Why Reclaimed Wood Matters
The construction industry is responsible for approximately 40% of global CO₂ emissions and generates over 600 million tons of waste annually in the United States alone. A significant portion of that waste is perfectly usable lumber — structural beams, flooring planks, wall framing, ceiling joists, and decorative trim that could serve another century of use if given the chance.
When a building is demolished instead of deconstructed, its wood typically goes to a landfill where it slowly decomposes anaerobically, releasing methane — a greenhouse gas 80 times more potent than CO₂ over a 20-year period and 25 times more potent over 100 years. Meanwhile, new trees are cut to produce replacement lumber, compounding the environmental cost through deforestation, habitat destruction, soil erosion, and the energy-intensive processes of logging, milling, treating, drying, and transporting virgin timber — often over thousands of miles.
Reclaimed lumber breaks this cycle. By rescuing and reprocessing existing wood, we simultaneously reduce landfill waste, prevent new deforestation, and avoid the energy-intensive process of producing new lumber from scratch. The carbon that was sequestered in those trees decades or centuries ago remains locked in the wood fibers, continuing to serve as a carbon sink rather than being released back into the atmosphere.
The math is striking. For every 1,000 board feet of reclaimed lumber used in place of new, approximately 620 kg of CO₂ emissions are avoided, 18,400 gallons of water are conserved, 3,350 kWh of energy are saved, and 7.7 mature trees remain standing. Scale that across the 2.4 million board feet we have processed since 2009, and the cumulative impact becomes significant: over 3,200 tons of carbon offset, 47 million gallons of water saved, and 18,500 trees preserved.
Beyond the environmental mathematics, reclaimed wood carries an inherent value that new wood cannot match. Old-growth timber — the kind found in pre-war buildings throughout New York City — was harvested from trees that grew for 150 to 500 years in virgin forests. Those forests no longer exist in commercial quantities. The wood they produced — with its tight growth rings, high density, natural rot resistance, and extraordinary dimensional stability — is a finite, irreplaceable resource. Every piece we rescue preserves not just a material, but a piece of natural heritage.
Measured Impact
Our Environmental Footprint
We track and publish our environmental impact data annually. These figures represent our cumulative impact from 2009 through 2024.
Data-Driven Comparison
Lifecycle Analysis: Reclaimed vs. New Lumber
The following comparison is based on lifecycle analysis data covering the full chain from source to installation. Reclaimed lumber figures include the energy costs of de-nailing, kiln drying, milling, and local transport. New lumber figures include logging, primary milling, treatment, kiln drying, and average transport distances for lumber consumed in the Northeast United States.
| Metric | Reclaimed | New Lumber | Savings |
|---|---|---|---|
| CO₂ Emissions (per 1,000 BF) | 120 kg | 740 kg | 84% less |
| Energy Consumption (per 1,000 BF) | 850 kWh | 4,200 kWh | 80% less |
| Water Usage (per 1,000 BF) | 1,200 gal | 19,600 gal | 94% less |
| Landfill Waste Generated | 0 lbs | 180 lbs | 100% less |
| Deforestation Impact | Zero trees cut | 7.7 trees per 1,000 BF | 100% less |
| Transport Distance (avg) | 25 miles | 1,200+ miles | 98% less |
Sources: U.S. Forest Service lifecycle data, EPA WARM model, and proprietary operational data from New York Lumber. Methodology reviewed in partnership with Columbia University Earth Institute.
The Carbon Math
How We Calculate Carbon Savings
Our carbon tracking methodology accounts for three distinct categories of emissions avoidance when reclaimed lumber is used in place of new:
Avoided Production Emissions
New lumber production generates approximately 0.74 tons of CO₂ per 1,000 board feet, covering logging, primary milling, treatment, kiln drying, and long-distance transport. Our reclaimed processing generates approximately 0.12 tons per 1,000 BF — a net savings of 0.62 tons per 1,000 BF.
Avoided Landfill Emissions
Wood decomposing in landfills generates methane at an estimated rate of 0.058 tons CH₄ per ton of wood waste (EPA WARM model). Given methane's global warming potential, this equates to approximately 1.45 tons CO₂e per ton of wood diverted from landfills.
Extended Carbon Storage
Trees absorb CO₂ during growth, storing approximately 0.9 tons of carbon per 1,000 board feet of lumber. When wood is reused rather than destroyed, this stored carbon remains sequestered for the duration of the wood's second (or third, or fourth) life — potentially another century or more.
Combined, these three factors produce an average carbon savings of approximately 1.33 tons CO₂ equivalent per 1,000 board feet of reclaimed lumber used in place of new. Applied to our cumulative 2.4 million board feet processed, this yields an estimated 3,200 tons of total CO₂ offset — equivalent to the annual emissions of approximately 694 passenger vehicles, or the carbon sequestered by 3,800 acres of U.S. forest in one year.
Our Practices
Sustainability in Action
Source Responsibly
100% of our inventory is reclaimed, salvaged, or rescued from demolition and renovation sites. We never purchase virgin-cut timber. Our sourcing network includes over 60 demolition contractors, municipal agencies, warehouse operators, and renovation firms across the tri-state area. Every piece is evaluated on-site before acquisition to ensure it meets our species, condition, and reuse potential standards.
Zero-Waste Processing
Sawdust becomes animal bedding at farms in the Hudson Valley. Offcuts become kindling, sold to local restaurants with wood-fired ovens and pizza kitchens. Small pieces go to woodworking schools for student projects. Bark and unusable wood are composted through a partnership with a Queens-based composting facility. In 2024, our facility sent exactly zero pounds of material to landfills.
Carbon Tracking
We calculate the carbon footprint saved for every transaction using a methodology developed in partnership with Columbia University's Earth Institute. Customers receive a sustainability certificate with their purchase documenting the estimated CO₂ savings, tree equivalents preserved, and landfill diversion weight associated with their specific order.
Local Operations
Our sourcing, processing, and delivery are all within the tri-state area, minimizing transportation emissions. Our average source-to-facility transport distance is under 25 miles. Delivery routes are optimized using route-planning software that has reduced our per-delivery fuel consumption by 23% since implementation. We are evaluating electric delivery vehicles for adoption by 2026.
Community Education
We host over 50 events per year including free public workshops at our Long Island City facility, speaking engagements at architecture firms, presentations at industry conferences, and guest lectures at universities. Topics cover reclaimed wood identification, sustainable building practices, carbon math of material choices, and hands-on woodworking with salvaged materials.
Policy Advocacy
We actively advocate for deconstruction-first policies in NYC building codes and demolition permits. We have provided testimony to the NYC City Council, collaborated with the Department of Buildings on material salvage assessment frameworks, and contributed to proposed legislation that would require waste reduction plans for all demolition projects above a certain threshold.
Credentials
Certifications & Environmental Partnerships
Building Materials Reuse Association (BMRA)
Full organizational membership. Board member since 2020. Active participant in standards development for the reclaimed materials industry.
U.S. Green Building Council (USGBC)
Contributing member. Our products have been used in over 30 LEED-certified projects, contributing to MR Credit 3 (Materials Reuse) and MR Credit 5 (Regional Materials).
FSC Chain of Custody (Consultation)
While FSC certification applies to new timber, we consult with FSC-certified firms to document reclaimed material provenance at equivalent transparency levels.
ISPM-15 Compliant Heat Treatment
Our kiln processes meet International Standards for Phytosanitary Measures No. 15, the global standard for heat treatment of wood materials.
NYC Green Business Certified
Recognized by the NYC Department of Small Business Services for meeting rigorous standards in waste reduction, energy efficiency, and environmental practices.
Real-World Equivalencies
What Our Impact Looks Like
Environmental statistics can feel abstract. Here is what our cumulative impact looks like in tangible terms:
18,500 Trees Preserved
If those trees were standing in a forest, they would cover approximately 46 acres — an area larger than 35 football fields. They would collectively absorb over 830 tons of CO₂ per year and provide habitat for thousands of species of birds, insects, and mammals.
47 Million Gallons of Water Saved
That is enough water to fill 71 Olympic-sized swimming pools, or to supply drinking water to 1,200 New York City households for an entire year. New lumber production is extraordinarily water-intensive, from the logging roads that cause watershed erosion to the milling and treatment processes.
3,200 Tons of CO₂ Offset
Equivalent to the annual emissions of 694 passenger cars, or the carbon sequestered by planting 53,000 tree seedlings and letting them grow for 10 years. It is also equivalent to the emissions produced by heating 1,600 average U.S. homes for a full winter.
950 Tons of Landfill Diversion
That is roughly 48 fully loaded garbage trucks worth of material that did not end up in a landfill. In the landfill, that wood would have generated an estimated 142 tons of methane over its decomposition period — a potent greenhouse gas with 80 times the warming potential of CO₂ over 20 years.
The Circular Economy of Wood
The traditional construction model is linear: extract raw materials, manufacture products, use them for a time, then discard them as waste. The circular model that we practice keeps materials in use for as long as possible, extracting maximum value before returning them to the biosphere safely. Wood is uniquely suited to circular use because it can be reprocessed, remilled, and repurposed multiple times without significant degradation.
Rescue
Wood salvaged from demolition, renovation, or surplus. On-site assessment ensures only quality material enters our supply chain.
Process
De-nailed, inspected, graded, and kiln-dried at our Long Island City facility using energy-efficient equipment.
Transform
Custom milled to specifications or sold as-is. Every byproduct — sawdust, offcuts, bark — is diverted to productive secondary uses.
Reuse
Installed in new projects, beginning its next life. Material passport documents full provenance for future reclamation.
Education & Outreach
Community Education Programs
Sustainability is not just about what we do — it is about what we teach. We invest significant time and resources in education programs designed to spread awareness of reclaimed wood's environmental benefits and practical applications.
Monthly Public Workshops
Free workshops at our Long Island City facility covering topics such as: reclaimed wood identification, basic woodworking with salvaged materials, sustainable building 101, DIY reclaimed furniture projects, and the carbon math of material choices. Average attendance: 25-40 participants per session.
Architecture Firm Presentations
We present to architecture and design firms on incorporating reclaimed materials into their specifications. Topics include available species and grades, LEED credit documentation, material passport systems, cost comparison frameworks, and case studies from completed projects.
University Partnerships
We partner with Pratt Institute, Columbia GSAPP, and Parsons School of Design on sustainable design studios and material research. Students visit our facility, work with reclaimed materials in their projects, and present their findings in public exhibitions.
Industry Conference Speaking
Our team regularly speaks at Greenbuild, the AIA Conference on Architecture, the BMRA National Conference, and regional sustainable building events. Topics include the economics of reclaimed materials, scaling the reuse supply chain, and policy frameworks for material diversion.
Looking Ahead
Our Sustainability Roadmap
We are committed to continuous improvement. The following goals represent our sustainability roadmap through 2030, addressing operational efficiency, environmental impact, and industry leadership.
Achieve B Corp certification
Launch an electric delivery vehicle pilot program
Process 500,000 board feet in a single year
Install rooftop solar panels at Long Island City facility
Establish a second processing facility in the South Bronx
Graduate 50th apprentice from our training program
Achieve carbon-neutral operations across all business activities
Contribute to diverting 10,000 tons of wood waste from NYC landfills annually through direct operations and policy advocacy