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Project List: The following select projects are representative of |
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PP&L Montana, LLC, MT (1995-2005) |
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Cochrane HPP, two 30 MW Kaplan units
Thompson Falls HPP, one 50 MW Kaplan unit
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Puueo Hydro Rehabilitation Project, HPP, Hilo, HI (2005) |
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Reviewed drawings, specifications, startup procedures and oversaw & reported on the commissioning for this one 3 MW Turgo turbine replacement project. |
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City of Ketchikan, Beaver Falls HPP, Ketchikan, AK (2005) |
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Inspected and evaluated performance shortage of a 2.5 MVA Pelton-turbine, recommended & furnished a “stripper” plate for improvement. |
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Placer County Water Agency, Plants’ Performance Assessment Project, CA (2005) |
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Inspected and evaluated this 190 MVA, 5 HPPcomplex for electrical equipment rehab/upgrade. |
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Tyee Lake, Replacement Governors for two 10 MW Pelton-turbines HPP, Wrangell, AK (2005-2006) |
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Developed technical specifications for digital/electronic replacement governors for these 1984 units operating on an isolated system, reviewed proposals and supplier’s technical documentation. | |||
The James Leffel & Company, Ohio, two stored 800 kW generators, |
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Inspected and tested for windings’ insulation integrity as part of evaluation for refurbishment and reuse. |
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Alaska Electric Light & Power, Snettisham Hydroelectric Project, AK (2002) |
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Maintenance Program for this two 23 MW and one 31 MW units underground power plant, two power tunnels, 138 kV stepup switchyard and substation with SCADA system. |
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Massachusetts Water Resources Authority, Cosgrove Intake Power Plant, MA (2001-2005) |
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Performed Index and Vibration Tests on two 1,500 kW Kaplan units. Was contracted to perform before and after index testing for this upgrade project. Prepared the testing program, arranged test equipment, supervised and performed the test, compiled all data, reduced in a comprehensive report. |
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Contra Costa Water District, Concord, CA (1996-2004) |
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Multi-Purpose Pipeline TWP PS Project Provided Factory and Site Acceptance quality control, testing and startup support to this clean water pump station with four 450 hp and two 700 hp pumps, including Surge Control, DCS, and SCADA. Mallard Slough Pump Station Provided plant installation quality control, testing and startup coordination support to this 2 x 800 hp raw water pump station including local PLC and SS radio SCADA control system. Contra Costa Water District, SCADA Replacement Project Provided Factory and Site Acceptance quality control, testing and startup support to this SCADA system upgrade, replacing remote and host equipment for this in service water distribution system. Willow Pass Pump Station Project Provided plant installation quality control, testing and startup coordination support to this 4 x 250 hp clean water booster pump station including local PLC and SS radio SCADA control system. Bollman 75 MGD Water Treatment Plant Safety and Water Quality Project Provided plant installation quality control, testing and startup coordination support to this chemical systems upgrade, new ozone generating facility and ABB Bailey Distributed Control System project. Los Vaqueros Water Conveyance Project As the Lead Startup Engineer coordinated the installation QC, testing and startup program for this 5 x 2,100 hp and 4 x 2,100 hp pump stations and 16 miles pipeline conveyance project, including three flow control and metering stations, reservoir dam intake and outlet structures. Oversaw overall project system SCADA commissioning, created the operating procedures and trained the operators. Supervised and evaluated the performance testing of the pump stations using permanently installed acoustic flow meters for the five pumps station and temporary acoustic flow meter in conjunction with volumetric measurements for the four pumps station. Provided reliability and safety analysis and reported findings with recommendations for improvements. |
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Mitchell Mill Dam Hydropower Project, Mitchell, IA (1998) |
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Hired as Startup Engineer for this equipment replacement, 1 x 263 kW and 1 x 350 kW, vertical semi-Kaplan units project, coordinating the startup activities for on-line commercial operation. |
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ALCOA, Yadkin, Inc., one 34 MW Francis-turbine, Narrows, North Carolina (1996) |
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Developed the Commissioning Plan and acted as the Test Leader/Coordinator for this rewind, runner replacement upgrade project. Performed generator loss measurements. |
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Idaho Power Company, Idaho (1992-1994) |
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Twin Falls HPP, one 44 MW Kaplan-turbine Responsible for the Startup Program Manual. Swan Falls HPP, two 12.5 MW pit Kaplan-turbines Startup Engineer responsible for procedures, scheduling, testing and startup, supervising the Contractors’ and Manufacturers’ representatives and the Owner’s personnel. Compiled and evaluated results and composed the Startup Report and the Project O & M Manual. Responsible for the index test program, supervision, data compilation, evaluation and reporting. Milner HPP, one 800 kW minimum flow propeller-turbine, eight radius spill and control gates, one 12.5 MW and one 45 MW vertical Kaplan-turbine Responsible for the startup procedures, scheduling, testing and startup, supervising the Contractors’ and Manufacturers’ representatives and the Owner’s personnel. Compiled and evaluated results and composed the Startup Report and the Project O & M Manual. Responsible for the index and performance test procedures, supervision, data reduction, result calculations, evaluation and reporting. The initial performance test results showed deficiency so the test was repeated after improvements were made by the turbine supplier. |
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Gullspångs Kraft AB, Sweden (1989-1992) |
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Was hired back to former Power Company to assist with: New 200 RTU SCADA system Responsible for design and startup of RTU/PLC units for control of hydropower plants and substations. Forshult HPP, one 15 MW Kaplan-turbine Chief Startup Manager in charge of scheduling, testing and startup, supervising the Contractors’ and manufacturers’ representatives and the Owner’s engineers and operators. Responsible for supervision of the index and performance testing, data reduction, result calculations and evaluation. Generator losses were measured with the calorimetric method. Deficiency in the turbine performance prompted concrete removal in the draft tube ceiling area where form work had deflected during placement. Krakerud HPP, two 11.5 MW vertical Kaplan-turbines Procedures and supervision of commissioning. Responsible for supervision of the index and performance testing, data reduction, result calculations and evaluation. Generator losses were measured with the calorimetric method. Deficiency in the turbine performance prompted modification to the runner hub and cone angle. |
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Lucky Peak Power Plant Project, 100 MW Kaplan-turbines HPP, Idaho |
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