Carbion converts sustainably sourced biomass into high‑purity graphite using a proprietary thermochemical process, enabling domestic production of a critical mineral for batteries, steel, aluminum, and defense applications. By on‑shoring graphite manufacturing, the company reduces reliance on overseas imports, lowers supply‑chain risk, and offers a low‑carbon alternative to traditional mining.
Funding
Funding not disclosed
Founders
Product
Problem
Industries such as battery manufacturing, steel production, and advanced electronics depend on high‑purity graphite, a critical mineral that is largely sourced from overseas mines and imports. This reliance creates supply‑chain vulnerabilities, price volatility, and geopolitical risk, especially for sectors tied to national security and energy resilience.
Solution
Carbion addresses these challenges by converting sustainably sourced biomass into high‑performance graphite within the United States. Using a proprietary thermochemical process, the company transforms low‑value organic feedstocks into graphitic material that meets the purity and structural specifications required for modern industrial applications. By producing graphite domestically, Carbion reduces dependence on foreign sources, shortens logistics, and provides a more predictable supply for critical infrastructure and reindustrialization efforts. The resulting product is positioned to support energy storage, renewable energy systems, and defense‑grade manufacturing while aligning with sustainability goals.
Target Audience
Primary customers are U.S. battery manufacturers, steel and aluminum producers, advanced materials suppliers, and defense contractors requiring reliable, domestically sourced graphite.
Features
- Proprietary biomass‑to‑graphite conversion technology that yields high‑purity, crystalline graphite
- Utilization of abundant, renewable feedstocks such as agricultural residues and wood waste
- Scalable production facilities designed for on‑shoring critical mineral supply chains
- Low‑carbon manufacturing footprint compared to traditional mining and processing
- Customizable particle size and morphology to meet specific performance requirements of batteries, lubricants, and composites
- Integrated quality‑control analytics ensuring consistent material specifications for industrial customers