Land-based
The primary configuration, with site infrastructure sized to the feedstock, access, services and local product demand.
Shared capability
Not every location needs to own every technology.
When infrastructure is too costly to build alone, share the capability. CIAP proposes shared specialist equipment, engineering and operating expertise rather than a complete standalone technology stack for every location.
The alliance model
One capability. Multiple applications.
Common engineering, training, maintenance and materials expertise may reduce duplication. Each application still requires its own feedstock assessment, permits, product markets and viable operating agreements.
Deployment
Land first. Mobility where it makes sense.
Modular and mobile
Potential staged deployment and redeployment as requirements change, subject to transport, commissioning and site readiness.
Potential barge-mounted
A possible option for smaller or access-constrained locations. Stability, marine safety, mooring, utilities and coastal approvals require feasibility work.
Resilience
Multiple assets, fewer single points of failure.
An outage in one thermal line need not stop other lines. Shared services, logistics, utilities and specialist staffing remain common dependencies and require redundancy, contingency capacity and maintenance planning. Mobility is not a substitute for operational safeguards.
Read the risk and resilience evidenceLocal employment
Potential jobs across the whole resource pathway.
Local materials production can support employment beyond the processing plant: skilled operations, maintenance, deliveries and shared services. Training and local workforce development would form part of deployment planning.
Block and aggregate manufacturing
Potential roles in block manufacture, aggregate production, material testing, quality control and product dispatch—keeping more construction-material value locally.
Metals extraction and recovery
Sorting, metals separation and recovery, equipment operation and preparation of recovered metals for local use or onward sale.
Thermal treatment and waste-to-energy
General thermal-treatment (incineration) operation, emissions monitoring, maintenance and site safety, with waste-to-energy operating roles where energy recovery is viable.
Sand batteries and heat delivery
Where feasible, sand-battery thermal-storage operation and maintenance, alongside logistics and deliveries for useful heat services.
Desalination and water delivery
Potential desalination plant operation, water-quality monitoring, maintenance, storage and water deliveries where a viable, approved water system is included.
Marine work and disaster response
Potential barge crews, marine engineering, mooring and transport roles where barge deployment is feasible; post-disaster response planning, logistics and safe debris-processing operations where authorised.
These are potential employment pathways, not confirmed jobs, recruitment offers or job-count forecasts. Roles depend on feasibility, local demand, funding, approvals, safety requirements and training. Energy, sand-battery, desalination, marine and disaster-response activities are conditional options, not committed services.
Geographic application
Candidate examples, not secured projects.
Candidate locations / examples · potential application only
| Location | Why it is listed | What has not been established |
|---|---|---|
| Guyana | Large agricultural residues — rice husk and bagasse — alongside a growing household waste stream | No site, feedstock supply, government interest or unit has been confirmed |
| Dominican Republic | Large household waste volumes and heavy reliance on imported construction materials | No site, feedstock supply, government interest or unit has been confirmed |
| Cayman Islands | Limited remaining landfill capacity and high demand for imported aggregates | No site, feedstock supply, government interest or unit has been confirmed |
Listing a location here indicates no interest, participation or agreement by any government or local authority. Feasibility assessment would establish site, feedstock, logistics and local demand before anything is proposed.
Next step
Make the shared model practical.
Feasibility must establish utilisation, ownership, service agreements, logistics and deployment economics before a shared operating model can be committed.
Support the Feasibility & Pilot