Bescacarbon develops a plasma‑based conversion platform that transforms biomass, such as hemp, into high‑performance carbon materials for energy storage applications. By repurposing a microwave‑derived plasma system, the process produces supercapacitor‑grade carbon in minutes without chemical waste, offering a faster, cleaner alternative to traditional acid‑based methods.
Funding
Funding not disclosed
Founders
Product
Problem
Conventional production of high-performance carbon electrodes for supercapacitors relies on multi-step acid washing, lengthy furnace heating, and generates chemical waste, making the process slow, costly, and environmentally burdensome.
Solution
Bescacarbon uses a rapid microwave-derived plasma system to convert biomass feedstocks, such as hemp, directly into porous carbon materials suitable for energy storage. The plasma process thermally treats the biomass in minutes, eliminating the need for hazardous chemicals and long furnace cycles. Resulting carbons exhibit surface area and conductivity comparable to or better than those produced by traditional methods. The technology enables scalable, low‑impact manufacturing of advanced electrode materials for supercapacitors and related applications.
Target Audience
Primary customers are manufacturers of supercapacitors, battery developers, and energy‑storage component suppliers seeking sustainable, high‑performance carbon electrode materials.
Features
- Microwave‑driven plasma reactor that carbonizes biomass in under ten minutes
- Direct conversion without acid washing, rinsing, or drying steps, producing zero liquid waste
- Ability to process diverse lignocellulosic feedstocks (e.g., hemp, wood, agricultural residues)
- Produces high surface area, high conductivity carbon structures optimized for supercapacitor electrodes
- Energy‑efficient thermal treatment using plasma rather than conventional furnaces
- Modular reactor design for easy scaling from pilot to industrial production volumes