Valora · Thermal Cascade Valorization

Use the energy twice.

Compute turns electricity into digital work and heat. Valora is a staged energy-recovery method intended to make that heat useful again.US provisional patent filed September 2026

The method

Raise the value of the return temperature.

Conventional cooling treats heat rejection as the endpoint. Valora arranges more than one thermal zone so the heat-transfer medium can leave at a temperature suited to a useful downstream duty.

Thermal zone ACollect

A closed-loop heat-transfer medium removes heat from a first compute group.

Thermal zone BCascade

The warmed medium passes through additional zones while equipment remains within its operating limits.

Useful returnValorize

The resulting higher-temperature return transfers useful energy to multi-stage thermal distillation.

100 MW data-center screening case

Digital capacity and a second useful product.

~90 MW
compute at a target PUE of 1.11
~75 MWₜₕ
compute heat that may be recovered
~5 million m³/yr
fresh-water screening case
~0.75
potential energy reuse factor
Screening basis: 25°C seawater feed, 65°C top-brine temperature, GOR 5 and continuous availability. Results require water-technology vendor validation and project-specific heat-and-material balances.

Flexible scale

The cascade may cross racks, pods, clusters or a data center.

Valora defines thermal zones by function—not by a single equipment boundary. The final arrangement can follow the compute architecture and the downstream heat-user requirements.

Inside a pod

Rack groups as thermal stages

Multiple rack groups may be connected in a controlled cascade while maintaining normal velocity and equipment limits.

Across a cluster

Pods as thermal stages

Separate pods can form a higher-level cascade without making the pod the only possible boundary.

Across a facility

Zones as thermal stages

A land-based data center, marine hold or compute campus can be divided into functional recovery zones.

Water flexibility

Recover heat where water has value.

Potential feed sources

Seawater · brine · wastewater

The downstream water system can be selected for the site, water chemistry and required product.

Potential settings

Onshore · near-shore · offshore

Valora is not limited to GFPSO. It can be evaluated wherever large compute loads and a useful thermal-water duty coexist.

From method to deployment

Valora needs a pilot.

Pelican Engineering is seeking compute, thermal-management and water-technology partners to demonstrate and optimize the concept.

Discuss a pilot