Waste-to-Energy
Transforming vessel, port, and community waste into renewable energy.
Transforming Waste into Clean, Reliable Energy for Ports, electric utilities, and Caribbean Communities
Ships operate like floating cities and, like cities, generate complex waste streams that require safe, sustainable, and compliant management. With the IMO enforcing stricter environmental standards, responsible waste handling is now essential for ports, maritime operators, and the broader waste and energy sectors that support them.
At GEM, we treat waste as a resource. Through advanced Waste-to-Energy (WTE) systems, we prioritize converting waste, including plastics, into renewable power that supports sustainable energy infrastructure. Where full electrification is not yet feasible, WTE can also recover transitional, waste-derived energy products that reduce landfill impacts and displace more carbon-intensive fuels, delivering net environmental benefits while strengthening compliance and energy resilience across the Caribbean.
By working with solid-waste agencies, port authorities, electric utilities, and energy partners, GEM delivers integrated circular solutions that transform waste challenges into innovation and long-term regional value.
Where appropriate, WTE generation can be integrated into existing utility or microgrid frameworks to support energy resilience and optimize local system performance. WTE functions as a renewable generation asset within broader infrastructure platforms rather than as a standalone grid solution.
WASTE-TO-ENERGY
- Waste Assessment: Evaluate vessel, port, electric utilities, and community waste streams to determine WRS readiness.
- Feasibility Analysis: Assess the economic and operational viability of converting waste, including plastics into renewable power and transitional, waste-derived energy products (including low-carbon fuels) that reduce landfill impacts and displace more carbon-intensive fossil fuels.
- Implementation Roadmap: Design integrated WRS/WTE workflows that enable cleaner operations and stronger energy resilience across ports and communities.