Encat Technology

Making renewable energy a reality

Upcycling

Production of High-Value Graphene Materials from Low-Cost Waste Resources and Biomass Feedstocks (Upcycling)

High-Speed Process

Cost Reduction via High-Speed Upcycling Process

Ultra-fast processing times (on the order of seconds) lower production costs significantly.

Conductivity

Superior Electrical and Thermal Properties

High-quality graphene with excellent electrical conductivity (high conductivity, low resistance) and thermal conductivity.

Versatile

Versatile Applications Across Industries

Economically viable, high-performance graphene-based carbon materials enable easy expansion into upstream and downstream industries.

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Environmental and ESG Benefits

Reduces waste disposal costs while aligning with ESG trends and sustainability goals.

The Market of encat

Upcycled Graphene Raw Material & Energy Storage Application Materials

Development of Graphene Materials Through Upcycling of Waste Resources and Biomass, and the Creation of High-Performance Lithium-Ion Battery Anode Materials (Anode Active Materials and Conductive Additives) Based on Upcycled Graphene

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Excellence of Upcycling Graphene Technology

LIMITATIONS: Complex Process Issues in Graphene Production + Increased Production Time and Costs + Reduced Material Properties Due to Defects + Environmental Concerns

The Benefits

  • Production of High-Value Graphene Materials Using Low-Cost Raw Materials from Waste Resources and Biomass (Upcycling)

  • Cost Reduction Through High-Speed Upcycling Process

  • Superior Electrical and Thermal Properties

  • Economic and Versatile Applications

  • ESG Compliance and Waste Management

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