City of Nashua, NH - Pump Station Upgrades. Project Manager for the final design of upgrades to 13 wastewater pump
stations and one combined sewer overflow pump station. The project also included design of a new force main installed
under the Nashua River. The force main was installed by horizontal directional drilling. Responsible for the technical review
of the pump and force main design, selection of pump technology, and development of plans and specifications for the
project. Oversaw permitting efforts with NHDES and local agencies.
Town of Acushnet MA - School Pump Station Replacement. Project Manager for the replacement of an existing
Gorman-Rupp suction lift pump station serving the Town's school complex. Evaluated options for improvements,
developed system curve for force main, and prepared cost estimate for the project. Oversaw the development of plans and
specifications for the pump station replacement. Project Manager for the project during construction administration.
City of Portsmouth, NH — Sanitary Sewer Infiltration and Inflow Study. Project Manager for investigations of the City’s
sanitary sewer collection system to reduce infiltration and inflow into the collection system. Project included flow isolation
of 150,000 LF of sewer, smoke testing of 200,000 LF of sewer, CCTV inspection of over 50,000 LF of sewer, as well as
dye testing and private property surveys. Responsible for the final report summarizing the data, which was submitted to
EPA to meet the requirements of an Administrative Order. Developed a phased schedule for rehabilitation work with the
City.
City of Portsmouth, NH — Sewer Rehabilitation Contract. Project Manager for a rehabilitation contract to repair sewer
infrastructure identified as contributing to infiltration and inflow in previous studies. The project used a variety of
rehabilitation techniques to address the defects identified, included trenchless rehabilitation methods.
Town of Tyngsborough, MA - Infiltration/Inflow Analysis Report. Project Manager for an evaluation of infiltration and
inflow in the collection system of Tyngsborough, MA. Managed subcontractors that deployed ten flow meters in the
collection system. Analyzed data to determine the influence of infiltration and inflow in the collection system. Developed
recommended plan for additional studies and improvements to the collection system to reduce I/I. Findings of the study
were documented in a report and submitted to Massachusetts DEP. Phase 2 of the project included night flow isolation,
CCTV inspection of areas with high infiltration, smoke testing, and dye testing to identify sources of I/I in the collection
system.
Massachusetts Clean Energy Center — Test Bed Feasibility Study. Project Manager for a feasibility study which
evaluated the possibility of developing “test bed” centers for pilot testing of emerging wastewater technologies. Evaluated
existing conditions at three potential sites and developed a recommended plan for constructing test bed facilities, including
recommendations for building size, pump sizing & layout, electrical and instrumentation controls. Developed cost estimates
for the implementation of the test beds. Managed subcontractors who performed a network analysis and project cash flow
for the potential facilities. Responsible for the final report which summarized the results of the engineering and market
analysis.
City of Portland, ME - Curtis Road Pump Station Replacement. Project Manager for the replacement of an existing
Gorman-Rupp suction lift pump station with an upgraded system. Responsible for reviewing all aspects of design, including
pump capacity analysis and sizing, and development of plans and specifications. This project was delivered using a
design-build approach.
City of Portland, ME - Franklin Street Pump Station Upgrades. Project Manager for the upgrades to the Franklin Street
Pump Station. This project included installation of a new channel grinder, replacement of slide gates and valves,
evaluation of flow meter technologies, and upgrades to the electrical distribution system and HVAC systems. Evaluated
odor control technologies for potential implementation. Managed subcontractors for hazardous materials assessment of
the station. This project was delivered using a design-build approach.
