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WOODARD
& CURRAN
COMMITMENT & INTEGRITY 40 Shattuck Road | Suite 110 T 866.702.6371
DRIVE RESULTS Andover, Massachusetts 01810 T 978.557.8150
www.woodardcurran,com F 978.557.7948
Via Electronic Mail
December 16, 2016
Mr. William Keating
Project Engineer
Nashua Wastewater Treatment Facility
2 Sawmill Drive
Nashua, NH 03061
Re: Water Booster Station Upgrades Project at NWTF: RFQ0265-060316
Dear Mr. Keating:
Woodard & Curran is pleased to offer the following scope of work to provide the City of Nashua, New
Hampshire (Client) specifications suitable for bidding to procure and install Water Booster Station
Upgrades at the Nashua Wastewater Treatment Facility. The Standard Terms and Conditions previously
approved by the Client shall become part of this letter Agreement.
SCOPE OF SERVICES
Phase 1 Design: Woodard & Curran shall perform the following tasks as part of the Design phase of
this project.
1. Use the existing information gathered from the hydraulic evaluation phase (performed as part of
a previous agreement) to develop a Preliminary Design Memo. This memo will identify critical
design components including but not limited to:
a.
b.
Cc.
d
Site constraints and preliminary layout;
Pump size and selection;
Building architecture appearance and materials; and
Location of line and emergency power generation.
2. Perform a detailed review of local and state permitting and regulations including and limited to:
a.
b.
Shoreland Protection Act
Assist with City of Nashua Planning Board if needed
3. Prepare 65% Design Documents. The results from the preliminary design memo will be included
in the 65% design document submittal. The major engineering information shall include:
Architectural: Work with the Client to consider building characteristics. For instance,
building may be similar to the hydrant pump house. That building appears to be a
prefab with brick fagade, ground level, well-lit and ventilated. The building appeared to
be well maintained and cleaned by the staff probably due to its ease of accessibility.
Structural: Propose a building with all pumps, valves and piping above the floor level
for ease of access and no confined space issues.
Process Mechanical: Finalize equipment layouts, hydraulics and access for
maintenance.
HVAC: Develop heating, ventilation and air conditioning (HVAC) design concepts.
Heating and ventilation design criteria will be finalized, including heaters and exhaust
fans for fresh air exchange. Energy sources including those available from the grit
