Year in Review 2024

The Baldwinsville-Seneca Knolls Wastewater Treatment Plant (WWTP) faced aging infrastructure that jeopardized operational efficiency, environmental compliance, and odor control, needing comprehensive upgrades to meet modern standards. Barton & Loguidice led a multi-phase modernization effort, completing Phase 1 in 2024 with critical upgrades to solids digestion, odor control, and operational systems. Improvements included the adoption of an advanced Autothermal Thermophilic Aerobic Digestion (ATAD) process, the installation of a plant-wide odor control system, and the integration of Supervisory Control and Data Acquisition (SCADA) technology to boost efficiency and resilience. These upgrades resolved immediate issues, ensured regulatory compliance, and positioned the facility to reliably serve the community for decades to come.

The Union Falls Road Bridge, built in 1937, required rehabilitation to address aging infrastructure, restore safe access across the Saranac River, and meet modern roadway standards. Barton & Loguidice designed a new 120-foot multiple steel girder superstructure with a cast-in-place concrete deck, widened the bridge to NYSDOT standards, and rehabilitated the original abutments with recapped and extended wingwalls. The project also included full-depth roadway reconstruction, improved horizontal curves, and durable features like jointless construction, while addressing environmental challenges such as hazardous material removal and utility relocations. This successful rehabilitation restored safe, unrestricted access, enhanced durability, and ensured the bridge meets modern transportation needs for years to come.

The City of Annapolis needed a comprehensive assessment of approximately 4,000 stormwater catch basins and inlets to support effective maintenance planning, public safety, and asset management. Barton & Loguidice conducted a phased Stormwater Inlet Asset Inventory and Inspection, utilizing standardized methods and mobile data collection tools to evaluate each inlet’s condition. The collected data was integrated into the City’s asset management system, enabling informed decision-making and targeted maintenance strategies. This project provided Annapolis with actionable insights, improved infrastructure planning, and enhanced safety for pedestrians and cyclists, building trust through transparent and efficient solutions.

The City of Syracuse wanted to enhance recreational access to Onondaga Creek by adding a kayak and canoe launch at the Kirk Park overlook platform, requiring a design that prioritized accessibility, safety, and environmental integration. B&L developed an accessible concrete ramp and launch landing, supported by natural stone and concrete retaining walls, with integrated features like handle rungs and a landing ledge for user convenience. The design preserved the existing overlook platform and enhanced the riparian corridor with native shrubs to maintain views and ecological health. This project successfully improved water access, connecting the community to Onondaga Creek, and balanced functionality with environmental stewardship.

Cecil County’s Central Landfill required a new disposal cell, Cell 2, to accommodate a horizontal expansion in a challenging valley-fill configuration. Barton & Loguidice managed all phases, from pre-design investigations to construction oversight, addressing soil testing, groundwater monitoring, regulatory approvals, and tie-ins with existing infrastructure. The design included landfill gas system upgrades, leachate collection, stormwater management, and access roads, ensuring seamless integration and regulatory compliance. B&L’s innovative solutions and detailed planning maximized landfill capacity and operational efficiency. This project supports Cecil County’s long-term waste management goals while addressing environmental challenges.

The Town of Penfield faced ongoing flooding and erosion along Allens Creek, threatening public safety, damaging property, and degrading habitats. Barton & Loguidice developed a phased restoration plan, starting with geomorphic assessments, prioritizing goals with stakeholders, and implementing targeted solutions like channel grading, natural bank protection, and buffer enhancements. These measures stabilized the stream, reduced erosion, and improved water quality and habitat. The project’s success lies in its innovative techniques, stakeholder collaboration, and a comprehensive approach that provided lasting benefits to the community and a model for sustainable stream management.

The Town of Manlius wanted to repurpose its 32-acre closed landfill into a community solar development. Barton & Loguidice secured NYSDEC change-of-use approval and designed a solar array with cast-in-place concrete ballasted racking to protect the landfill cap. The 4.35 MW (AC) solar array transformed the site into a renewable energy resource for residents through a subscription service. The project also generates long-term revenue for the town through a lease agreement with Abundant Solar Power.

Ulster County aimed to address climate change by developing its first Community Climate Action Plan (CCAP), requiring a comprehensive strategy to reduce greenhouse gas (GHG) emissions and inclusive community engagement. B&L assisted by creating an updated GHG emissions inventory, analyzing climate studies, and collaborating with stakeholders, including Bard College students and disadvantaged communities, to guide the plan’s development. Through outreach efforts like surveys, public meetings, and bilingual resources, they ensured accessibility and alignment with community priorities. The resulting CCAP offers actionable strategies and detailed project profiles, positioning Ulster County as a leader in equitable and effective climate action.

Steuben County wanted to repurpose its landfill gas resource after purchasing a previously developed Landfill Gas-to-Energy facility. The challenge involved identifying an alternative beneficial use for the gas while considering environmental, economic, and technological criteria. Barton & Loguidice assisted the County by developing a comprehensive RFP and evaluating five proposals based on net revenue, environmental impact, job creation, and operational benefits. Waga Energy was the selected partner with a proposal to develop a landfill gas to renewable natural gas (RNG) project. B&L supported the County and Waga Energy through the permitting and engineering phases to enable the RNG facility commissioning in early 2024. This project exemplifies a strategic approach to landfill gas utilization, providing lasting environmental and economic benefits for the region.

In January 2024, severe storms destroyed the Wopowog Road Bridge in East Hampton, cutting off access for residents and wildlife. Barton & Loguidice quickly designed and delivered a modern 12’x6′ box culvert system with safety upgrades and a riparian shelf for wildlife passage, completing the project by September 2024, a process that usually takes years. The environmentally conscious design included wetland restoration plans and protective measures for species. By balancing efficiency, ecological stewardship, and safety, B&L restored this vital connection for the community.

The Village of Adams sought to rehabilitate its 2.87-acre community park to create a more functional, inclusive space and enhance ecological value. Barton & Loguidice developed a master plan through community engagement, including surveys and collaboration with the Adams Community Park Committee. The final design incorporated accessibility, sustainability, and phased improvements, featuring play areas, pathways, tree plantings, and park amenities. B&L supported the Village in securing $322,000 in funding from the OPRHP Environmental Protection Fund, matched by local contributions, for Phase 1 improvements. Completed in 2024, these upgrades transformed the park into a vibrant, multi-generational hub. The project ensures the park will continue to serve the community as a welcoming space for years to come.

The Albany Water Department needed to replace outdated and noncompliant UV disinfection reactors at the Loudonville Reservoir. Barton & Loguidice designed a new system to inactivate giardia, cryptosporidium, and viruses effectively, using cost-saving measures like T1 challenge organisms and owner-furnished equipment. Computational fluid dynamics modeling validated the UV dose, eliminating the need for costly infrastructure modifications. The project achieved regulatory approval, improved water quality, and enhanced public health protection while saving significant costs.

The Madison Street Bridge in Wellsville required significant structural improvements due to deficiencies and its challenging urban site near utilities and a railroad. Barton & Loguidice designed a cost-effective solution by replacing the three-span structure with a simplified single-span bridge, rehabilitating existing substructures, and incorporating modern features like elastomeric bearings, enhanced pedestrian safety elements, and semi-integral abutment details. The project also included roadway reconstruction, lead paint removal, and coordination with the WNY & PA Railroad to minimize disruptions. This successful replacement addressed structural issues, improved safety and accessibility, reduced maintenance needs, and delivered long-term value to Allegany County.

Del-Co Water, which serves seven Central Ohio counties, faced challenges managing its extensive infrastructure due to an outdated and inefficient maintenance system. Barton & Loguidice implemented IBM Maximo Enterprise Asset Management, integrating GIS, financial, and billing systems while enabling mobile access for field teams and providing staff training. This modernization improved efficiency, accuracy, and decision-making, empowering staff to make data-driven infrastructure decisions with confidence. By tailoring the solution to Del-Co’s needs, B&L helped the utility support growth, enhance operations, and maintain reliable service for its community.

After a fire in 2019 destroyed the Village of Barker’s historic Village Hall and library, the community faced the challenge of rebuilding a facility that honored its legacy while meeting modern needs. Barton & Loguidice designed a 5,000-square-foot, single-story building that included administrative offices, a library with modern amenities, and shared spaces for staff and public use. By placing the new structure on the original site, the design preserved the location’s historical significance while providing a functional and contemporary space. The project’s completion restored a vital community resource, symbolizing resilience and the balance between heritage and progress.

The City of Fulton faced challenges along its Oswego River waterfront, including street flooding, embankment erosion, and stormwater runoff affecting water quality. Barton & Loguidice provided planning, grant support, and a feasibility study to address these issues, designing green infrastructure (GI) solutions like bioretention areas and native plantings to manage stormwater and mitigate flooding. With over $1.18 million in secured funding, B&L completed final designs and oversaw construction, integrating GI practices into the trailhead, parking areas, and right-of-way. The project successfully improved water quality, reduced flooding, restored native vegetation, and revitalized the waterfront for public enjoyment and ecological health.

The Village of Clayton faced severe inflow and infiltration (I&I) during storms and snowmelt, overwhelming its wastewater system and causing the potential for harmful combined sewer overflows into the St. Lawrence River. B&L implemented innovative solutions, including increasing pump station capacity, constructing a diversion vault, and introducing New York State’s first cloth-media filtration system to manage excess storm flow. Key upgrades included 3,200 feet of new forcemain, advanced filtration and disinfection facilities, and a transition to non-contact UV disinfection. These improvements resolved overflows, ensured compliance, and delivered clean effluent to the St. Lawrence River, protecting public health and preserving its ecological and recreational value.

The City of Watertown aimed to revitalize its downtown, addressing safety, connectivity, aesthetics, and the creation of vibrant public spaces in areas like Court Street, Coffeen Street, Lachenauer Plaza, Washington Square, and Franklin Street. Barton & Loguidice provided planning and design services, implementing ADA-compliant pedestrian infrastructure, traffic calming measures, drainage and utility improvements, and aesthetic enhancements such as street trees, ornamental lighting, and colorful paving. Specific highlights include transforming Lachenauer Plaza into an inviting public space with landscaped plantings and a lit fountain, improving access and pedestrian amenities at Washington Square, and enhancing Franklin Street with raised planter beds for businesses. The project upgraded aging utilities, integrated streetscape elements, and preserved the City’s historic character. Key outcomes included safer pedestrian crossings, improved connectivity, and attractive public spaces for residents and businesses. Watertown’s downtown now offers a cohesive, modernized environment that supports its community and historic charm.

The Central New York region needed an updated database of premier development sites across five counties to support economic growth. Barton & Loguidice collaborated with regional organizations to create an interactive web-based GIS platform, consolidating extensive data, including zoning, infrastructure, environmental attributes, and conceptual site plans. The platform features dynamic tools like drone imagery, interactive mapping, and printable profiles for flexibility in sharing and updating site information. This state-of-the-art resource showcases top development sites, empowering stakeholders to attract investment and advance regional development initiatives.

Franklin County needed to expand and modernize its Highway Garage to accommodate operations and improve staff facilities. Barton & Loguidice designed a 2,400-square-foot office addition and 4,400-square-foot covered storage space, integrating them seamlessly with the existing building. The project also included interior renovations, new fire alarm systems, and updated windows for better lighting, along with exterior recladding for aesthetic consistency. The result is a functional, cohesive facility that meets the County’s needs for space and usability while offering a modern and professional appearance.

The Kingston Rail Trail project, now the O&W Connector, aimed to link downtown Kingston with the O&W Rail Trail in Hurley, enhancing the regional non-motorized transportation network while addressing environmental, utility, and right-of-way challenges. Barton & Loguidice provided design, permitting, and construction services, repurposing railroad bridges to span wetlands and creeks and creating trailhead amenities for improved accessibility. The project required extensive coordination with Central Hudson Gas & Electric to safely construct the trail below high-voltage transmission lines and near a substation. The result is a seamless, sustainable trail segment connecting Kingston to over 30 miles of trails, promoting mobility and regional trail use.

The Clinton County Business Innovation Gateway, formerly the Clinton County Airport, required redevelopment to transform its 450 acres into a hub for industrial and manufacturing growth. Barton & Loguidice provided infrastructure improvements, including a roadway, utilities, and six shovel-ready lots, while securing $4.5 million in state and federal funding. Collaborative planning with stakeholders ensured the site’s functionality and future expansion potential. This project revitalized the area, paving the way for economic growth and sustainable redevelopment.