Woodland BIO develops a circular‑economy system that converts low‑grade woody biomass into renewable gasoline and biochar. Their process is designed to produce gasoline at a lower cost than conventional fossil‑fuel gasoline, letting customers save money while supporting forest health by creating a market for otherwise waste wood. The resulting biochar is a pure‑carbon material used for carbon sequestration and construction applications.
Funding
Funding not disclosed
Founders
Product
Problem
Transportation fuels rely on extracting and refining fossil hydrocarbons, which generates additional CO₂ emissions and depends on volatile global oil markets. Simultaneously, low‑grade woody biomass in forests lacks profitable outlets, leading to forest health issues and underutilized carbon resources.
Solution
Woodland BIO converts low‑grade woody biomass into drop‑in gasoline that meets RBOB specifications, allowing use in existing vehicles and distribution infrastructure without modifications. The process also produces biochar, a pure carbon material that can be applied for soil amendment, carbon sequestration, or incorporated into construction products. By sourcing feedstock locally in Pennsylvania, the company aims to price its gasoline below conventional pump prices, delivering cost savings to consumers while creating a market for otherwise waste forest material. The integrated circular system links the energy, agriculture, and manufacturing sectors, supporting regional job creation and forest ecosystem health.
Target Audience
Primary customers are regional fuel distributors, transportation fleets, and end‑consumers in Pennsylvania seeking lower‑cost, locally sourced gasoline, as well as agricultural and construction firms that can use biochar for soil and material applications.
Features
- Biomass‑to‑gasoline conversion technology that yields 87‑octane, RBOB‑spec fuel compatible with current engines and fuel stations
- Co‑production of high‑purity biochar for carbon sequestration, soil improvement, and use in building materials
- Utilization of low‑grade forest residues (small trees, less‑desirable species) to reduce forest overcrowding and promote healthy regrowth
- Localized supply chain in Pennsylvania, minimizing transportation costs and enabling fuel pricing below conventional gasoline
- Modular facility design that integrates with existing agricultural and industrial infrastructure, supporting 50‑100 direct jobs and additional indirect employment