Reshaping the Carbon Cycle: Green Efficiency for Strategic Material Resilience
Envirocle’s industrial-grade platform converts carbon waste into high-purity graphene and magnetic carbon allotropes using a patented, non-contact rotating electric field. We are setting a new standard for energy-efficient production, serving the dual mission of global decarbonization and sovereign defense security.
Built for Deployment
Envirocle’s platform focuses on scalable, continuous processing of carbon materials. We prioritize operational reliability, repeatability, and industrial manufacturability—enabling real-world production.
Lower Energy Intensity
Designed to reduce energy consumption compared to conventional high-temperature production routes.
Feedstock Flexibility
Compatible with alternative and non-virgin carbon inputs to improve supply resilience and economics.
Capital-Efficient Scale-Out
Modular system architecture supports replication and phased expansion without large single-unit risk.
Exploring Our Impact
15
Years of Expertise
70%
Less Energy Consumption
1+1
Modular System
90%
Less Capital
Requirements
X
Feedstock Flexibility
Designed to operate continuously, support industrial throughput, and deliver consistent material output under controlled conditions
Turbostratic Graphene
Advanced Carbon Black
Nano-structured Carbon
Conductive Carbon
Synthetic Graphite
Turbostratic Graphene
A multi-layer graphitic material with disordered layer stacking, offering enhanced durability, easy dispersion, and consistent performance for large-scale industrial applications
Advanced Carbon Black
A high-performance carbon material engineered to enhance reinforcement, durability, and conductivity while remaining fully compatible with existing carbon black processing.
Nano-Structured Carbon
An engineered graphitic carbon with a controlled nano-scale structure, delivering robust mechanical and electrical performance without the complexity of graphene.
Conductive Carbon
A reliable conductive carbon additive designed to form stable electrical networks at low loadings with easy dispersion and high process tolerance.
​Synthetic Graphite
​A high-purity, engineered graphite material designed for stable electrical, thermal, and mechanical performance in demanding industrial and energy applications.
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Applications
Application-Driven Materials for Industrial Markets
Thermal Management
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Heat spreaders and thermal interface materials
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Conductive and thermally enhanced composites
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Industrial thermal solutions
Energy & Conductive Materials
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Conductive additives and engineered carbons
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Energy infrastructure and industrial systems
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Application qualification programs
Advanced Composites & Functional Fillers
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Polymer and composite enhancement
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Functional coatings and performance additives
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Scalable material pathways
Partner with Envirocle
We collaborate with strategic partners across industry, research, and public programs to qualify applications and scale production.
Strategic & Industrial Partners
Joint qualification and scale-up
Research & Testing Partners
Characterization and application validation
Government & Public Programs
lean manufacturing and advanced materials initiatives