Join the steam revolution
Join the steam revolution
Illustration

Transcritical Cycle with a Novel Proprietary Fluid

Delivering groundbreaking temperature lift, high power density, and safe, sustainable performance.

So how do we do it? By bringing together:

A proven, market-leading compression technology, designed for efficiency in a single stage.

Rotational Pseudo-Hydrostatic Compression

Illustration
Illustration

Compared to conventional boilers

Efficiency

Up to

● Power: 500 kWt – 5 MWt (1.7 – 17.0 MBtu/hr) per unit
● Output Temperatures: 70 – 250 °C (steam pressures up to 40 bar)
● Efficiency: CoP 2.5 – 4.2 across 140 °C – 250 °C supply from ambient heat
● Interoperability: Runs in parallel with other ThermalCyclones or existing boilers
● Integration: Simple connections for steam outlet, water, and electricity

System Capabilities

ThermalCyclones deliver industrial heat that’s cleaner, faster, and dramatically more efficient with systems designed to fit directly into today’s operations.

Powerful, Flexible
Ready for industry

0.0x
Illustration

We bring together two high performance technologies for the first time

Two breakthroughs
One system

Illustration

● 0–225 °C single-step lift● Up to 40:1 volume ratio● Up to 35:1 pressure ratio● 4–10 m/s flow velocity

No high-speed turbomachinery. No lossy pistons.

water

electricity

air

Compact, efficient, and built for industrial scale.

Thermal heat or steam, from a single unit.

By combining three simple inputs:

Our 1MW System

How it works:

Illustration
Illustration
Illustration
Illustration
Illustration

Industrial-grade steam, clean and on demand

High-Quality Steam

Captures heat from the air or other low-grade sources

Air Source Heat Exchanger

Sustainable Electricity

Powered by renewable energy: solar, wind, or grid

Water

From utilities or recovered process heat

Refrigeration and steam, combined

With unique temperature lifts, one ThermalCyclone can deliver sub-zero cooling and high-quality steam simultaneously, pushing combined CoPs toward 5–6.

Cooling + Steam Together

Illustration

Flexible by design

● Containerized systems up to 5 MWt for rapid deployment● Skid-mounted systems up to 1 MWt for compact boiler replacement

Packaging

Illustration

Turning low-grade heat into high performance

By capturing energy from ambient air, hot fluids, or waste streams, ThermalCyclones convert the lowest-grade heat into industrial-grade steam with maximizing efficiency.

Air Source Recovery

Illustration

Performance at a glance

Illustration
Illustration

Engineering Advantages

Smarter design. Safer performance

● No high-pressure or high-temperature sliding seals● No in-fluid lubricants required● Non-flammable, non-F-gas working fluid, Safety A1, <1 GWP, zero ODP


ThermalCyclones

All rights Reserved


ThermalCyclones

All rights Reserved