The following is a list of some of Terry  Molloy's Engineering Accomplishments

Pacific Gas & Electric Co.
1990  Designed a system to eliminate the fouling with "Eel Grass" of the Bearing Cooling Water Heat Exchangers at Morro Bay Power Plant. Provided procurement specification and reviews services, supported the construction group during installation, and participated in testing of the system during startup.  
1979-81  Functioned as the Project Engineer and Manager for a full scale Hydrogen Sulfide Abatement system to be designed and installed upstream of an operating geothermal power plant unit at the Geysers. The detail design work started in September of 1980. The project was canceled in June of 1991, for a combination of political and technical reasons beyond Engineering’s control. At the time the project was canceled it was four months ahead of schedule and all major technical issues had been identified and resolved. 
1979-80  Functioned as the Project Engineer and Manager for the demonstration and test of the "Coury Process" to remove Hydrogen Sulfide from the steam upstream of the power generation facility. This process was successfully demonstrated at the Geyser's Power Plant Unit 7. A project was initiated that would allow a controlled evaluation of the process concepts for a wider range of Hydrogen Sulfide, CO2, and Ammonia concentrations in the steam. This project was to be implemented at Geysers Unit 13, the unit with the lowest H2S content. This Coury Process, in the opinion of the M&NE Department's H2S abatement consultant, had the greatest potential to reduce the cost of geothermal power generated at The Geysers. The demonstration project at unit 13 was canceled due to funding constraints and EPRI / Coury patient rights issues.  
1971-79  Provided the conceptual design for the mechanical equipment control systems for PG&E's geothermal power plant units at The Geysers. The initial effort involved identifying conceptual design flaws in the strategy used to design the controls for units 5 & 6. These units were in "startup" in August of 1971. The work resulted in revising the control strategy for these units and subsequently applying that strategy to the control systems for units 7 through 12. 
1976  Lead the team of engineers that designed and started up the first implementation of electronic control system instrumentation at The Geysers Power Plant. This effort resulted in the acceptance of the use of electronic equipment for all future units. This resulted in significant savings through reduced design, initial equipment, installation, and O&M costs for the new units. 
1976  Lead the team of engineers that supported the installation and startup of the sludge removal systems being installed as temporary measures on The Geysers Power Plant units 3, 4, and 11. The operational date for the systems was December 31, 1976. The construction of these facilities was well behind schedule when our team arrived on site in early November. The team was able to support the construction group, resolving design questions, expediting equipment deliveries, and providing inspecting support. The advance testing done on the electronic systems isolated all equipment malfunctions during startup to field wiring errors. Unit 11 was operational on December 15, 1976. Units 3 & 4 became operational on December 23. 
1974  Provided the design, construction, and startup support for the first Non-condensable Gas Incinerator System at The Geysers Power Plant. This project was part of PG&E's commitment to reduce Hydrogen Sulfide emissions from the units at The Geysers and was on a critical schedule. An engineering consulting company with construction support from PG&E's General Construction (GC) Department was originally doing the project. When the responsibility for on-site was transferred our group, the project was well behind schedule. With the help of GC the project was brought on line in time to meet the regulatory commitments.