The Carbon Economy

The global transition underway is not simply an energy transition — it is a carbon transition. Modern economies are built on carbon: in fuels, materials, chemicals, and industrial processes. While energy systems are increasingly electrified, many sectors will continue to require carbon as a physical input.

Advanced woody biomass exists within this reality. It provides a renewable, biogenic source of carbon, derived from working forests, that can replace fossil carbon across a growing range of applications. Understanding the carbon economy requires understanding how renewable carbon demand, forests, and markets connect.

Renewable Carbon Demand

Reducing industrial emissions does not eliminate the need for carbon; it requires replacing fossil carbon with biogenic sources.

As sectors transition to lower-emissions energy and fuels, demand is growing for carbon sourced from sustainably managed working forests. Woody biomass is emerging as a major source of biogenic carbon for a wide range of carbon-dependent industries.

Even in an evolving energy future, carbon will remain essential for:

Liquid fuels, including aviation and maritime transport.

High-temperature industrial heat and processes.

Chemicals, materials, and polymers.

Carbon management and removal pathways.

Today, most of this demand is met with fossil-derived carbon. As governments, companies, and markets pursue emissions reduction targets, demand is shifting toward renewable and circular carbon sources that deliver the same functionality with a lower emissions profile.

Advanced woody biomass meets this demand by supplying renewable carbon at commercial scale, using established infrastructure and operating supply chains.

Working Forests

Working forests form the backbone of the renewable carbon economy. Through active, sustainable management, they provide timber, fiber, and critical ecosystem services while supporting long-term productivity. When healthy markets exist for the full spectrum of forest products, landowners have strong incentives to keep forests intact—making markets a powerful tool to prevent deforestation and ensure forests continue delivering economic and environmental benefits.

Key realities shape this system:

The majority of forestland in biomass-supplying regions is privately owned.

Active management supports forest regeneration, resilience, and carbon sequestration.

Market demand enables landowners to reinvest in sustainable forestry rather than convert land to other uses.

Advanced woody biomass participates in this system by creating durable demand for forest-derived carbon that aligns economic incentives with long-term forest stewardship.

Low-Value Fiber

Active forest management generates significant volumes of low-value fiber — including thinnings, tops, limbs, low-grade roundwood/small diameter roundwood and residues — that are not suitable for lumber or other high-value products.

Advanced woody biomass exists because this material exists.

By converting low-value fiber into renewable carbon products, the industry:

Improves forest economics without displacing higher-value uses.

Reduces waste and open burning.

Advanced woody biomass complements the broader forest products sector by serving materials that other markets cannot absorb.

Changing Forest Markets

Forest markets are evolving.

Demand for traditional products such as pulp and paper has declined in many regions, while demand for renewable carbon and market-driven solutions has grown. At the same time, forests are being asked to deliver more — environmental mitigation, biodiversity, resilience, and rural economic support.

Advanced woody biomass helps bridge this transition by:

Providing long-term, stable markets for underutilized wood.

Allowing forests to participate directly in energy and carbon markets.

Offering flexibility as end uses evolve over time. Rather than locking forests into a single pathway, renewable carbon markets enable forests to remain economically viable while adapting to changing global needs.

Carbon-Dependent Sectors

Some sectors cannot be fully electrified with existing technologies. Aviation, maritime transport, steel, cement, chemicals, and other high-temperature industrial processes will continue to require dense energy and carbon-based inputs. These carbon-dependent sectors account for a substantial share of global emissions and represent one of the most difficult challenges in the energy transition.

Woody biomass supplies renewable carbon that can:

Replace fossil fuels in liquid fuel applications.

Deliver renewable heat at industrial temperatures.

Serve as a feedstock for materials.

Enable carbon capture pathways that can deliver net-negative outcomes.

In this context, woody biomass is not a transitional solution. It is a necessary component of a realistic strategy — aligning renewable carbon demand with working forests and evolving markets.