Turn waste heat into productive infrastructure
We handle everything — design, build, operate — so your data center gets measurable sustainability outcomes with zero disruption to operations.
Why Partner
What Thermalize delivers for data center operators
Enterprise data centers face growing scrutiny on water usage, energy waste, and environmental commitments. As hyperscale campuses expand behind-the-meter power — including new, onsite natural gas generation — the opportunity to recover heat, water, and CO₂ at meaningful scale becomes even more compelling. We provide real metrics — not marketing narratives — backed by actual resource recovery.
Reportable ESG metrics
Heat recovery percentage, water reclamation volume, and CO₂ offset — numbers your sustainability team can include in disclosures and audit responses.
CO₂ transcritical, highlighted
As natural refrigerants and heat reuse rise in importance, CO₂ transcritical cooling becomes a high-signal pathway. In the right configurations, it can produce reclaimable heat that aligns unusually well with year-round agricultural demand.
Zero operational disruption
We integrate alongside your cooling infrastructure using plate heat exchangers and glycol loops. No changes to your CRAC units, no impact on PUE, no downtime risk.
Water stewardship credits
HVAC condensate that currently drains to storm sewers becomes productive irrigation. Measurable water recovery you can report against WUE targets.
Retrofit-ready
Works with air-cooled CRAC/CRAH, liquid cooling, and CO₂ transcritical — over 95% of installed data center cooling systems. No new-build requirement.
Turnkey delivery
Thermalize designs, builds, and operates the integration and the aquaponics facility. Your team reviews, approves, and receives results.
Market differentiation
In a competitive colocation market, "we grow food with our waste heat" is a sustainability story that stands apart — because it's real, local, and visible.
CO₂ enrichment (optional)
Where it fits and where it is permitted, targeted CO₂ delivery can increase plant productivity in controlled environments — another lever to improve yield density on top of heat and water recovery.
How It Starts
Low-risk entry, structured validation
We begin with a feasibility study — a focused assessment of your facility's thermal profile, condensate potential, and integration pathway. No commitment beyond discovery.
Feasibility Study
We assess your cooling infrastructure, model heat recovery potential, estimate condensate volume, and identify the optimal integration pathway for your facility. Typical scope: 4–6 weeks.
Thermal Proof-of-Concept
If the study confirms viability, we deploy a Stage 0 thermal system to validate real-world heat recovery, condensate capture, and storage performance — before any biology is introduced.
Full Integration
Once thermal performance is validated, we scale to full aquaponics integration. You receive ongoing ESG metrics, operational reports, and a facility that converts your waste into food.
Start with a conversation
Whether you're evaluating sustainability initiatives, planning a new facility, or exploring what waste heat recovery could look like — we'd like to hear from you.