Local power generation
Match syngas supply and generation capacity to the site’s operating profile, grid arrangements and backup architecture.


Explore a co-located energy system for data centers: waste-derived syngas for power generation, with recovered process heat assessed for cooling. Designed around the electrical load, resource supply and resilience requirements.
Explore the pathway ↓A co-location design links the conversion facility, syngas-compatible generation equipment and the data center’s energy systems. Recovered heat can support an appropriately selected adsorption-cooling system where temperature levels and cooling demand align.
Match syngas supply and generation capacity to the site’s operating profile, grid arrangements and backup architecture.
Assess available heat, chiller performance, heat rejection, water requirements and integration with the cooling loop.
Plan redundancy, maintenance and backup resources around the data center’s service requirements. Baseload capability alone is not an uptime guarantee.
The proposed role is planned ongoing energy supply. Backup generation, storage and grid arrangements remain part of the site-specific resilience design.
Recovered heat can reduce purchased energy for cooling, but chillers, pumps, heat rejection and maintenance still have costs. Economics must be assessed for the site.
The illustrated co-location is a concept for project development. Any operating reference or performance guarantee must be identified separately.