Advanced Resilient Biocarbon (ARB) provides an advanced thermochemical conversion solution that transforms organic and carbon-rich waste streams into multiple value outputs.

Its systems process biomass and residual feedstocks in a controlled, oxygen-limited environment (non-combustion), producing electricity (typically 200 kW up to 3.5 MW), thermal energy, and engineered carbon materials. The modular design allows units to be deployed close to waste sources and scaled by linking systems together, reducing reliance on large centralized facilities.

A key innovation lies in the production of stable carbon products—such as Elemental Char™ and Formulated Char™—used across agricultural, consumer, public, and industrial sectors.

These materials support applications including soil enhancement, water and process filtration, environmental remediation, construction, and industrial optimization. In particular, ARB’s carbon products can purify water streams by adsorbing contaminants and improving overall water quality.

The decentralized deployment model significantly reduces transportation costs and emissions associated with moving biomass, while the system’s compact footprint (approximately 120 m²) enables flexible installation across multiple sites.

In parallel, ARB supports renewable energy generation and carbon sequestration by stabilizing biogenic carbon into long-lived forms. By integrating waste management, energy recovery, water purification, and carbon utilization, ARB delivers a technically robust and economically efficient circular solution.

Key Characteristics

• Converts organic and biomass waste through non-combustion thermal processes
• Produces multiple outputs: electricity, heat, and carbon-based materials
• Includes proprietary products such as Elemental Char™ and Formulated Char™
• Supports a wide range of applications (agriculture, filtration, industrial uses)
• Designed for decentralized deployment near waste sources
• Integrates waste management, energy production, and material generation
• Scalable across different geographies and waste streams

Environmental Benefits

• Reduces landfill use and associated environmental pollution
• Enables carbon sequestration through stable carbon products
• Lowers greenhouse gas emissions compared to traditional waste disposal
• Converts waste into useful energy and materials, improving resource efficiency
• Reduces transportation emissions through localized system deployment
• Supports circular economy principles by turning waste into valuable resources