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WALDRON

37 Industrial Ave.
Exeter, NH 03833

One Penn Plaza,
36" Floor
New York, NY 10119

Jeremy P. Smith, P.E., Project Manager

Professional Registrations
New Hampshire, Virginia, Connecticut, New York, New Jersey
New Hampshire (Controls), Massachusetts (Controls)

Professional Affiliations

ASME, American Association of Mechanical Engineers
ISA, Instrumentation, Systems And Automation Society
NFPA, National Fire Protection Association

Certifications

GE Mark VI Turbine Control Maintenance
OSI PI System Manager

Level 1 UL Industrial Control Panel

(ICP) Certified panel designer

WALDRON

37 Industrial Ave.
Exeter, NH 03833

One Penn Plaza,
36" Floor
New York, NY 10119

Erich Gustenhoven, P.E., Mechanical Engineer

Background

Mr.Gustenhoven has been in the power industry over five years and has amassed a
depth and breadth of experience that allows him to be a contributor to any type of
project. This includes a significant amount of field work, coupled with detailed
design efforts in the office.

Experience

Tufts University Campus Energy Center Commissioning — Medford, MA

Waldron was responsible for the preparation of start-up and commissioning of a
medium and low voltage switchgears for a new 4MW reciprocating engine generator
and a new 500kW black start diesel engine generator. The start-up and
commissioning included utility witness test TEEE-1547 test), engine generator load
bank test, synchronizing a generator to the utility, black-start, island mode and load
shed test.

Role: Staff Engineer

TWA Flight Center Hotel Combine Heat & Power Project — New York, NY
Engineering design of a micro-grid combined heat and power plant for a hotel
development at JFK Airport. The project includes three (3) 335kW reciprocating
engine generators, one (1) 500kW standby diesel engine generator and one (1) new
500KW / 1000kWh energy storage system to provide 100% reliable electricity power
to the building.

Role: Staff Engineer

Alstom Power Inc. — Windsor, CT

Waldron performed the engineering and design services for the relocation of an
existing combustion research and development facility. The engineering team
conducted numerous, extensive walk-downs of existing equipment and piping which
consisted of taking field measurements, photographs, notes, drawing numerous
sketches, and recording information from several sources. Upon completion of as-
built documentation, Waldron was responsible for the design of cooling water, and
heating ventilation and air conditioning systems. System design included load
calculations, equipment selection, and process and instrumentation diagrams.

Role: Staff Engineer who functioned as part of the field engineering team.

Yale University — New Haven, CT

Campus wide utility study with the objective to determine the optimal repowering
option for an existing combined heat and power plant, which included process and
instrumentation diagrams, equipment selection and specification. Assisted in
computer modeling to select appropriate repowering scheme. Functioned as part of
field survey team to assess constructability, including identifying tie-in locations and
feasibility.

Role: Staff Engineer

WALDRON CNGINEERING & CONSTRUCTION

WALDRON

37 Industrial Ave.
Exeter, NH 03833

One Penn Plaza,
36"" Floor
New York, NY 10119

Erich Gustenhoven, P.E., Mechanical Engineer

Harvard University — Cambridge, MA

Desuperheating system modification project. The project objectives were to identify
an acceptable water treatment process to be added to the desuperheating system in
order to prevent further damage to the turbine and to determine any other potential
impacts on the desuperheating system, as well as updates to the P&ID’s to show
system changes and assist the client with specifying and procuring the equipment
required to make the modifications. Conducted a field survey to identify tie-in
locations to the existing equipment and systems, and general arrangement of new
equipment.

Role: Staff Engineer

Burgess Biopower — Berlin, NH
Functioned as short term Mechanical Coordinator for the construction management

effort of a 75 MW biomass power plant. Conducted field checks of completed
construction activities, and reviewed ongoing construction activities, including pipe
routing and equipment installation. Processed documentation of completed
construction, and conducted field verification as necessary.

Vineland Municipal Electric Utility — Vineland, NJ

Staff Engineer responsible for preliminary and detailed design of municipal peaking
plant. Responsibilities included specifications, submittal review and process and
instrumentation diagrams.

Genor, Organic Rankine Cycle — Guatemala City, Guatemala

Staff Engineer assisting with pipe stress and nozzle loading calculations and
development of subsequent piping drawings. Constructed and executed computer
models to calculate pipe stress and nozzle loads, worked with other members of
design team to reroute piping as needed and reduce nozzle loads.

Genor, Coal Plant Study — Guatemala City, Guatemala

Staff Engineer responsible for constructing and executing electronic heat balance
models of two existing coal plants of approximately one hundred megawatt capacity.
Modeled and sized new condenser and cooling water systems for various different
ambient conditions.

Professional Qualifications
BS, Mechanical Engineering, University of Connecticut

Professional Registrations
P.E., Massachusetts, New Hampshire

WALDRON ENGIN:

WALDRON

37 Industrial Ave.
Exeter, NH 03833

One Penn Plaza,
36" Floor

New York, NY
10119

Yong-Suk Choi, P.E., Electrical Engineer

Background

Mr. Choi has over 11 years of experience as an electrical designer, staff and lead engineer
responsible for the design, layout of all electrical design documents in industrial,
commercial, manufacturing power generation and distribution plants. Mr. Choi is
experienced in utilizing Electrical Transient Analysis Program software for load flow,
short circuit, arc flash analysis, protective device coordination studies and power system
modeling. Also has special experience with AutoCAD and AutoCAD Electrical for
creating and updating electrical interconnect wiring diagram and wire schedules.

Experience

Prolerized New England Co. Mega Shredder Project (Schnitzer Northeast) — Everett, MA
Electrical designer responsible for installation of a 9O0OHP Car Shredder motor, new
facility substation and distribution system.

Harvard University Steam Plant Upgrade Project — Cambridge, MA
Electrical designer responsible for design of No 2 and No 6 Fuel Oil Yard electrical
conduit routing plan and interconnect wiring diagram.

One Bryant Park Cogeneration Plant Project — Manhattan, NY

Electrical Designer responsible for the installation of a new 5 MW Solar Mercury 50 Gas
Turbine located in new high rise office building in Manhattan. Project included
interconnection design with the local utility's grid (Con Edison).

Pfizer Global Manufacturing Gas Turbine Installation Project — Groton, CT

Electrical designer and commissioning engineer responsible for design and installation of
a 10.7 MW Solar Mars 100 Gas Turbine. Design motor control centers, electrical panels,
entire electrical interconnect wiring diagram and installation of cable tray throughout the

plant.

VPSSA Swanton Peaker Plant Project No. 10 - Swanton, VT

Electrical designer responsible for design of interconnect wiring diagrams on electrical
distribution system, switchyard/substation for 2 qty 18.9 MW GE Gas Turbine peaking
plant.

P&G Gillette SBMC Cogeneration Facility Upgrade Proiect — Boston MA

Staff electrical engineer responsible for removing an existing boiler and install a 7.2 MW
Solar Taurus 70 Gas Turbine including design of interconnect wiring diagrams for gas
turbine generator, electrical distribution and auxiliaries. Commissioning engineer
responsible for the gas turbine generator start-up, switchgear, relay protection system,
MCC and PLC based load shed and import control system.

P&G Gillette Hazardous Area Classification Audit Project — Boston, MA

Staff electrical engineer responsible for visiting hazardous classified area within P&G
facility and examine to determine if the existing installation of equipments and wiring
methods in those areas are in compliance with the National Electrical Code (NFPA 70)

WALDRON

WALDRON

37 Industrial Ave.
Exeter, NH 03833

One Penn Plaza,
36°" Floor

New York, NY
10119

Yong-Suk Choi, P.E., Electrical Engineer

VMEU Down Unit #11 Project —Vineland, NJ

Staff electrical engineer responsible for design of a peaking plant for the city of Vineland
which includes a 75MW Rolls-Royce natural gas turbine generator and 69kV switchyard.
Project included site permitting and electric utility interconnect applications.

Yale Commissioning Project — New Haven, CT
Commissioning engineer responsible for preparation of commissioning procedures and
start-up a new emergency diesel engine paralleling switchgear, low voltage power control

center and new utility synchronizing panel.

Genor Power Plant ORC — Puerto Barrios, Guatemala

Staff electrical engineer responsible for design and installation of a 5.6 MW Turbo-
Expander Generator to existing 40 MW heavy fuel oil fired reciprocating engine plant in
Puerto Barrios Guatemala. Design electrical power and protection one-line diagrams.
Perform load flow, short circuit and coordination studies.

VMEU Clayville Unit #1 — Vineland, NJ

Staff electrical engineer responsible for design of a peaking plant for the city of Vineland
which includes a 75MW Rolls-Royce natural gas turbine generator and 69kV switchyard.
Project included site permitting and electric utility interconnect applications.

Yale Central Power Plant Arc Flash Study — New Haven, CT

Staff electrical engineer responsible to evaluate the existing electrical system at Yale
Central Power Plant and provide a complete arc flash study report. The study includes
areas that could present a risk to Yale personnel or equipment, recommend appropriate
personal protective equipment for workers and suggest adjustments to reduce incident
energy at high arc flash hazard level equipments.

DTE Marietta Cogeneration Facility Project Commissioning — Marietta, OH

Commissioning engineer responsible to prepare commissioning procedures and start-up of
anew 7.2MW Solar Taurus 70 Gas Turbine including load bank test and parallel to utility
test.

Halletts Point Combined Heat & Power Project — New York, NY

Lead electrical engineer responsible to engineering design of a micro grid combined heat
and power plant for a retail-residential development in New York City. The project
includes four (4) 800kW reciprocating engine generators and one (1) 400kW / 800kWh
energy storage system to provide 100% reliable electricity power to the building.

TWA Flight Center Hotel Combine Heat & Power Project — New York, NY

Lead electrical engineer responsible to engineering design of a micro-grid combined heat
and power plant for a hotel development in JFK Airport. The project includes three (3)
335kW reciprocating engine generators, one (1) 500kW standby diesel engine generator
and one (1) new 500kW / 1000kWh energy storage system to provide 100% reliable
electricity power to the building.

WALDRON

Yong-Suk Choi, P.E., Electrical Engineer

Tufts University Campus Energy Center Commissioning — Medford, MA

Commissioning engineer responsible for preparation of start-up and commissioning of
medium and low voltage switchgears for a new 4MW reciprocating engine generator and a
new 500kW black start diesel engine generator. The start-up and commissioning include
utility witness test TEEE-1547 test), engine generator load bank test, synchronizing a
generator to the utility, black-start, island mode and load shed test.

LDRON

Professional Qualifications

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Wentworth Institute of Technology
BS, Electronic Engineering and Technology

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Professional Qualifications
New Hampshire, PE
Massachusetts, PE
Maine, PE

New Jersey, PE

Oregon, PE

North Carolina, PE

New York, PE
Connecticut, PE

W.

37 Industrial Ave.
Exeter, NH 03833

One Penn Plaza,
36" Floor

New York, NY
10119

WALDRON ©

WALDRON

37 Industrial Ave.
Exeter, NH 03833

One Penn Plaza,
36" Floor
New York, NY 10119

Michael D. Adams, P.E., Lead Controls Engineer

Background

Mr. Adams has practiced engineering for eight years including one year in the
biopharmaceutical industry as a Process Controls Engineer, in the defense industry
for two years as a Systems Test Engineer, and in the power industry for five years as
a Controls and Mechanical Engineer. Michael has experience in all phases of facility
engineering including preliminary design, detailed engineering, startup,
commissioning, and performance testing. Specialized experience inciudes control of
mechanical systems, system validation and verification, and creation of block
diagram logic.

Experience

Halletts Point Cogeneration Project — Astoria, NY

Engineering design of an electric and thermal utility generation plant for an off-grid
residential and commercial area in New York. Project includes five reciprocating
engines, two absorption chillers, three electric chillers, 4 hot water boilers and
related balance of plant systems.

Role: Lead controls engineer responsible for control system hardware, control system
logic and sequencing for electrical and process systems, specification of
instrumentation, and design of communications networks.

Erving CHP Plant — Erving, MA

Engineering design, procurement, startup, and commissioning of CHP Plant for
Erving Paper’s Mill in Erving, MA. Project includes a 6.5 MW Combustion Turbine
with a duct fired heat recovery steam generator.

Role: Lead controls engineer responsible for control system hardware, control system
logic and sequencing for electrical and process systems, specification of
instrumentation, and design of communications networks.

Four Times Square — New York, NY
Engineering design of a CHP Plant for Four Times Square in New York. Project
includes four reciprocating engines with waste heat recovery, two absorption chillers

and two electric chillers.

Role: Lead controls engineer responsible for control system hardware, control system
logic and sequencing for electrical and process systems, specification of
instrumentation, and design of communications networks.

Longwood Medical Energy Collaborative — Boston, MA

Project Description: Economic analysis and feasibility study of installation of various
CHP options for the Longwood Medical Association in Boston, MA. Project includes
evaluation of five stand-alone CHP plants for each member against three
neighborhood CHP plants that would provide power and thermal] utilities to the
member hospitals.

WALDRON

WALDRON

37 Industrial Ave.
Exeter, NH 03833

One Penn Plaza,
36" Floor
New York, NY 10119

Michael D. Adams, P.E., Lead Controls Engineer

Role: Staff Mechanical Engineer responsible for preliminary design and layout of
CHP plants. Performed detailed 8760 hour modelling of plant operations and
economic impact for each option. Created process flow diagrams for each CHP plant

option.

Braintree Electric Lighting Department (BELD) — Braintree, MA

Project Description: Feasibility and economic study to determine the appropriate
power generation equipment to replace a 30 year old gas turbine generator at BELD’s
facility in Braintree, MA. Generators under consideration included (2) Rolls-Royce
Trent 60 Gas Turbines (128 MW total), (1) Rolls-Royce Trent 60 Gas Turbine w/
Steam Turbine (80 MWE total), and (2) GE LM6000 Gas Turbines (100 MW total).

Role: Lead Mechanical Engineer responsible for evaluation of available facilities,
preparation and analysis of unit performance data, and economic analysis of each

engine.

Clayville Unit 1 — Vineland, NJ
Project Description: Detailed engineering and design for installation of 64 MW Rolls-
Royce Trent 60 Gas Turbine for a peaking plant in Vineland, NJ.

Role: Lead Controls Engineer responsible for balance of plant control system,
network interfaces and communications between major equipment, instrumentation
and controls procurement specifications, logic for control of plant systems, and design
of fiber optic infrastructure.

Datagryd — New York, NY

Project Description: Detailed engineering and design for installation of three diesel
generators, two combustion turbines, and two exhaust-driven chillers at Datagryd’s
facility at 60 Hudson St in New York.

Role: Lead Controls Engineer responsible for complete control system solution for
the facility including creation of control architecture; instrument, valve, and controls
bid specifications; construction specifications; logic for control of plant systems; and
system process descriptions.

NRG Energy Huntley Station — Tonawanda, NY
Project Description: Preliminary engineering and design for replacement of 32
burners for Units 67 and 68, two coal-fired 1.5 million lb/hr steam boilers.

Role: Staff Mechanical Engineer responsible for creation of P&IDs and mechanical
bid specifications.

Berlin Biomass — Berlin, NH

Project Description: Owner’s Engineer for overseeing the design and engineering of
renovation of a boiler to a 75 MW biomass boiler.

WALDRON

WALDRON

37 Industrial Ave.
Exeter, NH 03833

One Penn Plaza,
36°" Floor
New York, NY 10119

Michael D. Adams, P.E., Lead Controls Engineer

Role: Staff Controls Engineer responsible for review and approval of all controls-
related documentation submitted by B&W including control architecture, system
process descriptions, I/O list, and SAMA logic diagrams.

Yale University Central Power Plant — New Haven, CT
Project Description: Performance testing, startup, and commissioning of new boiler
and diesel generator installations at Yale’s Central Power Plant.

Role: Staff Controls and Mechanical Engineer responsible for creation of
commissioning procedures for various subsystems as well as creation of boiler
performance test procedure.

DCO Energy LLC,
Project Description: Performance testing of hot water system (four 1200 HP boilers)

and chilled water system (six 2500 ton chillers) to determine if system meets design
standards.

Role: Staff Controls & Mechanical Engineer responsible for generation of
performance test procedures and performance test calculations.

University of Massachusetts Medical Center — Worcester, MA

Project Description: Detailed engineering of a 7.5 MW gas turbine plant with a high
pressure (1,100 psig, 900°F) heat recovery boiler, an electric chiller, and integration
with existing steam turbine generators and steam-driven chillers.

Role: Staff Controls Engineer responsible for responding to construction submittals
and RFIs, and creation of startup & commissioning procedures.

Vineland Municipal Electric Plant — Vineland, NJ
Project Description: Detailed engineering of a 64MW peaking power plant utilizing a
dual-fuel Rolls Royce Trent 60 turbine.

Role: Staff Controls Engineer responsible for construction submittal reviews and
RFIs as well as startup and commissioning support.

Harvard University Blackstone Station — Cambridge, MA
Project Description: Detailed engineering of the conversion of Units 11 & 12, two
multiple-burner boilers, from No. 6 fuel oil to dual-fired natural gas and No 6 fuel oil

units.

Staff Mechanical and Controls Engineer responsible for P&IDs, control architecture,
procurement specifications and construction specifications, site surveying, and
demolition plans.

WALDRON

WALDRON

37 Industrial Ave.
Exeter, NH 03833

One Penn Plaza,
36" Floor
New York, NY 10119

Michael D. Adams, P.E., Lead Controls Engineer

Neptune Wave Power — Dallas TX
Project Description: Research and development of wave power generation technology.

Role: Controls Engineer responsible for creation of control algorithms to provide for
most efficient means of power generation.

Vermont Public Power Supply Authority — Swanton, VT

Project Description: Detailed engineering, procurement, and construction of two GE
Frame 5 peaking gas turbines that will utilize bio-diesel as a fuel source. The 40 MW
plant includes a complete de-mineralized water treatment facility for water injection
/NOx control.

Role: Staff Controls Engineer responsible for preliminary design of control system
including development of control architecture.

LyondellBasell — Lake Charles, LA

Project Description: Detailed engineering, procurement, and construction of two
nominal 8.0 MW natural gas fired reciprocating engines with exhaust and jacket
water heat recovery, a single 15 MW gas turbine generator with an unfired HRSG
and two package boilers.

Role: Staff Controls Engineer responsible for control system design including
creation of control architecture; instrument, valve, and controls bid specifications;
construction specifications; and loop drawings & logic for control of plant systems.

Pfizer — Groton, CT
Project Description: Detailed engineering of 10 MW cogeneration facility with a
combustion turbine generator, heat recovery steam generator, and emissions

monitoring.

Role: Staff Controls Engineer responsible for control system design including
creation of control architecture; instrument, valve, and controls bid specifications;
construction specifications; and loop drawings & logic for control of plant systems.

One Bryant Park — New York, NY

Project Description: Detailed engineering of a nominal 4.5 MW recuperated gas
turbine, a duct-fired heat recovery boiler and a 400-ton absorption chiller. The
cogeneration plant was designed integral to the new Bank of America Tower, a high-
rise office tower located at Bryant Park in Manhattan and will supply the building’s
heating energy needs, plus a portion of its electrical and cooling energy requirements.

Role: Staff Controls Engineer responsible for control system design including

creation of control architecture; instrument, valve, and controls bid specifications;
construction specifications; and loop drawings & logic for control of plant systems.

WALDRON