Novusterra Inc.: Overview, Technology, Products, and Applications
Novusterra Inc. is a specialty clean-technology entity based in the United States that focuses on the development and commercialization of carbon nanomaterials, including graphene, graphite, and carbon nanostructures. Founded in 2020, the company leverages patented technology designed to convert carbon-based waste deposits and low-cost carbon feedstocks—such as coal and coal processing byproducts—into high-value carbon nanomaterials using environmentally friendly processing techniques.
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Core Business Operations and Strategy
Novusterra operates primarily in the industrial materials, clean technology, and advanced manufacturing sectors. The foundation of the entity's business model relies on turning environmental liabilities and carbon waste streams into useful nanoscale materials.
Intellectual Property Sublicensing
Novusterra's technical capabilities stem from licensed and sublicensed patents initially developed via institutional research partnerships, notably with Ohio University and American Resources Corporation (ARC). The patents granted to Novusterra center on two primary capabilities:
* Synthesis of Graphene from Coal and Waste Byproducts: Electrolysis process methods converting carbon feedstock into graphene.
* Roll-to-Roll Graphene Production: Continuous production processes designed for high-throughput graphene film manufacturing.
Novusterra operates by developing custom material formulations, commercializing tailored products, and sublicensing its technology to enterprise and defense partners seeking scalable carbon nanomaterial synthesis.
Manufacturing Process & Technology
Novusterra's core technological offering centers around an energy-efficient method of converting waste carbon and coal byproducts into structured nanomaterials.
Production Method Overview
- Electrolysis: Coal particles or carbon-rich waste streams undergo electrolysis, generating electrolyzed carbon particles along with a gelatinous carbon-rich film.
- Deposition & Carrier Preparation: The byproduct is applied as a thin layer onto a conductive carrier substrate or surface.
- Thermal Gas Reduction: The substrate is heated under a controlled flow of reductant gas (such as hydrogen). The gas stream carries carbon particles and deposits them uniformly.
- Graphene Formation: The reaction deposits high-purity single or multi-layer graphene structures or carbon nanostructures onto target substrates.
This process circumvents traditional synthetic routes that depend on high-cost chemical vapor deposition (CVD) or hazardous chemical exfoliation using harsh acids, providing a cost-effective and greener pathway to commercial-grade materials.
Products, Materials, and Technology Applications
Novusterra designs application-specific nanomaterial additives and advanced carbon products tailored for major industrial markets.
Primary Product Output Categories
- Graphene Nanoplatelets and Powders: High-surface-area graphene additions intended for composite strengthening, conductivity enhancement, and coatings.
- Graphene Films (Roll-to-Roll): Continuous thin-film graphene tailored for electronic devices and continuous substrate integration.
- Carbon Nanostructure Additives: Specialized material additives synthesized for civil engineering, asphalt, and concrete binding.
Target Industry Solutions
Novusterra concentrates its material integration and commercialization efforts across four primary market verticals:
