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NeoCarbon completes the founding cohort of the Net Zero Innovation Hub for Data Centers →

NeoCarbon Integrated cooling & carbon capture

We turn waste heat into cooling, CO₂, and water

NeoCarbon upgrades the industrial infrastructure the world already runs on. Our patented Hollow Fiber platform uses low-grade waste heat to cool data centers efficiently while capturing carbon and water directly from the air. Reliably sustainable.

Our unit in autonomous operation at Kurita's R&D center.

01What we do

One upgrade. Three resources. Zero new infrastructure.

01

Efficient cooling

Thermal-powered cooling that works as efficiently as free cooling and provides evaporative performance, without water loss.

02

Carbon removal

CO₂ captured directly from ambient air, ready for industrial use in food & beverage or concrete, or for durable carbon removal.

03

Water recovery

Our process is water-positive: it recovers water from the air instead of consuming it, easing pressure on local basins.

All of it is driven by the 30–55 °C waste heat that industrial sites dissipate today, turning a cost and a compliance burden into value.

02Our focus

Built for the infrastructure of the AI era: data centers

Data centers face converging pressures: grid constraints, rising rack densities, water scrutiny, net-zero targets, and waste-heat regulation. Our technology answers all of them with one retrofit, because the problem behind them all is heat.

  • Better PUE: cooling switches from electrical to thermal power
  • Water-positive operations instead of evaporation losses
  • Carbon-negative sites, with CO₂ as a new resource
  • Waste-heat compliance (EU Energy Efficiency Directive Art. 26(6)) built in
Why data centers →
Server racks in a data center

03Technology

The Hollow Fiber platform: one technology, two jobs

At the core of every NeoCarbon system are patented hollow fibers, nanoporous membranes with a CO₂-reactive outer layer. As air flows over them, CO₂ and water bind to the fibers while cooling is delivered to the water running through their cores. Low-grade waste heat then releases the captured CO₂ and water for collection.

  • Runs on waste heat industrial sites already produce
  • Cools while it captures, one footprint, two functions
  • Modular, containerized, retrofit-first: no process redesign
  • Protected by four patent families, proven in industrial operation
How it works →
Macro render of hundreds of parallel hollow fibers packed in a brushed-metal frame

04Proven in the field

From the lab to real industrial sites

1,000+

autonomous operating hours at an industrial site

Up to 99%

CO₂ purity achieved in real-world conditions

TRL 6

technology validated in an industrial environment

Plug & play

installed without new host infrastructure

“The partner doesn’t need to rebuild all the infrastructure.”

Dr. Carsten Stobbe, Innovation Project Manager, Kurita Water, NeoCarbon’s first industrial pilot partner

Start turning waste heat into value.

Humanity needs infrastructure upgrades for a resilient future, we provide them. Talk to us about a pilot at your site.

Get in touch