The Village of Westmont is spearheading multiple infrastructure projects aimed at improving functionality, safety, and aesthetics for the community. Ranging from alley reconstructions to large-scale water storage initiatives, these developments will bring significant benefits to both residents and businesses. Below, we explore the construction and design elements of these projects, along with the critical roles played by workers in bringing these plans to life.
Residential Alley 10N Reconstruction Project
Construction Scope:
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Upgrading a gravel alley with durable asphalt pavement.
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Installing concrete edge restraints to enhance structural integrity.
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Implementing a storm sewer system for better drainage and water management.
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Conducting full site restoration to ensure long-term usability and aesthetics.
Project Developments:
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Nicor is relocating gas mains to adjacent roads, setting the stage for safe excavation.
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Residents will be notified directly once a start date is confirmed.
41st and Lincoln Watermain Extension Project
Village of Westmont reports on these Design and Construction Details:
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Installation of 2,025 linear feet of 8” PVC watermain, a durable and cost-effective pipeline material.
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Addition of gate valves and fire hydrants to improve water accessibility and emergency response capabilities.
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Funded by a $700,000 grant from the American Rescue Plan Act, reinforcing its importance to public infrastructure.
Construction Considerations:
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Preconstruction meetings with contractors will ensure a smooth transition from planning to execution.
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Workers will be involved in trench excavation, pipe installation, and backfilling, requiring strict adherence to safety protocols.
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Residents will be kept informed about construction schedules and potential disruptions.
Washington and Traube Infrastructure Improvements
Major Construction Components:
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Laying 5,700 linear feet of 8” PVC watermain to improve water distribution.
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Installing 3,300 linear feet of storm sewer to reduce flooding risks.
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Resurfacing roads and upgrading curbs and gutters for safer, smoother traffic flow.
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Enhancing pedestrian walkways and sidewalks for better accessibility.
Challenges and Worker Impact:
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Coordinating underground utility installations alongside surface enhancements requires precision and teamwork.
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Skilled labor is needed for milling and resurfacing operations to achieve a durable, high-quality roadway finish.
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Utility crews must work carefully around existing lines, requiring meticulous planning and execution.
Quincy Streetscape Phase 2
Design Enhancements:
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Improving ADA accessibility for inclusive pedestrian movement.
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Expanding parking facilities at Village Hall, requiring strategic paving and space utilization.
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Introducing a mid-block crossing to enhance pedestrian safety.
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Landscaping and restoration work to create a visually appealing streetscape.
Project Execution:
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Currently in the bidding phase, with contractor selection expected by April 3, 2025.
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Construction will involve multiple disciplines, including concrete work, asphalt paving, and landscape installation.
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Traffic management coordination will be necessary to minimize disruptions during construction.
2025 MFT Street Resurfacing Project
Scope of Work:
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Resurfacing approximately two miles of roadways across various locations in the Village.
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Conducting surface grinding and base repairs to extend roadway lifespan.
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Addressing curb, gutter, and sidewalk repairs, including ADA compliance upgrades.
Worker Considerations:
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Operating heavy machinery for milling and paving requires experienced professionals.
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Traffic control measures must be in place to ensure the safety of both workers and the public.
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Weather conditions will play a key role in scheduling asphalt applications to maintain high-quality results.
North Elevated Water Storage Tank
Project Overview:
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Construction of a 1,000,000-gallon elevated water storage tank to strengthen the Village’s water supply system.
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Installation of an altitude valve, site piping, and electrical components.
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Site preparation, including excavation, culvert work, and foundation development.
Construction and Design Elements:
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Contractor mobilization involves surveying, demolition, and equipment deliveries.
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High-strength materials and precise engineering will ensure structural longevity and safety.
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Due to the scale and complexity of the project, strict safety measures will be implemented throughout construction.
2025 Westmont Sidewalk Program – S Wilmette Street
Infrastructure Enhancements:
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Constructing new sidewalks to improve pedestrian connectivity.
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Installing ADA-compliant ramps to enhance accessibility.
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Implementing proper grading and drainage solutions to prevent water pooling.
Project Execution:
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Surveying and engineering design are currently in progress, with construction scheduled for summer 2025.
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Workers will engage in excavation, concrete pouring, and finishing work to ensure high-quality sidewalks.
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Coordination with utility providers may be necessary to avoid conflicts with underground infrastructure.
Conclusion
Westmont’s infrastructure projects demonstrate a commitment to technical precision, worker expertise, and community-focused design. From alley reconstructions to large-scale water storage systems, these developments require careful planning and execution. For construction workers, these projects offer opportunities to apply diverse skill sets, including excavation, paving, pipe installation, and structural engineering. As these projects progress, they will significantly contribute to Westmont’s long-term sustainability and livability.
