Infinity Turbine Sales | Design | Develop | Analysis TEL: 1-608-238-6001 Email: greg@infinityturbine.com
For Data Centers: Gas Turbine Waste Heat to Power Owners of Cat Solar Gas Turbine Generators and the new Boom Aero Derivative Gas Turbines Generators: Take your waste heat and make additional Combined Cycle power or generate cooling for your data center... More Info
IT250 Supercritical CO2 Gas Turbine Generator Silent Prime Power $999,000 250 kW (natural gas, solar thermal, thermal battery heat) ... More Info
IT1000 Supercritical CO2 Gas Turbine Generator Silent Prime Power $3M 1 MW (natural gas, solar thermal, thermal battery heat) ... More Info
IT50MW Supercritical CO2 Gas Turbine Generator Silent Prime Power $50M (natural gas, solar thermal, thermal battery heat) ... More Info
Data Center Consulting Prime power and energy consulting for AI and data centers... More Info
Quantum Super Turbine... Developing in 2026: High efficiency topping cycle turbine generator with bottoming cycle cooling, specifically designed for Data Centers with back-end combined cycle modules for cooling, hydraulic, or heat pump capabilities... More Info
ORC and Products Index Infinity Turbine ORC Index... More Info
|
Quantum Super Turbine for 2026 Data Center Build-outs A closed-loop supercritical CO₂ combined cycle monolithic turbine delivering silent, water-free power generation with integrated regenerative cooling. A direct-fired alternative to gas turbines using topping and bottoming cycles for maximum efficiency. 50 percent efficiencies producing power and cooling simultaneously using supercritical CO2.Heat Source Options: • Natural Gas• Solar Thermal• Concentrated Solar• Industrial Waste Heat• TESSSilent operation.Does not use water. |
sCO2 system prices starting at $999,000. IT250 • IT1000 • IT10 MW Financial Payback and Annual Savings for the Infinity Turbine IT250, IT1000, and IT10MW Systems |
|
|
Economic Payback Analysis for IT250, IT1000, and IT10MW Natural Gas Turbine Systems | Silent Power for Data Centers Using a heat rate of 10,000 BTU per kWh and a standard commercial natural gas price of $1.00 per therm, the cost to generate power is approximately $0.10 per kWh. When compared with a grid electricity rate of $0.20 per kWh, users save $0.10 for each kilowatt hour produced on site. For continuous year round operation, the IT250 yields savings of $219,000 dollars per year with a payback of 4.56 years. The IT1000 and IT10MW systems achieve payback in about 3.4 years with annual savings of $876,000 and $8.76 million respectively. These results show that natural gas turbine supercritical CO2 turbine generation provides substantial economic benefits for data centers, industrial users, and any facility operating around the clock.Economic Payback Analysis for IT250, IT1000, and IT10MW Natural Gas Turbine Systems sCO2 system prices starting at $999,000. IT250 • IT1000 • IT10 MW |
Legacy Gas Turbine Generators for Data Center AI Build-outs |
Gas Turbines and the AI Data Center Power Shift Recent announcements, including Boom Supersonic’s plan to deploy natural-gas turbine generators for Crusoe’s AI data centers, highlight a growing trend: hyperscale computing facilities are turning to on-site prime power to bypass grid constraints, reduce interconnection delays, and secure reliable energy for AI workloads.While these systems are typically discussed in terms of electrical output, the larger thermodynamic story is often overlooked. Gas turbines—especially simple-cycle machines optimized for fast deployment—reject a significant fraction of their fuel energy as heat. That rejected heat represents a substantial, and largely untapped, opportunity for bottoming cycles. |
|
|
Quantum Super Turbine for 2026 Key Features of the Infinity Super CO2 Turbine:• High Performance: Maintains full power output in temperatures over 43°C (110°F).• Water-Free Operation: Operates without water, a significant advantage for arid regions.• Compact Design: Delivered in a shipping-container-sized package for modular deployment.• Technology Link: Uses the same core technology as the Infinity Cluster Mesh CO2 Turbine, allowing for shared development and testing.• Target Market: Specifically designed for AI and high-performance computing (HPC) data centers facing power shortages. |
|
|
Licensing Infinity Super CO2 Turbine Licensing:• Cluster Mesh Concept: 50 x super CO2 turbine generators = 1 MW AI Data Center Prime Power. • Licenses start at $10 Million• Build Your Own MegaPlant ( 1 MW - 100 MW) - Quantity 10,000 x 20 kW turbine generator $20,000 each - Quantity 10,000 x 20 kW turbine generator with 3D printed natural gas combustion unit and high efficiency heat exchanger $30,000 each - Optional 1 MW Sized natural gas burner and heat exchanger to manifold to 50 or more super turbines.• Future Development: utilizing waste heat from natural gas and exiting super turbine into combined cycle (bottom cycle) turbine generator, hydraulic pump, or heat pump. |
180 kW Cluster Mesh Supercritical CO2 System Using Modular Blocks. Each Rotor Measures 2 Inches. |
Our Vision for the Future of Power Generation Starting with the IT1000 1 MW Natural Gas Supercritical CO2 Modular Power Block The Infinity Turbine Cluster Mesh system marks a generational leap in power generation, shifting from traditional Organic Rankine Cycle machines to compact Brayton Cycle units using supercritical CO2 for higher efficiency, lower cost, and unmatched energy density. Instead of massive multi-megawatt turbines, the future lies in numbering-up small modular block, easily machined sCO2 micro-turbines that can spin miniature generators or use axial rotor-stator arrays to produce scalable, containerized power. Designed for AI-driven data centers, remote off-grid applications, and modular energy blocks, this architecture represents the next era of distributed, high-performance power.The result is our new product, the IT1000 (1 MW natural gas modular power block) mounted in a hi-cube shipping container. This system is powered by natural gas, but high-grade heat can also be used from solar thermal or industrial waste heat. At 250 C the heat rate is around 20,000 BTU/kW while 500-700 C the heat rate will be less than 10,000 BTU/kW.Email: Future of Power Generation using sCO2 IT1000 Supercritical CO2 Power System using Natural Gas Fuel Source |
Concept Supercritical CO2 Turbine Generator Development Working Model |
|
|
|
A turbine inlet supply pipe of only 1 inch ID can deliver enough supercritical CO2 to produce 6 MW of power |
Infinity Turbine Radial Outflow Turbine (ROT) Systems Utilizing Geothermal Hot Water, Industrial, Solar Thermal, and other waste heat to make ORC power |
Discover the Revolutionary Range of Infinity Turbine Products: Shaping the Future of Energy Solutions This is our ORC index and range of products other than supercritical CO2. |
 |
| CONTACT TEL: 1-608-238-6001 Email: greg@infinityturbine.com | AMP | PDF |