B&L provided the design and construction administration and inspection for upgrading the Energy Recovery Facility's equipment. The project included construction of a new building to house the state-of-the-art air pollution control system and replacement of the existing four boilers with two new, larger boilers.

Sullivan County 

B&L provided site development, architectural, and engineering services for a new emergency services training facility on a previously underdeveloped 12-acre site, building design for a 60 x 150-foot pre-engineered classroom/training and vehicle storage facility, and a 3-story tower for live burn fire training activities, along with other various storage and accessory structures.  The building design consisted of a 900-square-foot, single story, pre-engineered metal building to accommodate classrooms, office areas, and six vehicle storage bays.  The 1,100-square-foot fire training tower was a pre-engineered metal building that included interior mechanical/electrical services, two-story residential section, full attic section, a 3-story tower, two training pads, and site utilities for power.

In support of the design/build architectural firm, B&L provided the mechanical, electrical, plumbing, and fire protection design for the new community recreational facility, which is currently under construction. The new facility incorporates a 22,000- square-foot natatorium area with two swimming pools, a two-story 28,000-square-foot common lobby area, and a 41,000-square-foot ice rink area.

Oneida Herkimer Solid Waste Management Authority

Barton & Loguidice was retained by the Oneida-Herkimer Solid Waste Management Authority to design the Ava Regional Landfill Facility, including the site development, roadways, and building facilities. The building facilities included the engineering design of an administrative office building connected to a maintenance garage, cold storage garage buildings, salt storage barn, main leachate pump station, leachate load-out facility, weigh scales, and vehicle/equipment fueling system. The building facilities included several types of designs for each structure. These included masonry-wood structures, steel framed metal sided structures, cast-in-place concrete structures, and a wooden pole barn type structure. For each facility, B&L provided the engineering design of the architectural, structural, civil, mechanical, plumbing, and electrical systems as were required for each type structure and usage. These systems included structural systems and supports, HVAC systems, bathroom and locker room facilities, plumbing systems, lighting, and power distribution systems.

Included in the facilities portion of the project was the design of a multi-fuel fleet fueling system. The fueling system incorporated two aboveground 5,000 gallon diesel storage tanks, one high speed (22 gpm) and one super speed (50 gpm) diesel fuel dispensers, fleet fueling management control system, leak detection and fuel monitoring systems, and spill containment and countermeasure control for the regulatory compliant collection and management of stormwater at the fueling facility area.