Mr. Peabody has over thirty five years of electrical and instrumentation

engineering experience, possessing excellent management and supervisory skills with proven ability to execute projects of all types, from small in-plant projects to large capital projects, coordinate staff, develop and implement programs which contribute to overall operational effectiveness.

His experience has been associated with the heavy industrial facilities, municipal, mining, federal and public sector. Mr. Peabody has been responsible for the planning, development and design of electrical, instrumentation systems. Activities included preliminary investigations, scope development, feasibility studies, detailed design drawings, specification development, construction estimating, value engineering and recommendations. Additionally, Mr. Peabody has acted as the Owner’s agent in the construction administration phase. This included shop drawing review, change order processing, change order review, recommendation, inspection, punch list and starting of systems. Mr. Peabody has been involved with the designs of various systems and processes presently utilized in municipal, mining and industrial facilities and wastewater treatment plants. His design approach is to coordinate with key process operational personnel and develop the process and instrumentation diagrams (P&ID) drawings. The P&ID drawings typically depict all of the major components, instruments and sensors in the industrial facility. These instruments include flow, pressure, level and analytical transmitters. Also the P&ID drawings indicate the control system architecture and system communication and data gathering. Experience

United States Air Force, A&E POL Services, Campia Turzii, Romania, Bulk Fuel Storage Facility (Instrumentation Engineer) The purpose of this task order is to construct a bulk fuel storage facility. Its purpose is to offload JP8 (Jet Fuel) from rail cars and tank trucks, store the fuel in cut- and-cover underground storage tanks, and filter & dispense the fuel to tank trucks for further use. The project included coordinated design among multiple disciplines and international personnel to achieve results satisfying US Government and Host Nation requirements. The US-based team designed the process portions while the Spainard-based team performed site and architectural works.

United States Air Force, A&E POL Services, Swietoszow, Poland, Bulk Fuel Storage Facility (Instrumentation Engineer) The purpose of this task order is to construct a bulk fuel storage facility. Its purpose is to Byron Instrumentation R. / Electrical Peabody / Process Engineer Education

Bachelor of Science/Electrical

Engineering Technology/Southern

Technical Institute/1973 (High

Honors)

Licenses/Registrations

TBD

Years of Experience

With AECOM 15

With Other Firms 30

Professional Associations

TBD

Training and Certifications

TBD

Contact Information

251-***-****

adjrxj@r.postjobfree.com

Byron R. Peabody

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offload JP8 (Jet Fuel) from rail cars and tank trucks, store the fuel in cut- and-cover underground storage tanks, and filter & dispense the fuel to tank trucks for further use. The project included coordinated design among multiple disciplines and international personnel to achieve results satisfying US Government and Host Nation requirements. The US-based team designed the process portions while the Poland-based team performed site and architectural works.

United States Air Force, A&E POL Services, Powidz, Poland, Bulk Fuel Storage Facility (Instrumentation Engineer) The purpose of this task order is to construct a bulk fuel storage facility. Its purpose is to offload JP8 (Jet Fuel) from rail cars and tank trucks, store the fuel in cut- and-cover underground storage tanks, and filter & dispense the fuel to tank trucks for further use. The project included coordinated design among multiple disciplines and international personnel to achieve results satisfying US Government and Host Nation requirements. The US- based team designed the process portions while the Poland-based team performed site and architectural works.

HJAIA, DeIcing, Atlanta, Georgia, South Deicing Complex Ramp

(Electrical Engineer) The Purpose of this Task Order was to design and prepare construction documents for the process of collection, storage, and handling of spent deicing fluid. The project included two storage tanks, two mixing pumps, three lift station pumps, and multiple slide gates and valves for fluid routing. This project was part of a Program of projects for the Hartsfield-Jackson Atlanta International Airport. Royal Saudi Air Force, Saudi F-15 Fleet Modernization Program- Munitions Storage Area, Various Locations, Saudi Arabia (Electrical Engineer) Developed the electrical and telecommunications plans for an array of munitions storage magazines for the RSAF. This project is in progress.

New York City Department Of Environmental Protection, Port Richmond Wastewater Treatment Plant, Staten Island, NY (Electrical Engineer). Project responsibilities included providing electrical and instrumentation technical support during construction. New York City Department Of Environmental Protection, East Branch and Portions of Newtown Creek Enhanced Aeration, Staten Island, NY (Electrical Engineer). Project responsibilities included providing designs and specifications for station upgrades and the installation of three blowers.

New York City Department Of Environmental Protection, Borden Ave. Pumping Station Upgrade, Staten Island, NY (Instrumentation Engineer). Project responsibilities included providing instrumentation and control designs and specifications for the pumping station upgrade, installing three new blowers and replacing three sewerage pumps. New Jersey American Water, Timer Creek Relay Station, Runnemede, NJ Electrical Engineer). Project responsibilities included providing designs and specifications for a grass roots pumping station. Lenzing Fiber, SL1 Restart, Axis, AL (Lead Electrical / Instrumentation Engineer) The experience of electrical/instrumentation design of industrial facilities as a lead electrical/instrument engineer on

$35 million fiber production facility comprised of designing, specifying and installing: (6) 800A feeder and distribution panels, (7) Motor Control Byron R. Peabody

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Centers consisting of mainly VFD starters, reconditioning and upgrading two medium voltage starters, and approximately 400 instruments. Freeport Mcmoran, Morenci Expansion – Tailing Dam Feasibility Design, Morenci Mine, AZ (Electrical Engineer) The experience of electrical design of a $25 million copper mining facility comprised of installing a new 25KV sub station, a new medium voltage power house, eight 1000+ HP Motors, an Allen Bradley PLC, a cable tray system and developing system P&ID’s.

Georgia Pacific, Fluff Pulp Addition, New Augusta, MS (Lead Electrical / Instrumentation Engineer) Project responsibilities of the

$10 million Fluff Pulp Facility comprised of reviewing extensive vendor electrical drawings, installing and connecting a new MCC and several vendor supplied control cabinets.

Ciba Specialty Chemicals, New PMG Facility, Macintosh, AL (Lead Instrumentation Engineer) Project responsibilities of $18 million PMG Facility included utilizing Intergraph Intools Instrument software to produce instrument specifications, an instrument index and instrument loops, using Foundation Fieldbus and AS-I buss networks for majority of the instrument connections, and installing a Fisher Delta V DCS. Ciba Specialty Chemicals, New Effluent Facility, Macintosh, AL

(Electrical Engineer) Project responsibilities included electrical construction supervision and start-up of effluent treatment facility which met all production rates. This led to more work performing all design, construction and start-up of in-house electrical projects at a 1200 employee chemical plant.

Ciba Specialty Chemicals, New Isophorone Facility, Baton Rouge, LA

(Lead Instrument Engineer) During work on a $25 million Isophorone Facility, project responsibilities included utilizing Rebis P&ID & Instrument software to produce P&ID’s Instrument Specifications and Instrument Index, preparing work estimates, developing control strategies and P&ID’s in the conceptual phase the chemical plant expansion. Instrumentation Specifications comprised of evaluating bids and purchasing instruments, and checking drawings in the detailed engineering phase of a $15 million manufacturing plant.

FEMA, Hurricane Katrina (FEMA Project Officer – New Orleans Sept. 2005 – Nov. 2007) Project responsibilities included inspecting damaged facilities, preparing electrical repair estimates and inspecting contractor repairs at the following facilities:

§ Orleans Parish prison Templeton 1 kitchen

§ Orleans police headquarters

§ Orleans Parish women’s prison

§ Inmate intake facility

§ Orleans parish sheriff’s temporary medical facility

§ Orleans parish sheriff’s temporary detention facility

§ Orleans parish youth detention facility

§ Orleans parish house of detention

§ Orleans Parish prisons Templeton 1,2,3,4 & 5

§ Orleans parish correctional facility (10 story prison)

§ Orleans parish fish farm

§ Orleans police maintenance and parking facility

§ St. Bernard Civic center

§ St. Bernard Government Complex

§ St. Bernard Municipal Courts complex

Byron R. Peabody

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§ St. Bernard old jail

§ Seven St. Bernard recreation facilities and gyms

§ Police precincts

§ Three waste treatment facilities

Other Experience

IT Professional: Position duties included managing the implementation of 100 Windows NT based CADD workstations and Windows NT based servers which enabled company to utilize latest software available and initiating and managing the migration of Intergraph PDS three dimension CADD system from Unix to Windows NT which resulted in improved operational efficiency, purchasing, installing and supporting Intergraph CADD system and leading an engineering operation to 100% electronic drawings, introducing and promoting the use of 3D CADD in engineering design which is now the standard method of project design, and developing and implementing a database to track electronic CADD drawings which currently tracks 200,000 drawings.

Lead Instrument Engineer: Project responsibilities included developing P&ID’s, instrumentation and electrical specifications for numerous small- capital projects in support of:

§ chemical manufacturing plants

§ paper mills

§ refineries

§ buildings

Development: Project experience included developing a database system design concept that documented instrumentation systems which was effectively used for ten years, and providing leadership in development of conceptual control philosophy, detailed design, construction, and start-up of numerous successful chemical production facilities. Designer: Project responsibilities included redesigning malfunctioning hazardous waste incinerator bringing it up to operating specifications which yielded the following improvements: refractory system in a rotary kiln resulted in increased refractory life by 1000%, redesigned bearings on a 600 HP fan resulted in increased bearing life by 200%. Engineering Group Leader: Supervisor experience comprised of managing an instrument engineering group which consisted of five instrument engineers.

Supervisor: Instrumentation design effort of an outside contractor on a

$25 million plastic additives production unit which met all production goals. Employment History

AECOM 2004 – Present

Mobile, AL. Electrical/Instrument Engineer

CDI 1999 – 2003

Mobile, AL. Instrument Engineer

Brown & Root 1987 – 1998

`` Mobile, AL IT/CADD Manager

Instrumentation Engineering Group Leader

Byron R. Peabody

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Ciba-Geigy 1973 - 1986

McIntosh, AL. Maintenance Engineer

Electrical Design Engineer

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