Walbridge is making measurable progress toward its sustainability goals on a major manufacturing build for Ford Motor Company, leveraging construction technology to significantly reduce jobsite waste.
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The contractor has partnered with Woodchuck to manage and divert material waste during construction of the BlueOval Battery Park in Marshall, Michigan—a $2.5 billion electric vehicle battery facility currently under development.
Within just the first three months of implementation, Walbridge has already achieved 40% of its projected material savings target, underscoring the growing role of AI-driven solutions in construction efficiency and sustainability.
The collaboration centers on Woodchuck’s artificial intelligence platform, which is designed to sort and process construction debris directly on-site. Materials such as wood, cardboard, plastic and metal are identified, separated and redirected away from landfills.
“Our partnership with Woodchuck has been a game-changer,” said Ross Linton, group vice president at Walbridge, in the news release. “In just a few short months, they’ve helped us transform our waste process to one that’s measurable, trackable, and easily managed.”
By integrating the system into existing workflows, Walbridge has been able to track and validate material diversion with minimal additional labor, improving both operational efficiency and environmental performance.
Over the life of the project, Woodchuck aims to divert approximately 8,000 tons of wood and an additional 1,000 tons of mixed materials—including cardboard, plastic and metal—from landfill disposal. These materials are then repurposed into biomass products such as compost, contributing to a circular construction model.
“Transparent and real-time communication allows our team to adapt quickly to changing material waste streams on the ground,” said Sander Mathijs, Walbridge sustainability manager, in the release. “Detailed information about each load provides complete visibility not only into what is diverted from a landfill, but also into its end destination and intended use, delivering transparency and enabling measurable sustainability outcomes.”
Because the platform is designed for large, multi-phase builds, the system can be replicated across other major projects, offering contractors a scalable path toward waste reduction goals.
The BlueOval Battery Park project, which broke ground in 2023, is expected to open in 2026 and represents a critical component of Ford’s electric vehicle strategy. The facility will produce lithium-ion batteries, a key element in the shift toward electrified transportation.
Walbridge’s early success in reducing waste highlights a broader trend across the construction sector, where project owners increasingly demand environmentally responsible building practices. Contractors are responding by adopting technologies that not only lower carbon impact but also reduce costs and improve reporting transparency.
Major companies across industries are pursuing similar sustainability initiatives. For instance, tech firms are exploring mass timber construction for data centers, while logistics operators are turning facilities into testing grounds for low-carbon innovations.
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Traditionally, construction waste has been difficult to track and even harder to repurpose efficiently. AI-driven platforms like Woodchuck’s are changing that dynamic by introducing real-time data, automation and traceability into the waste management process.
For large-scale projects like BlueOval Battery Park, this shift is particularly impactful. With thousands of tons of materials moving through the site, even incremental efficiency gains can translate into significant cost savings and environmental benefits.
As sustainability expectations continue to rise, partnerships like Walbridge and Woodchuck’s may become the norm rather than the exception—especially on high-profile, high-budget developments tied to emerging industries like electric vehicles.
Originally reported by Matthew Thibault, Reporter in Construction Dive.
