Carbon-based waste can become syngas, power, heat, hydrogen, or synthetic fuel pathways.
Harborview is evaluating non-incinerative waste-to-energy and biomass power systems for island, municipal, industrial, agricultural, tourism, emergency, and micro-grid applications.
Core process
- Feedstock preparation and standardization
- Advanced gasification / controlled thermo-chemical conversion
- Syngas cooling and purification
- Gas washing, drying, and buffering
- Energy conversion through generator, heat system, or fuel pathway
- PLC-controlled automated or manual operation
Potential feedstock
- Biomass
- Organic waste
- Food waste
- Manure
- Wood chips
- Sludge
- Selected plastics or mixed waste streams after technical review
Energy outputs
Electricity
Distributed power for facilities, communities, backup systems, or renewable energy sale models.
Heat
Thermal energy for industrial, agricultural, facility, or process applications.
Hydrogen
Hydrogen pathway evaluation where syngas purification and downstream systems support it.
SNG / Fuel
Synthetic natural gas or synthetic fuel pathways depending on plant design and market requirements.
Best-fit sectors
Municipalities
Waste-treatment plants, parks, public facilities, convention centers, and public infrastructure.
Tourism & Hotels
Island resorts, hotels, isolated sites, and facilities seeking waste reduction plus energy resilience.
Agriculture & Industry
Organic waste, manure, wood residue, industrial by-products, and facility-scale power demand.