: A Basic Accessory Gets a Facelift | Pumps & Systems, January 1999 |
| Heat in History | Heat Transfer Engineering, July 1999 |
| Condensers Control and Reclaim VOC's | Chemical Processing, June 2000 |
| How Low Can You Go | Chemical Processing, January 2003 |
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Vacuum Equipment |
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| Can Air-Operated Ejectors Solve Your Problem? | Power Engineering, 1956 |
| Design of Vacuum Systems for Crude Oil Tower Distillation | Hydrocarbon Processing Symposium, 1988 |
| Designing Steam-Jet Vacuum Systems | Chemical Engineering, July 1993 |
| Ejectors Give Any Suction Pressure | Chemical Engineering, April 1957 |
| Ejectors Have a Wide Range of Uses | Petroleum Refiner, December 1958 |
| Estimating the Size and Cost of Steam Vacuum Refrigeration | Hydrocarbon Processing, June 1967 |
| How to Control Liquid Ring Vacuum Pumps | Pumps & Systems, November 1995 |
| Optimizing Vacuum Systems for Energy-Efficient Operation | Chemical Processing, August 1996 |
| Steam Jet Ejectors in Pilot and Product Plants | Chemical Engineering Progress, March 1967 |
| Understand Vacuum System Fundamentals for Crude Vacuum Distillation Towers | Hydrocarbon Processing, October 1994 |
| Troubleshooting Crude Vacuum Tower Overhead Ejector Systems | Hydrocarbon Processing, March 1995 |
| How to Size Liquid Ring Vacuum Pumps | Pumps & Systems, February 1995 |
| Proper Piping For Vacuum Systems | Chemical Engineering, November 1996 |
| Options Analysis Of Vacuum Columns and Ejector Systems | Hydrocarbon Asia, January 1997 |
| Installing Liquid Ring Vacuum Pumps | Chemical Engineering, November 1996 |
| Ejector System Troubleshooting | Hydrocarbon Engineering, March/April 1997 |
| Optimizing Process Vacuum Condensers | Chemical Engineering, September 1997 |
| Air Ejectors Cheaper than Steam | F. D. Berkeley |
| Variable Frequency Drives for a Vacuum System | Pumps & Systems, January 1998 |
| Understanding Ejector Systems Necessary to Troubleshoot Vacuum Distillation | Oil & Gas Journal, February 1999 |
| Lessons From the Field - Ejector Systems | Hydrocarbon Engineering, March 1999 |
| Choose the Right Vacuum Pump | Chemical Engineering, March 1999 |
| Ejector Systems for Fats, Oils, Oleochemicals | INFORM, July 1999 |
| Saving With Precondensers | Chemical Processing, July 1999 |
| How to Increase the Vacuum of a Liquid Ring Pump | Joe Aliasso |
| Cavitation in Liquid Ring Vacuum Pumps used in Condenser Venting Service | Kevin Skelton, September 1999 |
| Applying the Correct Vacuum System to Your Market Sector | World Pumps, January 2000 |
| How to Make Sure You Select the Right Dry Vacuum Pump | World Pumps, March 2000 |
| Reliable Vacuum Condenser Performance | Process Heating, August 2002 |
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Surface Condensers |
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| Combined Cycle Cogeneration Power Plants Benefit from Cold Deaerated HRSG Feedwater |
Cogeneration Power Plants, 1991 |
| Condensate Oxygen Control in a Combined Cycle System Without a Conventional Deaerator |
EPRI Test Results, September 1990 |
| Condenser and Hybrid Gas Removal System Design for a High Non-Condensible Load Plant |
S. Northrup |
| Deaerating Condenser Boosts Combined-Cycle Plant Efficiency |
Power Engineering, July 1992 |
| Enhanced Condenser Venting for Condensate Oxygen Control |
1984 |
| Improved Steam Condenser Gas Removal System |
Collected Papers in Heat Transfer, 1988 |
| Total Systems Approach to Condenser Oxygen Control as Applied to a Combined Cycle Cogeneration Power Plant |
Surface Condenser Design, Installation and Operating Experience |
| Troubleshooting Surface Condenser Venting Systems |
EPRI, August 1996 |
| Vacuum Steam Condensers: Air vs. Water Cooling |
Hydrocarbon Processing, September 1980 |
| Specifying Steam Surface Condensers |
E. Spencer |
