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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
Background
Jeremy Smith has six years’ experience as a power plant operator and fifteen years’
experience in consulting, design, and management of commercial and industrial
facilities. Jeremy is experienced in all phases of facility design; Cost/Benefit Analysis,
Schematic, Design Development, and Construction Management. He has performed
field surveys and inspections, prepared plans and specifications, developed
construction and operational cost estimates. Specialized experience includes:
industrial boilers combustion controls, fire Alarms, DCS/PLC programming,
cogeneration (also referred to as combined heat and power) power projects, Burner
Management Systems (BMS), district thermal loops, pulp & paper mills, heat
balance, performance tests, instrumentation and controls, historian programming.
Specialty Gas
Martignetti Liquors Facility — Taunton, MA
Waldron Engineering was contracted by Nuvera Fuel Cells to complete the
installation of a Hydrogen Fuel Cell refilling station to service the Martignetti
Liquors Facility in Taunton, MA. Additionally, two locations inside the facility
received dispenser equipment. The dispenser locations were selected to minimize
impact on plant operations. .
Role: Project Manager/Lead Engineer
NACCO Materials Handling Group Development Center — Fairview, OR
Waldron provided engineering, design and consulting services in support of obtaining
required permits for a hydrogen fueling station. The station located at a NACCO
Materials Handling Group facility where counterbalanced forklift trucks are
manufactured. The project involved the installation of Nuvera Fuel Cells PowerTap®
hydrogen generation, compression, storage, and dispensing equipment to provide
hydrogen for fuel cell forklifts operating at the facility.
Role: Project Manager/Lead Engineer
NACCO Materials Handling Group Development Center — Greensboro, NC
Waldron provided engineering, design and consulting services in support of initial
design work for a forklift refueling skid for the NMHG facility with dispensers.
Role: Project Manager/Lead Engineer
MBTA Facility — Charlestown, MA
Nuvera Fuel Cells contracted with Waldron for the engineering and design for the
MBTA facility in Charlestown, MA. The project included the installation of a
Hydrogen Fuel Cell refilling station to service MBTA buses.
Role: Project Manager/Lead Engineer
Nuvera Fuel Cell Facility — Billerica, MA
Waldron Engineering provided Nuvera Fuel Cells with engineering and design
services for the NFC Facility in Billerica, MA. The project included the installation of
a Hydrogen compression equipment pad at Nuvera Fuel Cell’s Billerica facility.
Role: Project Manager
WALDRON ENGINEER
WALDRON
37 Industrial Ave.
Exeter, NH 03833
One Penn Plaza,
36" Floor
New York, NY 10119
Jeremy P. Smith, P.E., Project Manager
Industrial Boiler Plant
Harvard University — Cambridge, MA
Managed all aspects of engineering, procurement, and commissioning for a complete
control and BMS retrofit of Boiler 11 (200kpph, 400 psig) and Boiler 6 (L0Okpph,400
psig) , bringing the existing outdated systems into compliance with modern codes and
instrumentation.
National Resources Group-Huntley — Tonawanda, NY
Project Manager for an engineering study project to refine options and initial design
for a gas firing retrofit of coal/fuel oil units 67 & 68 (1470 kpph, 2460 psig) for the
facility.
Wheelabrator Technologies -North Broward — Pompano Beach, FL
Project Manager for an engineering study of boiler performance and retrofit options
for LFG conversion for three MSW/NG boilers (186 kpph, 850 psig).
Utility and Power Plant
Lyondell Basell Cogeneration — West Lake, LA
Control programming and integration of the balance of plant controls for the 30 MW,
three generator facility with five steam generators.
Pfizer — Groton, CT
Fire Protection Engineer for the 10 MW CHP project. Controls Engineer responsible
for the control programming and integration of the balance of plant controls for the
cogeneration facility.
Biogen Idec — Cambridge, MA
Control systems FAT and SAT, integration efforts, and implementation of control
system training program for the 5 MW cogeneration facility.
P&G Gillette World Headquarters — Boston, MA
Responsible for the control systems, fire protection, and environmental monitoring
for the combustion turbine, CEMS, HRSG, and Gas Compressor at the 7.2 MW
cogeneration facility.
One Bryant Park — New York, NY
5 MW recuperative turbine cogeneration project --specification wiring, bidder
reviews, equipment selection, and vendor interface design.
Consolidated Edison Development — West Springfield, MA
Dual fuel conversion project.
Vineland Howard M Down Unit 11 — Vineland, NJ
Utility Grade Simple cycle combustion turbine project. Responsibilities included
project management of the engineering, design, and permitting support for a 64 MW
WALDRON ENGINEERING é
WALDRON
37 Industrial Ave.
Exeter, NH 03833
One Penn Plaza,
36" Floor
New York, NY 10119
Jeremy P. Smith, P.E., Project Manager
Utility power project for the Vineland Municipal Electrical Utility. Oversights of Air
permit, site planning, state, and county reviews. Engineering budget for this $70+
million project was $2.2 million
Federal Government
(district heating loop --dynamic response modeling, control component sizing, control
algorithm design, and control logic diagrams)
institutional
Harvard University — Cambridge, MA
Boiler 13 project-facilities automation upgrade for a dual-fired large industrial boiler,
new fuel oil storage & distribution system, new steam turbine, new electrical
distribution system, additions to the balance of plant instrumentation and controls.
Harvard University — Cambridge, MA
Boiler 11&12 project-Project Management of the facilities automation upgrade for a
dual-fired large industrial boilers, retrofitted burner, and upgraded gas trains.
Replacement of CCS and BMS systems. Waldron was the engineer and the supplier
of the upgrade components. Responsible for permitting to support project
requirements
UMass Medical School — Worcester, MA
Facility upgrade to add a 7.5 MW turbine, HRSG, CEMS, chiller, and gas
compressor. Responsibilities included the control systems, fire protection, and
environmental monitoring system.
NECCO (Revere Energy Corp) — Revere, MA
Project Manager for facility upgrade project including Plant HVAC upgrades,
personnel protection insulation survey and installation, air compressor emergency
cooling modifications, air handler modifications, battery room venting retrofit,
emergency generator shelter structure, heat exchanger change out for jacket and
auxiliary water systems, master fuel trip installation, explosion relief valve retrofit,
and feed water system modifications.
Columbia University — New York, NY
Facility upgrade study comparing options for Brayton combustion turbine against
recuperative, Otto, and rankine cycle plants, responsible for control systems, fire
protection, and environmental monitoring system, loads and emissions profiles.
Professional Qualifications
BS, Mechanical Engineering, University of New Hampshire
Associate, Technical Writing, University of Phoenix
WALDRON ENGINEERING & CONST
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
September 26, 2016
To: Liz Fitzgerald
| am pleased to share Salt Lake’s experience in working with Welcoming America and the
advantages of tapping into a network of supporting peers throughout the nation.
The Salt Lake region is a fast-growing, increasing diverse area. In responding to the needs of
our residents, Salt Lake County recognized the opportunity to engage in the creation of
comprehensive strategies to maximize the contribution of new Americans now, and in the
future. To succeed our local initiative must build on national best practices. Salt Lake County’s
partnership with Welcoming America reaches its one-year anniversary this month. In spite, our
community’s independent spirit and our preferences of state/ local sovereignty, our
partnership with Welcoming Amerian is valuable. Welcoming America has provided us with the
opportunities to network, valuable one-on-one technical assistance, and access to webinars.
Being a welcoming community is vital to our future. Similar to the National Association of Counties
(NACO), the National League of Cities (NLC), Welcoming America provides programs/services, education
development, research/data and communication tools to help you achieve your community’s welcoming
objectives.
| look forward to welcoming Nashua County to the network.
Sincerely,
Ze Min Xiao
Community Innovation Manager
Welcoming Salt Lake
Salt Lake County
J. Unit prices listed shall be the basis of cost adjustment for additional items of work
required by a change order.
All prices shall include transportation and disposal of excess materials at the City
landfill as applicable.
L. Unit and lump sum prices shall reflect salvage value of all pipe materials and
appurtenances removed as part of the work.
M. All prices shall include costs related to filing and obtaining applicable licenses and
permits from local and state agencies.
PART 2 - DESCRIPTION OF PAY ITEMS
2.01
A.
SANITARY SEWER AND DRAIN ITEMS
REMOVE AND REPLACE EXISTING SEWER, DRAIN AND SEWER
SERVICE LINES
Measurement:
The quantity to be measured under the various subdivisions of ITEM 1 (A thru
L) for removal and replacement of existing sewer and drain lines will be
measured, complete-in-place, by the LINEAR FOOT along the completed
actual length of installed pipeline.
Payment:
The accepted quantity of sewer, drain or sewer service pipe installed shall be
paid for at the contract unit price under the appropriate subdivisions of ITEM
1 (A thru L) and shall constitute full compensation for removal and disposal of
the existing sewer pipe and surplus material from the pipe bedding and sand
blanket, and furnishing and installing a new PVC pipe of the appropriate size
and material, including but not limited to handling of existing storm and
wastewater flows, by- pass pumping, excavation, pipe bedding and sand
blanket, backfill, removal and disposal of surplus and unsuitable materials at
the City landfill, testing and video inspections, furnishing all materials, labor,
tools, and equipment necessary to complete the work complete in place, all as
specified in these Specifications and as directed by the Engineer.
NOTE:
1. The restoration of the pavement and base course gravels shall be paid for
separately under the appropriate ROADWAY RESTORATION contract
items.
2. Removal and disposal of existing asbestos pipe shall be paid for under
ITEM 3 in addition to the payment under the various subdivisions of ITEMS
1 (A thru L).
2022 Sewer Replacement Project Measurement and Payment
Nashua, NH 01150 - 2
