The challenge
Wood waste generated in the United States in 2018
Source: U.S. EPA 2018 materials management estimates. The total combines the two categories shown.
The recovery opportunity
Building factories, data centers, and infrastructure generates pallets, lumber, and other wood waste. Sorting wood on site gives usable material a path to reuse, recycling, or biomass fuel. What happens next determines how much carbon the project can avoid.
Wood carries stored carbon into a landfill. Some stays buried, while the portion that breaks down can release methane and carbon dioxide. Recovering usable wood creates an opportunity to avoid those emissions. The net climate benefit depends on how the wood is transported, processed, and used.
EPA analysis of wood disposalBiomass plants need a reliable supply of fuel that meets their specifications. When deliveries fall short, a plant may have to cut output or rely on permitted backup equipment. At plants that burn biomass alongside coal, fewer wood chips can mean more coal. Some facilities can use oil-fired backup equipment where permitted.
U.S. Department of Energy on feedstock supplyAn earlier Logistics Cluster estimate found that more than half of U.S. waste wood could be recovered but went unrecovered. In 2018, the EPA estimated that about 7.5 million U.S. tons of construction and demolition wood went to fuel and 3.7 million went to mulch, compost, or manufactured products.
Logistics Cluster wood factsheetWoodchuck connects the job site to the next use. We help crews separate and recover wood, prepare suitable material for biomass partners, and document what was diverted and where it went.
The operational challenge
When trades, material volumes, and schedules change, waste managers need to adjust quickly, control hauling costs, and keep usable material moving to recovery. Fixed pickup schedules and disconnected records make it harder to spot a problem and act before it slows the site down.
Woodchuck helps plan the job-site layout and adjusts container placement and pickup schedules as work shifts between trades and phases. Where on-site processing can replace off-site hauls, it can lower both transportation costs and CO₂ emissions.
Our software tracks pickups, loads, and material types and uses those records to automate billing. Project teams can trace charges back to the work performed, spot discrepancies, and see where unnecessary trips or mixed loads drive up costs.
Each phase brings different materials, volumes, and site demands. As the scope changes or schedules shift, Woodchuck can adjust collection, hauling, and recovery to fit what the job needs at that stage.
Woodchuck applies Industry 4.0 methods to waste management. Our teams use digital load records and AI-assisted material identification to coordinate collection, sorting, and recovery on site. The same records feed diversion reporting and help teams adjust the plan as the project evolves.
See our solutionDifferent trades generate wood, cardboard, plastic, metals, and other materials at the same time. Mixed loads can make otherwise usable material harder to recover.
A pickup ticket tells you a load left the site. Project teams also need to know which facility received it and what happened to the material there.
Disconnected tickets and spreadsheets make it harder to reconcile diversion totals and explain the results to owners and sustainability teams.
Share your location, timeline, and the materials you need to manage.