The Growing Wood Fiber Problem in the U.S. South — and Why CHP & Biochar Are No Longer “Optional.”
Across the U.S. South, a quiet but massive shift is underway.
Over the past few years, multiple pulp and paper mills have closed or permanently reduced capacity. These facilities were not just paper producers — they were the backbone of regional wood fiber consumption. When they disappeared, millions of tons of wood fiber lost their primary outlet overnight.
The result?
An excess of low-grade wood fiber with nowhere to go.
A System Built
on Pulp Demand Just Changed
For decades, pulp mills absorbed:
Small-diameter roundwood
Thinning material
Sawmill chips, bark, and fines
This demand stabilized fiber prices and supported:
Sawmills
Loggers
Forest landowners
Rural economies
In many parts of the South:
Pulpwood prices are depressed
Haul distances are increasing
Sawmills are sitting on excess residuals
Fiber that once had value is becoming a cost
This isn’t cyclical. It’s structural.
Sawmills Are Feeling the Pressure First
Sawmills are more efficient than ever at producing lumber — but efficiency creates volume. Every board produced generates:
Chips
Bark
Sawdust
When pulp mills disappear, those byproducts don’t disappear with them.
Instead, sawmills are forced to:
Sell fiber at lower prices
Truck it farther
Or stockpile material that creates operational and environmental challenges
In some regions, mills are paying to move fiber that once generated revenue.
The Industry’s Response: New Markets, New Thinking
Pellets, OSB, and engineered wood products are helping absorb some of the excess fiber — but they are not enough on their own, and many are sensitive to energy markets, export demand, or construction cycles.
What’s missing is on-site, controllable, resilient utilization of wood fiber.
That’s where CHP and biochar technologies change the equation.
From Waste Problem to Energy & Carbon Asset
Combined Heat and Power (CHP): Turning Fiber Into Reliability
CHP systems allow mills to convert wood fiber directly into:
Electricity
Process heat
Thermal energy for drying and operations
Instead of exporting value out of the facility, CHP:
Reduces energy costs
Improves uptime
Shields operations from grid volatility
Turns excess fiber into a strategic asset
For many mills, CHP is no longer about sustainability — it’s about operational survival and competitiveness.
Biochar: Creating Value From the Lowest-Grade Fiber
Biochar technologies go one step further.
They convert low-value biomass into:
A stable carbon product
A soil amendment for agriculture and forestry
A potential carbon-credit-generating material
Biochar allows mills to monetize fiber that:
Can’t be sold profitably
Is too far from traditional markets
Has limited alternative uses
At the same time, it reduces emissions, improves carbon balance, and aligns with growing ESG and regulatory pressures.
Why This Matters Now
The pulp mills aren’t coming back.
The U.S. South will continue producing wood — and sawmills will continue generating residual fiber. The question is no longer “Where can we sell it?”
The real question is:
“How do we control, convert, and profit from it ourselves?”
Facilities that invest in CHP and biochar:
Reduce dependency on external markets
Stabilize operating costs
Improve long-term resilience
Turn a regional fiber oversupply into a competitive advantage
Those that don’t will remain exposed to:
Price volatility
Logistics risk
Regulatory pressure
Shrinking margins
Our Role: Closing the Gap Between Fiber and Value
At FLOYD BioEnergy, we work with sawmills and wood processors facing this exact challenge.
By integrating:
CHP systems
Biochar technologies
Material handling and uptime-focused engineering
We help operations:
Consume their own excess fiber
Generate energy on-site
Create new revenue streams
Future-proof their business
