ARNIE FINLEY

Peru Mobile: +51-(970)-783-7 39 E-mail: Commissioning1@gmail.comWebsite: www.linkedin.com/in/arnie1

SUMMARY:

Mr. Finley has over 40 years of experience, including extensive international experience, in power generation (renewables, conventional, supercritical, simple cycle, combined cycle and co-gen/CHP), marine propulsion, energy, oil and gas, employed in increasingly responsible capacities that include Watch Engineer, Shift Supervisor, Lead Mechanical/Operations Commissioning Engineer, Materials Control Management, Operations and Maintenance Manager, Turnover Coordinator, Commissioning Coordinator, Start-up Manager, Commissioning Manager, Construction Manager, Site Manager and Project Manager. Mr. Finley has start-up/commissioning/construction experience with the following Combustion Gas Turbines, (gas, liquid and dual-fueled): ABB/Alstom GT11NM1&2, ABB/Alstom GT26B prototype single shaft w/steam turbine configuration, Alstom-Stahl GT10C, GTX-100, GE LM 2500, LM 6000, LMS 100, GE/Alsthom Frame 5N, Frame 6B, Frame 7FA, Frame 9A, Frame 9E, Frame 9FA (including prototype single shaft w/steam turbine configuration), NATCO, Solar, Siemens SGT-400/Cyclone, SGT-700, SGT-800, Siemens-Westinghouse 501D5A, 501FD2, 501FD3, and Caterpillar, Cummins, Detroit and Wartsïlla diesel-gen. sets. Plant power production ratings range from 5 mw to over 2000 mw, simple and combined cycle, as well as conventional. Mr. Finley also has experience in municipal solid waste-to-energy facilities, landfill-methane-gas-to-energy facilities, hospitals, semi-conductor (microchip) facilities, food processing plants, gas compression stations and marine shipboard propulsion systems. Boilers and/or HRSG’s that Mr. Finley has operated, maintained, erected and/or commissioned include ABB-CE, ATS, Babcock & Wilcox, Babcock-Hitachi Supercritical, Clayton, Deltak/Letec, Doosan, EIT, Foster-Wheeler/Detroit Stoker, Kawasaki Keeler-Dorr, NeM, Nooter-Erickson, Vogt, Vogt-NeM, Zurn, and others with operating pressure ranges from 200 psi to 3625 psi, (13.6 bars-225 bars) saturated, superheated and supercritical steam cycles. Mr. Finley has Steam Turbine Generator experience with ABB, Dresser-Rand, GE, Hitachi, Ingersoll-Rand, Shin-Nippon, Siemens, Toshiba, Westinghouse and others. Mr. Finley has operating experience with the following controls systems: ABB/Taylor (Egatrol), ABB Advant OCS, Bailey Pneumatic, Bailey Net 90, ABB/Bailey Symphony (Infinet90), Foxboro, GE Mark V & VI, Johnson-Yokogawa, Sun Microsystems, Siemens-Westinghouse TXP Teleperm and T-3000, Westinghouse Distributed Process Family (WDPF II), amongst others. Mr. Finley’s skills-set include construction, commissioning, start-up, operations and maintenance management from Greenfield to Commercial Operations, of both power generation and gas compression stations.

EDUCATION:Calhoun MEBA School of Engineering Marine Engineer 1972

Cypress College, Orange Coast College, Mt. San Jacinto JCCourse work in Mechanical Engineering

LANGUAGES:English: US Native

Spanish: Fluent, conversational and technical (read, write and speak)Portuguese: Conversational

Arabic: Conversational

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PROFESSIONAL EXPERIENCE:

06/16–0816 Construction Operations Manager/Commissioning CoordinatorGE-Alstom Renewable Energy

Los Humeros III Phase A Geothermal Power ProjectLos Humeros, Veracruz, Mexico

Mr. Finley was contracted by Alstom REPS (Renewable Energy Power/Steam) to drive day-to-day construction efforts towards plant commissioning. Duties included, but were not limited to, subcontractor interface, manpower, equipment and materials scheduling as well as construction fast-tracking. Under Mr. Finley’s direction and guidance plant construction delays were cut almost in half.

02/15–08/15 Start-up and Commissioning Technical ManagerCobra Facilities and Services SA

UTE Reserva Fría, EtenReque, Chiclayo, Lambayeque, Perú

Mr. Finley was contracted by the Spanish consortium Grupo COBRA to lead commissioning of one simple cycle, dual fueled (B5 diesel fired) GE Frame 7FA.05 (220 mw rating) and related BoP on the Peruvian north coast.

10/14 -12/14 Material/Fuel Handling TFASithe Global Power LLC

GNPower 600 mw Coal Fired Power Plant, Mariveles, Bataan, Philippines

Mr. Finley was contracted to audit (due diligence) review, revise and update (punch list and red line) the Coal, Fly Ash and Bottom Ash Handling Systems and related BoP drawings and deficiencies lists at Sithe Global’s Mariveles 600 mw plant designed and constructed by East China Electric Power Design Institute.

03/14 -04/14 Mechanical TAPT Sulzer Indonesia

Kapar Energy Project/ Unit 5 Major Overhaul Sultan Salah Huddin Abdul Aziz Power Plant

Kapar, Selangor, Malaysia

Mr. Finley was contracted to oversee and advise Sulzer’s millwrights and client (Remaco) millwrights, turbine mechanics and engineer (crew of 20 total), as acting nightshift TA, on the general rebuild, reassembly, and final alignment of one GE G-2 tandem compound steam turbine, rated at 500 mw with steam inlet of 2400 psig (subcritical) and steam flow of 1500tph. Kapar Energy is a 2400 mw coal burning power plant located in Kapar, Selangor, Malaysia and was constructed in the mid 90’s.

07/13- 09/13 HRSG Construction TAVogt Power International

MPX UTE Parnaiba II Gas Power Plant Project, Santo Antonio dos Lopes, Maranhão, Brazil

Mr. Finley’s role on this particular project was to advise VPI’s client, Initec Energia do Brasil, on proper construction and installation of Vogt HRSG’s, piping and related BoP. Mr. Finley’s role was strictly advisory, and as such interfaced with all concerned parties including the owner: EoN/MPX., Initec and VPI concerning matters not only related to construction but materials management, shipping, handling and storage, drawing revisions, and engineering management as pertains to field modifications.

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11/12-05/13 Commissioning ManagerGdF Suez/Enersur

Peaky Power Project, Ilo, Peru(Proyecto de Reserva Fría de Generación)

Mr. Finley, working within the capacity of the Owner’s Engineer, was tasked with managing the commissioning and start-up of a liquid fuel (B5 diesel) fired power plant consisting of three GE Frame 7FA machines, (and related BoP including tank farm and over 3 km of fuel piping) to be operated in simple cycle mode primarily as a cold reserve peaking plant. Near term future plans are to convert to gas fired combined cycle, base load. Mr. Finley’s primary responsibilities included, but were not limited to, interfacing with GE Commissioning group and their primary EPC contractor, Santos CMI, working towards construction/milestone completion, including unit GSU transformer backfeed, unit commissioning, performance testing oversight and owner acceptance.

06/12- 09/12 Commissioning CoordinatorGdF Suez/Tractebel Energy

Tractebel Energia de Monterrey Repower Project, Monterrey, Mexico

In this particular position Mr. Finley was tasked with coordinating the start-up of a modified configuration of the plant’s HRSG. The plant is a single machine, single HRSG CHP plant consisting of a GE Frame 7FA exhausting to a 520 tph Kawasaki HRSG supplying steam to a 107 mw Fuji Steam Turbine. HRST Inc. installed and commissioned their new, patent pending QuenchMaster™ Air Attemperation System which will avoid HRSG damage from low loads and overspray of desuperheater spray water. Mr. Finley was a vital part of this effort, as well as recommissioning the plant to operate in 50% ACC (Air Cooled Condenser) mode during reconstruction/repair of the ACC as a result of catastrophic failure.

05/12- 06/12 Mechanical TAMitsubishi Power Systems Americas

Termo Valle Repower Project, Cali Colombia

Mr. Finley aided in MPSA’s efforts to rebuild and restart a single engine 501 FD2 combined cycle plant in Cali, Colombia. The plant had been flooded the previous fall outage season and required drying out and a complete turbine rebuild. Mr. Finley lead mechanical commissioning efforts on day shift, including lube oil and hydraulic oil flushes.

06/11- 09/11 Project Turnover CoordinatorCITGO Petroleum/PDVSA

Tacoa Power Barge Project, Tacoa, Venezuela

Mr. Finley was contracted by CITGO Owner’s Engineer to complete construction, installation and pre-commissioning/commissioning documentation on 2 each GE Frame 7FA, dual fuel, barge mounted machines at the Tacoa Power Generation Facility, Tacoa Venezuela. Mr. Finley’s duties included, but were not strictly limited to, coordination between Construction, Pre-Commissioning and Commissioning activities and completion, documentation handover between these groups and final handover to the Owner. Mr. Finley was also involved, to a limited degree, in QA/QC activities. The project was valued at approximately $350 million USD.

04/10- 11/10 Project Construction ManagerCaterpillar Power Generation Systems

Collahuasi Cogeneration Project, Iquique, Chile

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Mr. Finley was contracted by Caterpillar Power Generation Systems to complete construction, installation and pre-commissioning/commissioning on 4 each 12CM43(10.6 mw each) and 2 each 16CM43(14.2 mw each) medium speed LFO/HFO (Dual Fuel) diesel engine gen-sets at the Collahuasi Copper mine near Iquique, Chile. Mr. Finley’s duties included, but were not strictly limited to, scheduling, budget control, personnel mobilization/demobilization, subcontractor and vendor oversight, turnover to owners, and project close-out. The project was valued at €70 million Euros.

10/09-12/09 Commissioning Coordinator Siemens Energy Inc. / Techint / COGA-TgP

Chiquintirca Gas Compression Project (Camisea II), Chiquintirca, Peru

Mr. Finley returned to the remote Andean site of Chiquintirca as acting Commissioning Coordinator. Mr. Finley’s responsibilities were to coordinate start-up/commissioning activities of the first SGT-400, Dresser-Rand Turbo-compressor between Siemens Houston/Client Engineering and Construction groups and Siemens TFA’s. In spite of tremendous logistical/cultural/language barriers, weather conditions and construction delays the first machine was commissioned slightly behind schedule, further commissioning of remaining 3 machines has been delayed until 2010.

06/09-07/09 Owner’s Rep. /Mechanical TFA Turbine Technology Services Corp./BlueCrest Capital Management

Dynami IV Power Barge Repower Project, Guayaquil, Ecuador

Mr. Finley was contracted by BlueCrest’s technical representative, Turbine Technology Services, to administer and oversee the reblading of a barge mounted W501D5A gas turbine also including fuel system flush and fuel pump rebuild. Mr. Finley’s responsibilities included logistics (parts expediting), personnel management and outage management.

03/09-06/09 Site ManagerSiemens Energy Inc. / Techint / COGA-TgP

Chiquintirca Gas Compression Project, Chiquintirca, Peru

Mr. Finley accompanied the first pair of four Siemens SGT-400 Cyclone/Dresser-Rand Turbo-Compressor units to Client Site and supervised their unloading, mounting and rough alignment and at a future date will manage the installation and commissioning of all four units. The gas-turbine-driven compressors force the natural gas via a graduated pipeline from the Camisea fields in Peru’s Amazon region out to the west coast at Lima. The compressor station is located in the remote Andes valley of Chiquintirca, in the Province of La Mar, Dept. Ayacucho. The gas pipeline feeds power generation units in Lima, including one SGT-700 from Finspöng installed at the Sudamericana de Fibras Cogeneration Project, eight SGT6-5000F (501F's) gas turbines from Orlando and two SGT6-4000F’s (V84.3A's) from Germany currently in operation or to be installed at the Ventanilla (2ea), Chilca (3ea), Kallpa (3ea.), Santa Rosa (1ea.) and Las Flores (1ea.) power plants. As well, gas will be supplied to meet the growing industrial and domestic demands of consumers in and around the Capitol. A branch line off the main pipeline also feeds the new Peru LNG plant (Hunt Oil) for which Siemens is supplying two boil-off-gas compressor trains with electrical drives. Power supply for the LNG temporary facilities is provided by three Siemens SGT-300 Tempest gas turbines

01/09-03/09 HRSG Site Start-Up Manager Siemens Energy Inc. / Sudamericana de Fibras

Sudamericana Generación Cogen Power Project, Callao, Peru

Mr. Finley returned to the SdF project to complete commissioning of the EIT HRSG after the client secured gas connection and liquid fuel system completion/commissioning.

11/08-01/09 Senior Commissioning EngineerSiemens Energy Inc. / PDVSA

ICO-Morón Compressor Project, Puerto Cabello, Venezuela

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Siemens was contracted by Venezuela’s national oil company, Petróleos de Venezuela (PdVSA) for the turnkey supply of ten gas turbine-compressor trains, to be delivered to three compressor stations along the Interconexion Centro Occidente (ICO). These comprise STC-SV compressors supplied from the Duisburg plant, powered by 13.4-megawatt (MW) SGT-400 gas turbines built at the Lincoln factory in the UK. Six of the compressor trains are being supplied as high pressure units and four as low pressure trains, with all equipment shipped to site via the Siemens facility in Houston, Texas, where the compressor trains were assembled and specially packaged for operation in a tropical environment. Three units are being installed at the Morón compressor station where Mr. Finley conducted oil flushes on two units and aided in construction completion of a third, four at Los Morros and a further three at Altagracia. The entire turnkey contract is being carried out by a local consortium headed by Siemens S.A, partnered by Caracas-based Jantesa, which has responsibility for engineering and procurement, and with Confurca headquartered in Ciudad Ojeda undertaking civil works. The compressor stations will be monitored and controlled remotely through a fiber optical data-communications network being supplied by Siemens S.A. The stations will be linked to the primary control room at Anaco and with a secondary control system in Caracas.

10/08-11/08 HRSG Site Start-Up Manager Siemens Energy Inc. / Sudamericana de Fibras

Sudamericana Generación Cogen Power Project, Callao, Peru

Mr. Finley was contracted by Siemens Energy Inc. to coordinate start-up between an SGT-700 (GT10C) gas turbine rated at 29.1 mw and Express Integrated Technologies duct fired HRSG rated at 58klb/845 psi full load. SudAmericana is the first GT based CHP plant in Peru. EPC was carried out by the customer at their fabric mill in Callao, Peru who then contracted Siemens for start-up/commissioning services. Siemens-Finspöng commissioned the GT while Mr. Finley directed commissioning of the HRSG, with oversight of third party contractors for hydrostatic testing and chemical boil-out. Mr. Finley also directed diverter damper, seal air and duct burner commissioning as well. Mr. Finley pointed out the need for documentation control and aided the client in the establishment of TOP’s and other pertinent documentation. Mr. Finley temporarily left the project for another during which time the client installed/commissioned the liquid fuel system, while awaiting gas supply.

04/08-09/08 Lead Mechanical Commissioning Engineer BOPTopaz Energy/ GE/ Zachry Construction

Laredo Peaking Power Project, Laredo, Texas

Mr. Finley was contracted as Lead Mechanical Commissioning Engineer/B.O.P. as part of Zachry Construction’s effort to install and commission two state of the art G.E. LMS 100’s for Topaz Energy located in Laredo, Texas. Mr. Finley’s duties included construction completion, oversight of third party Lube Oil flushes, direction of Fuel Gas blows, Cooling Water, Service Water, Fire Water, Demin Water and Ammonia System flushes and first-fills. As part of these activities Mr. Finley was partly responsible for piping fabrication, fit-up and welding. Mr. Finley also aided in Super Core removal and reinstallation on both machines (sent to Houston for Product Modifications), installation of Intercooler sole plates, Intercooler manifolds, VBV’s (variable bleed valves) and the Intercoolers proper. Mr. Finley was also charged with direct oversight of VIGV, VBV and VSV high pressure nitrogen accumulator fills.

02/08-04/08 Materials Control ManagementSiemens Power Generation/Pacific Rim Energy

Proyecto Alberto Lovero, Puerto la Cruz, VenezuelaProyecto Ezequiel Zamora, Alta Gracia de Orituco, Venezuela

Mr. Finley was employed by Siemens PG to inventory two 501FD2 Simple Cycle Sites in Venezuela. Inventory was done on CT’s, Generators and BOP, plants having been shipped two years prior to inventory. Construction for both sites is ongoing.

08/07-02/08 Construction Manager/Commissioning ManagerTécnicas Reunidas, Omán /Petroleum Development Oman/GE

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Saih Rawl Depletion Compression Project (SRDC), Saih Rawl, Oman

In this rather unique role Mr. Finley was contracted as Construction Manager for a 120 mw GE Frame 9E Simple Cycle Power Plant which, after construction completion, he was tasked to commission. Mr. Finley also co-managed the commissioning of the gas compressor plant, (sole recipient of electricity produced by the power plant, i.e. island mode)) which consisted of four prototype Novo Pignone gas compressors powered by 27.3 mw Converteam Electric Motors. Mr. Finley also aided in construction completion of site living accommodations (man camp) and Site Offices.

06/06-07/07 Engineering, Operations & Construction Site ManagerGlobeleq Perú S.A./Siemens Power Generation

Kallpa Greenfield Merchant Power Project, Chilca Perú

Mr. Finley was employed as Site Manager for Globeleq’s premier Greenfield project in Chilca, Peru. The project was intended to be a three phase 2 on 1 Combined Cycle project based on two Siemens 501FD3 machines and one Siemens KN Steam turbine. The first machine was installed, commissioned, and went into commercial operation June 2007. During the course of the Project Mr. Finley administered and controlled a budget of approximately $80 million USD. Mr. Finley’s duties included EPC contract administration and implementation, vendor interface and selection, Project management, site preparation, construction and management, construction procedure development, site specific EHS procedure development, interface with Peruvian governmental authorities concerning all pertinent construction and operating permits and general site administration pertaining to contracts administration, construction, commissioning and commercial operations. Mr. Finley managed the gas main hot-tap procedure, permitting and installation; gas metering station design, engineering and installation, substation contractor and construction, grid authority (COES) transmission line studies, permitting and interconnection with the National Grid. Mr. Finley controlled all QA/QC from groundbreaking to commercial operations, administered, modified and updated Construction and Commissioning schedule (P3) as needed, and administered all turnover packages and documentation. Mr. Finley played an instrumental role in Plant personnel selection and training, including Plant Manager, O&M Manager, plant administration and Operations Staff. Mr. Finley administered and controlled operations development and training and CMMS selection and implementation.

02/06-06/06 Start-up Coordinator/Assistant Start-up ManagerHitachi America, Limited/MidAmerican Energy

MidAmerican Energy Project, CBEC Unit 4, Council Bluffs IA.

Mr. Finley’s position was as Start-up Coordinator/Assistant Start-up Manager acting on behalf of Hitachi America, Limited, coordinating AKSI Construction activities and turnovers to Hitachi Start-up Team. CBEC Unit 4 is a Supercritical Coal Unit consisting of a Hitachi 870 mw Tandem Compound, Quadruple Flow; Reheat turbine with steam supplied from a Babcock-Hitachi Once through Supercritical Unit and related plant auxiliaries. In this position Mr. Finley scheduled technical support for the Hitachi Team, conducted various scheduling, safety, start-up and test performance meetings between Hitachi, AKSI and the client, MEC. Mr. Finley was also responsible for the original draft and implementation of Start-up Permit To Work (PTW) system. Mr. Finley was responsible for manpower loading schedules, including vendor installation and test scheduling, coordination of Start-up Progress Reports and Scheduling between the various disciplines and Construction completion and pre-commissioning and the expediting of turn-over packages and punch list item completion and sign off. Commercial Operations began June of 2007.

05/05-01/06 Mechanical TFAFluor/US Army Corps of Engineers

Shuiaba Repower Project, Mafraq as Shu’avbah, IraqNasiriyah Turbine Rebuild, Al Nasiriyah, Iraq

Mr. Finley participated in the complete rebuild, commissioning, start-up and turnover of one GE/Alsthom Frame 5N Combustion Turbine, including turnover documentation at Shuiaba Complex and a Frame 6B at the Nasiriyah Power Plant. Frame 5 is gas fired and Mark VI Control, Frame 6B is dual fuel capable (crude oil/distillate) and BTec controlled (highly modified Mark VI)

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03/05-04/05 DCS OperatorShaw/Stone & Webster Asia/China Light & Power

Black Pointe Power Project, Hong Kong, SAR, PRC

Mr. Finley aided I & C personnel in the performance of loop checking through the operation of a Bailey Net 90 DCS. Loops checked were for Units 7 & 8 BOP, GE Mark V, GE Frame 9A Gas Turbine and a B & W horizontal tube, vertical HRSG.

09/04-11/04 Project ManagerOLS Energy/Delta Power

OLS Cogeneration Facility, Camarillo, California

Mr. Finley acted as Project Manager during the fall outage and overhaul of OLS Camgen facility steam turbine and generator. The turbine was a 6.7-megawatt machine manufactured by Shin Nippon. During the outage diaphragms and seals were replaced as needed and the throttle valve, LP control valve and e-stop valve were all rebuilt. The turbine rotor and upper casing were sent for bead blasting, and the entire turbo-gen set reassembled and started under Mr. Finley’s direction. As a result of the overhaul the Client realized a net gain in power output of 330 kW.

09/03-03/04 Lead Mechanical/Operations Commissioning EngineerIberdrola/GE

Altamira III & IV Power Project, Altamira, Mexico

The Altamira Project consists of two CCCT power blocks entailing four GE Frame 7FA’s, four Doosan HRSG’s and two GE D-11 Steam Turbines for a total Plant Rating of 1040 mw. Control is achieved using ABB/Bailey Symphony-Infinet 90. Mr. Finley was acting Lead on night shift, charged as Operations Shift Supervisor and Plant Mechanical Lead. Mr. Finley’s duties consisted of plant preparation for CT and ST run-up and base loading for testing, DLN tuning, performance run and reliability testing.

12/02-08/03 Lead Mechanical Commissioning Engineer B.O.P.Siemens Power Generation/EDF

UTE Norte Fluminense Power Project, Macaé, Brazil

Norte Fluminense Power Project is a three on one configuration consisting of three Siemens-Westinghouse 501FD2 Combustion gas turbines (180 mw each) three Nooter-Erickson HRSG’s and one Siemens KN STG rated at 240 mw. Control is achieved with TXP Teleperm. Mr. Finley’s role was as Lead Mechanical Commissioning Engineer, B.O.P. for Phase I, Simple Cycle. In this capacity Mr. Finley was solely responsible for both hot and cold commissioning and start-up of all plant systems needed to support first-fire and continued simple cycle operations. These systems included River Water Intake (including traveling band screens) and related raw water treatment systems from Clarifier to Cooling Tower, Service water, Closed Cooling Water, Demin. and Potable water systems from construction completion pump alignments, flushes, commissioning and start-up. Mr. Finley was in control of plant Fire Protection commissioning from pumps to transformer sprinkler protection as well as the entire plant ring configuration including flushes and spray pattern testing. Mr. Finley was involved with Main Fuel Gas line gas blows, from supplier connection to CT’s. Mr. Finley’s scope of responsibility also included commissioning of Kaefer-Raco/Hydac hydraulic diverter damper and blanking plate (guillotine) on each machine, including flushes, pressure testing, final run testing, client turnover and operator training. Mr. Finley was involved with vendor support and commissioning of Atlas-Copco Air Compressors including instrument air blows. Mr. Finley’s administrative duties consisted of systems scoping, walk downs, punch listing, turnover package preparations including flush and test certifications, daily reports and log keeping. Daily client and vendor interface and support and operator training were also a part of Mr. Finley’s responsibilities.

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03/02- 07/02 Lead Mechanical Commissioning Engineer B.O.P.Alstom-PRENCO Services/Redding Electric Utility

City of Redding Power Project, Redding, CA.

Mr. Finley was acting lead for PRENCO Services, an Alstom wholly owned subsidiary, in the mechanical commissioning of the BOP and the Applied Thermal Systems HRSG, and assisted the Alstom-Stal TA’s in the commissioning of Alstom’s newest model machine, the GTX-100. This machine is nominally rated at 50 mw and controlled with ABB Advant Power Control System. The HRSG was rated at 150-klbs/hr max. flow rate at 650 psi and 755 deg. superheat and employed the use of Alstom-ES’s new, precious metal technology, regenerative catalyst, in-line flue gas scrubber known as SCONOx. Steam was supplied to the End-Client’s existing GE STG for an additional 40-mw-power output. The Unit is intended to be base loaded during the peak season. Mr. Finley was active in the scheduling and implementation of gas line purge and nitrogen blanket, hydro, chemical cleaning and steam blows of the HRSG and steam lines, feed water pump set alignment, run-in, and hot commissioning. Mr. Finley also commissioned the cooling water system including pumps and cooling tower. Mr. Finley aided the Alstom-ES Technician in the commissioning and start-up of the SCONOx system. Additionally, Mr. Finley played an instrumental role in the composition of Mechanical Completion Packages and Turnover Packages

12/01- 03/02 Lead Mechanical Commissioning Engineer B.O.P.Alstom Power/PetroBras

Novo Piratininga Repower Project, Sao Paolo, Brazil

The Piratininga Repower Project consisted of 4 each; Alstom GT-11NM2’s with reconfigured combustion chambers and VIGV’s, which boosted power out-put to 115 mw each, with owners option for purchase of 4 additional machines and 2 additional steam turbines. The Project was constructed next to an existing 50 year old power plant and, while the Alstom machines are operated independently in simple-cycle, it is anticipated that the two existing 130 mw GE steam turbines will be operated in combined cycle once the Alstom-CE HRSG’s are delivered and installed in conjunction with the GT’s, achieving total plant capacity of approximately 720 mw. Control was achieved using ABB Egatrol and GE Mark V controls. Mr. Finley’s duties consisted primarily of, but were not limited to, mechanical commissioning of the balance of plant (BOP) including interfacing with individual vendor’s representatives and aiding them in their respective commissioning activities. This included Dressor-Rand fuel gas compressors and Ingersoll-Rand air compressors. Mr. Finley aided the Alstom commissioning team in GT lube oil flushes and overall commissioning of the gas turbines. Mr. Finley was also involved in the documentation process i.e. the writing of construction test procedures; turn over packages and various commissioning procedures such as gas blows, air blows, and flushing procedures. Mr. Finley was also instrumental in the creation and implementation of a general Commissioning Data Base to be used for construction guidance and systems turnover.

07/01- 12/01 EPC Commissioning ManagerAker Kvaerner Process/ El Paso Energy Int.

Termonte Macaé Merchant Power Project, Macaé, Brazil

Macaé Merchant Power Plant consisted of 16 ea. LM 6000 aero derivative gas turbines nominally rated at 45 megawatts each, for a total plant output of 720 mw; with Owner’s option for additional phase of 4 more machines. Mr. Finley’s duties consisted of, but were not limited to, coordinating plant pre-commissioning (construction completion and testing) commissioning and start-up between Kvaerner Field Superintendents (E&C) UEI (Owner’s Engineer/Commissioning Team) General Electric, and construction sub-contractors. Day to day activities included system and sub-system construction coordination/completion, testing, walk-down and punch listing as prioritized by Owner’s Engineer/Commissioning Contractor to include Mechanical Completion and Systems Turnover Packages. Mr. Finley aided Owner’s Engineer in Field

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Mechanical Commissioning, as well as completing necessary documentation for client approval and turnover to the Owner.

05/01- 07/01 Start-up Operations Shift SupervisorBechtel/General Electric/BP-Amoco

Great Yarmouth Power Project, Great Yarmouth UK

Mr. Finley provided operation support, client interface, operations staff training and protection of the client’s interests. The plant configuration consisted of one GE Frame 9FA gas turbine/steam turbine single shaft arrangement in combined cycle with one 410 klb/hr Samsung/Doosan HRSG. Total combined plant power production was 440 mw. Plant control was achieved with GE Mark V and Foxboro DCS. Mr. Finley’s duties included oversight of daily operation and commissioning of the gas turbine, as well as the HRSG, within manufacturer’s specifications and guidelines and the safe operation of the plant as a whole by the end client’s operations staff

01/01- 05/01 Lead Mechanical/Operations Start-up EngineerBlack & Veatch/Duke Energy- PPL

Griffith Power Project, Kingman, AZ

Mr. Finley acted on behalf of the client, Black & Veatch, as mechanical and operations start-up engineer for the Griffith Power Project (owned by a consortium consisting of Duke Energy and Pennsylvania Power and Light). Plant configuration consisted of two G.E. Frame 7FA’s, nominally rated at 180 mw each, in combined cycle with two NeM HRSG’s nominally rated at 790 klb/hr at 2750 psi. Steam was supplied to a Toshiba steam turbine (hydrogen cooled) nominally rated at 300 mw. Control was achieved with Bailey Symphony DCS and GE Mark VI. Mr. Finley was active in the commissioning and start-up of the condensate and feed water systems (Ingersol-Dresser and KSB pumps, respectively) the RenTech auxiliary boiler (rated at 30 klb/hr at 175 psi), the steam turbine, and the HRSG’s. Mr. Finley played an active role in the first fire of both CT’s, steam blows and reliability and performance tests. Mr. Finley supported vendors in the commissioning of BOP auxiliaries; third party operations staff in control room and field operations and start-up crafts in construction completion/ field modifications/repairs.

12/00-01/01 Commissioning Engineer/Start-Up Support/Vendor’s RepresentativeVogt-NeM/The Southern Company

Alabama Power Co., Barry Combined Cycle Project, Bucks, Ala.Mississippi Power Co., Daniel Combined Cycle Project, Moss Point, Miss.

Mr. Finley represented the client, Vogt-NeM, at both facilities by supporting Southern Co. operators, both in the control room and the field, during first fire, start-up and steam blows. Mr. Finley insured that the client supplied HRSG’s were commissioned and operated within manufacturer’s guidelines and specifications and that proper chemical cleaning, steam blows and boiler lay-up procedures were followed and adhered to. Both plants were identical in output capacities of approximately 1000 mw each, and in layout, each of which consisted of 4 G.E. Frame 7FAs, nominally rated at 180 mw each, in combined cycle with the client’s HRSG’s nominally rated at 543 klb/hr, 1985 psi, and 1058 deg F. superheat, each. Steam was supplied to 2 G.E. condensing steam turbines, coupled to 2 G.E. hydrogen cooled generators, nominally rated at 140 mw each. Control was achieved using G.E. Mark V and Westinghouse WEStation/ Sun Microsystems DCS at each plant.

06/00- 12/00 Lead Mechanical Commissioning EngineerStone & Webster/ Siemens Power Generation

North Duri Cogeneration Power Project, Duri, Indonesia

Mr. Finley performed mechanical commissioning, start-up, operational support and turnover of a cogeneration facility located in the oilfields of east-central Sumatra, Indonesia. The plant configuration

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consisted of three Westinghouse 501D5A combustion turbines rated at 120 mw each, in combined cycle with Deltak/Letec once through Heat Recovery Steam Generators rated at 1.8 million lbs. per hour steam flow at 1000 psi (68 bars), each. Control was achieved using WDPF II DCS. Steam was used for primary crude oil recovery (well injection) and electricity was used in oilfield operations and logistical support with excess sold to the national grid. The end client was a consortium consisting of CalTex Pacific Indonesia (Chevron-Texaco) and Amoseas, a wholly owned subsidiary. Mr. Finley’s scope of responsibility included, but was not limited to, mechanical commissioning, start-up, sign-off and turnover of plant systems and sub-systems. Mr. Finley was also involved in first-fire commissioning of the CT’s and initial operational control and turnover to local operations staff. Systems that Mr. Finley commissioned included fuel gas, fuel gas heaters and coalescing filters, fire protection, including both electric and (Detroit) diesel fire pumps, feed water system, from end client supplied inlet, through Westinghouse motor driven (4000 volt, 500 amp, 4160 hp) Byron-Jackson feed pumps (4000 gpm, 1440 psi, 3764 bhp) to HRSG inlet, sanitary and potable water supplies and systems, demin and chemical injection systems, plant service water, instrument and plant service air (Atlas-Copco). Mr. Finley also supported vendors in the commissioning of the HRSG’s and gas turbines and related auxiliaries.

01/00 -05/00 Commissioning EngineerABB-CE/ABB-Alstom Power Generation Systems

Enfield Energy Centre, Enfield, England, UK

Mr. Finley was subcontracted by the client, ABB-CE, to another division of ABB; Power Generation Limited, to oversee the commissioning of Combustion Engineering’s 164 klb/hr HRSG that was connected in combined cycle to an ABB GT 26B Prototype gas turbine. The GT was considered a prototype due to a new blade design and configuration that increased turbine efficiency through increased blade cooling. Combined plant power production was approximately 400 mw (264 mw from the GT, 132 mw from the ST). Control was achieved with ABB’s state-of-the-art Advant OCS. Mr. Finley’s duties included, but were not limited to, insuring that the HRSG was commissioned and operated in adherence with manufacturer’s specifications and within warranty and insurance guidelines. Mr. Finley also trained and assisted the end client’s (Enfield Energy Centre) operations staff in the safe and proper operation of the HRSG. Daily systems walk down, valve alignment; controls calibration and operation were included in Mr. Finley’s scope of duties.

10/99 - 01/00 Operations Consultant/Shift SupervisorGeneral Electric/Techint

Centro Puerto Project, Buenos Aires, Argentina

Mr. Finley provided operation support, client interface and operations staff training for G.E. and the end client. The plant configuration consisted of two G.E. Frame 9FA prototype gas turbines in combined cycle with two 320 klb/hr (each) Vogt HRSG’s. Total combined plant power production was 750 mw (250 mw from each gas turbine and 250 mw from the G.E. hydrogen cooled generator). Plant control was achieved with G.E. Mark V and Bailey Symphony (Infinet 90). Mr. Finley’s duties included oversight of daily operation and commissioning of the gas turbines, as well as the HRSG’s, within manufacturer’s specifications and guidelines and the safe operation of the plant as whole by the end client’s operations staff. During an approximately 1-month outage, Mr. Finley was heavily involved with G.E. Mechanical Maintenance personnel in a hands-on teardown, cleaning/repair and replacement of the burner assemblies of both machines.

08/99 - 10/99 Commissioning EngineerFoster -Wheeler Power Generation

Valorsul Waste-to-Energy Facility, Lisbon, Portugal

Mr. Finley provided mechanical commissioning, operator training and support, performance/reliability testing and turnover of a 50 mw, 2000 metric tons per day waste-to-energy facility to Foster Wheeler’s client, the Valorsul Consortium. The plant consisted of 3 Foster Wheeler/Detroit Stoker boilers rated at 163 klb/hr (each) steam flow, a Dresser-Rand steam turbine, Jeaumont Industrie turbine generator rated at 50 mw, and various auxiliaries including a magnetic separator, and 3 refuse cranes (rated at 5 tons each),

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baghouses, quench reactors, slurry system and bottom and fly ash handling systems. Control was achieved using Johnson-Yokogawa DCS.

08/98 - 08/99 Operations and Maintenance ManagerABB/Duke Engineering & Services

Aguaytia Thermoelectric Power Plant, Aguaytia, Peru

Mr. Finley provided operations and maintenance support, supervision, documentation, and grid interface for a wholly owned client subsidiary of Duke Energy International. The plant was located in an isolated setting in the Amazon Rain Forest, and consisted of two ABB gas turbines rated at 80 MW each. The machines were GT 11NM2-EV prototypes, constructed with new burner arrangements and a new blade metallurgy and configuration. Mr. Finley’s primary duties included, but were not limited to, day to day supervision of routine operations and maintenance of the turbines and auxiliaries, development of operational procedures both routine and emergency, development and implementation of preventive maintenance and inventory control programs and procedures, and subcontractor interface (ABB on-site technical representatives and maintenance crews). Mr. Finley was also responsible for reconstruction and modernization of the control room, heavy mechanical maintenance shop, and the instrumentation/electronics/controls shop. Mr. Finley also interfaced with the Peruvian grid dispatch entity (COES) on a daily basis. Due to the fact that the plant was located in an active war zone occupied by Sendero Luminoso terrorists, Mr. Finley also implemented and coordinated plant security with a private company and the Peruvian Marine Corps. In the absence of the Plant Manager, Mr. Finley assumed the role of acting Plant Manager.

02/98 - 08/98 Operation Support/Shift SupervisorABB Power Generation, Inc.

Cambalache Peaking Plant, Arecibo, Puerto Rico

Mr. Finley provided support to the Puerto Rican Electric Power Authority’s (PREPA) local Control Room Operators in the capacity of a Shift Supervisor at PREPA’s 240 MW Cambalache Peaking Plant. This utility was built and operated by Asea Brown Boveri in a limited partnership venture with Southern Energy Group/PREPA (Puerto Rico’s only major electric utility) in order to meet the islands growing demand for industrial and residential electricity. Mr. Finley also provided support on commissioning and warranty related (mechanical/engineering) issues. Equipment operated included three ABB GT 11 N1 gas turbines, rated at 80 mw each, that incorporated dual fuel combustors, and related auxiliaries. Control was achieved with an ABB/Taylor (Egatrol) DCS either locally at each turbine or remotely from the control room

12/97-02/98 Start-up Operations SupportWalsh Construction

Central Utility Plant, University of California, San Francisco

Mr. Finley performed mechanical start-up, operations, and operator training at a major medical research facility. Equipment included two Solar gas turbines (Taurus 60's) rated at 5.4 MW each with two Energy Recovery International HRSG's attached in combined cycle, rated at 52.4 klb/hr each. Mr. Finley also operated two Nebraska auxiliary boilers rated at 90 klb/hr each. Steam was supplied to a three stage Murray turbine connected to a LeRoy Somer turbine generator rated at 3750 kW. Emergency power was supplied by three Caterpillar diesel generator sets rated at 4 kVA each. Water treatment and purification was achieved by U.S. Filters’ reverse osmosis units and water softeners. System control was accomplished using WDPF II. Commissioning duties included systems walk down, inspection, start-up, 100 hr operating performance trials, and systems operating procedures (turnover packages) revisions, updates, and corrections.

10/97 - 12/97 Mechanical Start-up Consultant/ Lead Mechanical NDE InspectorABB-CE Marine Services Division

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Mexican Navy, Manzanillo, Mexico

Mr. Finley provided advice and consultation to assist the Mexican Navy with reactivation (re-commissioning) of the main propulsion boilers of the former FF 1066 (U.S.S. Marvin Shields) and FF 1065 (U.S.S. Sein). In this capacity, Mr. Finley inspected and surveyed four boilers and helped perform non-destructive testing of these boilers, components, and main steam lines aboard these two frigates. The inspection and survey was conducted in accordance with U.S. Navy NAVSEA regulations. NDT testing was done to prove U.S.N. NAVSEA Level 1 material strength and integrity of boiler components and main steam lines, elbows and welds. The survey of all four boilers included, but was not limited to, a complete visual inspection of airsides, firesides, watersides, and externals. Included were visual fireside inspection of the uptakes, expansion joints, economizers, drums, headers, tubes, down comers, and refractory. Mr. Finley performed boiler inspections of two CE V2M 1200 psig boilers aboard the former FF-1066 and two Babcock & Wilcox marine D-type boilers (1200 psig) with horizontal superheaters aboard the former FF-1065. Mexican naval personnel anticipated hydrostatic testing, light off, and sea trials in July 1998.

08/97 - 10/97 Start-up Operation ConsultantLSI Logic, Inc.

Gresham Oregon Campus

Mr. Finley was assigned to this 200 mm micro-chip/semi-conductor manufacturing plant with Johnson/Yokogawa controls and Hewlett-Packard computers. Equipment operated included 5 each 12.5 ton York chillers and auxiliaries, 4 each1500 hp Superior fire tube boilers and auxiliaries, 56 Pace return air units, 14 each 120k scfm Woods air supply fans, a nine cell Marley dry cell cooling tower, seven exhaust scrubbers, a Volatile Organic Compound abatement incinerator, 12 heat exhaust fans, 2 each 1750 watt emergency generators powered with 16 cylinder Caterpillar diesels, and a 6 cylinder Cummins diesel fire pump.

03/96 - 12/96 Start-up Operations/Mechanical Commissioning EngineerJ.A. Jones Construction/U.S. Army Corps of Engineers

Ft. Lewis Power Project, Ft. Lewis, WA

Mr. Finley performed mechanical start-up and operator training on three Keeler-Dor MSW boilers including walk down of completed systems and operation of the WDPF II WEStation DCS. Mr. Finley provided training to the Public Works Department Operators for the safe start-up and operation of all plant equipment including an overhead bridge crane, three Keeler-Dor 110 psi, 22.7klb/hr (each) MSW boilers, lime slurry quench reactors, baghouse, drag conveyor, CEMS, fans, pumps, and compressors. Commissioning duties included the supervision of refractory repair, installation and curing (dry out) for these boilers along with boiler internal inspection and overall start-up activities.

03/89 - 03/96 Shift Supervisor/ Control Room Operator / Plant Auxiliaries OperatorCREA Facility, PERG Facility, SERG Facility

L. A. County Sanitation Districts, Los Angeles, Ca.

Mr. Finley participated in the operation of several facilities during his tenure with the Los Angeles County Sanitation Districts beginning as a Power Plant Auxiliaries Operator at the CREA Facility. Through promotions he became a Shift Supervisor at the CREA Facility where he operated a Foster Wheeler/Detroit Spreader Stoker boiler, rated at 450 tpd MSW. Control was achieved with a Bailey Net 90. His duties included ash sampling and analyzing, boiler feedwater testing, analysis, and treatment as well as overall plant operation consisting of rounds, readings, and normal day-to-day activities.

As Shift Supervisor, he supervised and trained five subordinates. The CREA Facility generated 10 mw of electricity (utilizing a Shin Nippon generator), which was sold to Southern California Edison. Other equipment operated at the CREA Facility included a 15 ton overhead bridge crane, baghouses, drag conveyors, ash extractor, Shin Nippon generator, natural gas air pre-heater, air compressors, and Detroit-Stokers, as well as lime slurry pumps, storage tanks and quench reactors, CEM’s, and ash removal equipment. He operated a separate cement batch plant that handled the fly ash.

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At the PERG facility, Mr. Finley operated a 50-mw-landfill methane gas plant controlled with a Bailey Net 90. His duties were the same as those at the CREA facility including supervision and training of a three-man crew. Equipment operated included a Natco KG-2 28 kW gas turbine, a Solar T-4001 2.8 kW gas turbine, two Zurn 1400 psi integral superheated boilers, one Shin Nippon steam turbine generator rated at 49.9 MW, 24 landfill gas flares rated at 1000 scfm, one superflare rated at 35,000 scfm, and one gas scrubbing fuel station. At the SERG plant, he acted as a Shift Supervisor in the start-up and commissioning of a 10 MW landfill methane gas plant. Duties included those outlined above as well as that of interfacing with Ebasco Constructors during the start-up and commissioning phases. Equipment operated included one Zurn 1400-psi integral superheated boiler, one Shin Nippon 10 mw turbine generator, and six landfill methane gas flares.

08/82 - 02/89 Power Plant OperatorIrvine Medical Center,

University of California Irvine

Mr. Finley operated and maintained three Babcock & Wilcox 25 klb/hr boilers, as well as all related auxiliaries, at a major university teaching hospital. His duties included supervision and training of one subordinate, receiving and relaying routine and emergency maintenance calls, and normal day-to-day activities such as readings, rounds, and plant auxiliary operation. Equipment operated included three B&W boilers, one coil type steam generator (single pass); one turbine feed pump, three electric feed pumps, and three water softeners. Control was achieved with Bailey pneumatics and (later) first generation Westinghouse integrated card type computers

1979 – 1982 Power Plant OperatorHunt Wesson Foods, Inc.

Orange County Ca.

Mr. Finley operated four package boilers at a major food processing plant utilizing either natural gas or No. 6 fuel oil (Bunker C). Control was achieved with Bailey pneumatics. He supervised three Maintenance mechanics. Equipment operated included four package boilers, water softeners, feed pumps, fuel pumps, storage facility, and water treatment facility.

1975 – 1979 Orange Coast College, Course work in Mechanical Engineering

1972 – 1974 Third Assistant EngineerMerchant Marine, Various Merchant Vessels

Mr. Finley operated as a Watch Engineer on several merchant vessels including oil tankers. Many vessels were under contract to the U.S. Military Sea-Lift Command (MSCS). His duties included the supervision of a three man engineering crew and insuring safe propulsion of 500 to 5,000 ton merchant vessels through domestic and international waters. Equipment included various oil-fired boilers (Bunker C), ammonia refrigeration units, fuel oil pumps, feed pumps, various other pumps, flash evaporators, propulsion turbines, all equipment necessary to maintain crew living conditions (HVAC, galley, drinking and sanitation water), all cargo equipment (winches, booms, etc.) as well as oil heaters and pumps on crude oil tankers

TRAINING:On-site leadership training, managerial training, safety training and operations training,

LA County Sanitation DistrictsCalgon Chemical, Pomona, CA, 1994

Bailey Net 90 (Bentley Nevada), Pomona, CA, 1990Shin Nippon, Pomona, CA, 1990

Ebasco Constructors, Pomona, CA, 1990Betz Chemical, Pomona, CA, 1990

Orange Coast College, Course work in Mechanical Engineering, 1976 – 1979CERTIFICATION:

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ASME QRO (Qualified Refuse Operator), 1993Licensed Forklift Operator, 1993

CPR CertifiedU.S. Coast Guard Licensed Third-Assistant-Engineer

U.S. Government Security Clearance

Valid Peruvian and U.S. Passports Peruvian/U.S. Dual Citizenship

Professional References:

ABB/ALSTOM PowerDermot Breslin dermot.breslin@power.alstom.comDermot Cullen dermot.cullen@power.alstom.comDwight Goodman dwight.goodman@power.alstom.comAndy Hottinger andy.hottinger@power.alstom.comRod Singleterry rod.s.singleterry@power.alstom.com

Black & VeatchSteve Stidham steve.stidham@bv.com

CaterpillarArt Walton Walton_Art_M@cat.comJonathan Wentworth-Linton Wentworth-Linton_Jonathan@cat.com

Dresser-RandRichard Pillsbury richard_a_pillsbury@dresser-rand.comMichael Martin mwmartin@dresser-rand.com

Foster Wheeler Power SystemsAlan Deal alan_deal@fwc.com

GDF-SuezJerry Stowers Jerry.Stowers@gdfsuezna.comCarlos Campo Carlos.Campo@gdfsuezna.comCindy Root Cindy.Root @gdfsuezna.com

GE Power System s Kevin Twinn kevin.twinn@ps.ge.com

GlobeleqWayne White wwhiteesq@yahoo.com

HalliburtonFelipe Catelli Felipe.Catelli@Halliburton.com

Siemens Energy Inc.Francisco Necas Francisco.necas@siemens.com Richard Fulkerson richard.fulkerson@siemens.comAJ Verstrate aj.verstrate@siemens.comMiguel Balandran Miguel.balandran@siemens.com Raúl Palenzuela raul.palenzuela@siemens.com Jaime Mondoñedo jaime.mondonedo@siemens.com

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Christian Ciriani christian.ciriani@siemens.com

Universal Energy Inc. Bob McIlvain bmcilvain@ueillc.comSheila Vining svining@ueillc.com

Personal References:

Jonathan Linton jonlint@gmail.com

Ken Brophy kbrophy@msn.com

Greg Satfield gregyan@bellsouth.net

Kelly Morgan PIHook@aol.com

Eric Beaulieu ejbeaulieu@hotmail.com

Mark Ring mjr_river@yahoo.com

Anthony Banon bannon1957@yahoo.com

Johisy Zamora johisy@hotmail.com

Paola Tamayo polytam@hotmail.com

Guadalupe Viena gviena@hotmail.com

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