@TRC
and the soil management of metals contaminated historical fill. Our goal was to
reuse the soil on site to reduce disposal cost and keeping the over budget
reduced.
City of Boston (DND) — Dorchester, MA (Project Manager/Engineer: 201 3)
Served as Project Manager for several ASTM Phase |’s for the City of Boston.
The vacant lots were being converted to community gardens.
IBM ~ Essex Junction, VT (Project Manager/Engineer: 2012 - Present)
Mr. Gill worked as a project engineer to improve the efficiency and reduce the
annual operation cost of the current SVE system. The SVE system is a single
blower connected to several areas of concern. | was able to re-evaluate the
individual areas and reduce the amount of suction needed which reduced the
amount of energy needed and cause a net savings while still removing
contaminates from the soil. In addition he has been developing ways to optimize
the groundwater treatment system. He has been involved in data management
and quarterly reports to the state. Performed a project assessment and
developed a plan to abandon unused monitoring wells and reduce the risk of
additional contamination form accidental spills.
City of Boston (DND) — Mattapan, MA (Project Manager/Engineer: 2012)
Mr. Gill served as Project Manager working under the Brownfield program for the
former Cote Ford site in Mattapan. Inventoried and redeveloped existing
groundwater monitoring wells installed almost 20 years ago. Collected ground
water samples and compared them to current standards and to determine if
natural attenuation has cleaned up the site to clear its current restrictions. Work
was documented in an ASTM Phase II report.
NSTAR Kendall Station - Cambridge, MA (Project Manager/Engineer: 201 2)
Mr. Gill served as Project Manager for the design, permitting, and installation of a
new duct bank connecting two substations. The duct bank route passed through
several different types of contaminated areas and required additional notifications
and requirements. Mr. Gill managed the coordination of six different companies
to insure the completion of the project on-time and on-budget.
Young’s Corner Station Bangor Hydro Electric Company (Project
Manager/Engineer: 2011)
Mr. Gill designed and implemented a hydrogen peroxide application system to
remediate a glycol spill form the cooling system to a diesel electric engine.
Applied over 200 gallons of peroxide into the area over the course of two days.
Monitored the exothermic reaction to insure no damage to the underground
electric cables and grounding grid. Also monitored for hydrogen buildup to insure
minimal risk of fire around the engines.
MADOT NOx Monitoring Network — Boston, MA (Project Manager/Engineer:
2011)
