REF + DJH: From Carbon Feedstocks to Advanced Materials
Rotating Electric Field + Dynamic Joule Heating
Industrial-Grade Processing Architecture
Envirocle is developing REF + DJH processing for purification, graphitization, carbon structure control and nanostructure conversion. Engineering work focuses on continuous material flow, repeatability and modular scale-up.
Lower Energy Intensity by Design
Conventional synthetic graphite production often relies on extreme high-temperature processing. Envirocle’s approach is engineered to reduce energy requirements while maintaining industrial suitability.
Capital-Efficient Scaling
Rather than relying on single large assets, Envirocle’s architecture supports scale-out through modular capacity additions—enabling staged growth, reduced deployment risk, and improved capital efficiency.
Feedstock Flexibility, Supply Resilience
Feedstocks under development include recovered carbon black, natural graphite, metallurgical coke, biomass carbon, recycled graphite and recycled carbon fibre. Processing conditions and product specifications are developed for each feedstock and application.
Advanced Carbon Material
Turbostratic Graphene + Graphitized Carbon
Turbostratic Graphene
Processed carbon samples have been examined using Raman spectroscopy, XRD and TEM. Selected results support structural ordering and sheet-like carbon morphology. Application-specific validation continues.
Graphitized Carbon
Controlled graphitization is a product development pathway. Material validation and specification development are underway.
Applications
Thermal Management
Envirocle is exploring carbon materials for thermal applications, with performance to be evaluated in application-specific formulations and assemblies.
Target Application Areas
Heat spreaders and thermal interface materials
Electronics and power device cooling
Industrial thermal solutions and assemblies
Development Priorities
Thermal performance and dispersion testing
Compatibility with existing manufacturing processes
Repeatability, scale-up and application qualification
Energy & Conductive Materials
Envirocle is developing conductive and graphitized carbon materials for evaluation in energy-related and industrial applications.
Target Application Areas
Conductive additives and engineered carbons
Energy infrastructure and industrial systems
Battery-related and conductive component applications
Development Priorities
Electrical performance and material specification testing
Feedstock-specific processing and repeatability
Application qualification and scale-up assessment
Advanced Composites & Functional Fillers
Envirocle is exploring carbon materials as functional additives for composites, coatings and fillers, with properties to be assessed in the intended end-use system.
Target Application Areas
Polymer and composite reinforcement
Functional coatings and fillers
Lightweight and performance-enhanced materials
Development Priorities
Dispersion and formulation testing
Mechanical, thermal and electrical characterization
Manufacturing compatibility and application validation