Infinity Turbine Sales | Plans | Consulting TEL: 1-608-238-6001 Email: greg@infinityturbine.com
Supercritical CO2 Processing and Developers Cart Unlock the power of supercritical CO2. Infinity Supercritical designs high-efficiency extraction systems that pull full-spectrum natural oils, flavorings, fragrances, hops, lavender, and other botanicals with clean, solvent-free precision—while also opening the door to advanced experimentation in transcritical CO2 heat pumps, supercritical ORC turbines, silver nanoparticle production, ferrofluids, data center waste heat to power and cooling, and more... More Info
November Special - ROT24 Turbine Plans Includes licensing for unlimited production... More Info
Coming Soon... Modular Block Discovery Kits for ORC and supercritical CO2 modeling and rapid prototyping...
Infinity Turbine Organic Rankine Cycle for Utilization of Waste Heat to Power |
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Our Vision for the Future of Power Generation 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. |
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 With our plans, you can construct your own turbine, and if you desire unlimited manufacturing capabilities, you can purchase a license.Infinity Turbine is dedicated to developing and constructing cutting-edge systems that generate power from various waste heat sources such as industrial, biomass, geothermal, solar, cloud server AI farms, and redox batteries. Additionally, we are actively involved in pioneering strategies for energy storage, production, and deployment using flow batteries.Turn Waste Heat Into Profit: Brand your ORC system as a waste-to-value solution.Low-Temp Heat Markets: Performance in low-grade heat (31°C–150°C) using supercritical CO2, where traditional turbines fail.Zero to One Moving Parts Options: Cluster Mesh Turbine and supercritical CO2 pulse cooling provide innovative, low-maintenance breakthroughs. |
Infinity Turbine Processing and Developers Cart for Supercritical CO2 |
🔬 Discover the Next Level of Extraction and Heat Pump Tech: Supercritical CO2 Technology on the Versatile Infinity Turbine Processing and Developers Cart Are you ready to unlock the full potential of natural oils, flavorings, and botanicals?Introducing Infinity Supercritical: The Future of Efficient Extraction🌿 Full Spectrum Power: Seamlessly extract full-spectrum natural oils, exquisite flavorings, pure fragrances, and potent compounds from beer hops, lavender, and a vast range of other botanicals.💨 Pure & Clean: Harness the power of Supercritical CO2 Extraction to deliver superior purity, efficiency, and yields.Beyond Botanicals: The Infinity Experimenter SeriesInfinity Supercritical isn't just about oils. Our versatile systems are engineered for cutting-edge research and innovation:Silver Nanoparticles using sCO2: Silver Nanoparticles Revenue $600,000+ per year per 10 L machine🌡️ Transcritical CO2: Explore the frontiers of heat pumps and ORC turbines.⚛️ Advanced Science: Conduct groundbreaking work in nano-science, synthesize ferrofluids, and more!Whether you're a commercial extractor seeking maximum efficiency or an experimenter pushing scientific boundaries, Infinity Supercritical provides the precision tools you need to succeed.Ready to revolutionize your process? |
Organic Rankine Cycle can use waste heat to make power, including solar thermal, industrial, stack heat, geothermal, compressed air, and more... |
ORC Organic Rankine Cycle by Infinity Turbine: We build the Technology. You build the product. ORC Turbine Generator: Waste heat 90-120C to energy turbines available for licensing and building. Includes cad/cam files, parts list, and more. Production build license add-on fee, unless otherwise indicated in description below.Build plans and licensing available for • IT10 • IT20 • •IT50 and • IT250ORC Build Package Plans Products and Prices |
IT10 kW System (IT20 is slightly larger) |
IT10 and IT20 for Remote Gold Mining Operations Using Locally Available Wood Heat or Geothermal Heat for ORC System Completed ORC Builds and Ready to Ship in Crate:IT10 (10kW) Full Completed Build: $100,000 USD.IT20 (20kW) Full Completed Build with ROT15: $150,000 USD.Note: This does not include wood-fired boiler or hot geothermal well and harvesting costs. We recommend building combined system into a standard shipping container or van for ease of transport and use.Requires Hot Thermal Oil or water Input: 95-110 CRequires Cool Liquid. We have a PID program for your specific hot and condenser loop temperatures.IT20 Revenue based on 24 hours x 365 days per year x 20 kWh = 175,200 kWh per year):at $.30 per kWh = $52,560 USD per yearNote: we chose $.30/kWh since that is the cost you'd be paying for a diesel generator set power running 24/7 at a cost of $5.00 per gallon. For remote power, that cost is $10/gallon or annual fuel cost of $105,120.ROT12 Radial Outflow Turbine ROT ORC IT10 Waste Heat to Power ORC. Waste heat includes solar thermal, data center, geothermal, and more. |
ROT12 Radial Outflow Turbine Stator and Rotor |
Radial Outflow Turbine 12 ORC for 10 kW Electrical Production The ROT 12 ORC turbine was designed for refrigerants such as R245fa.1-10 kW Output. Input: 1 inch NPT.ROT12 Turbine and DC Generator: $15,000Flat Pack (machined parts only): $10,000ROT 12 Flat Pack for IT10. 10 kW. Manta DC or SCS48 DC type generators.Housing: Schedule 40 Pipe 304 SS: 12 inch diameter x 24 inch length with Gruvlok grooves.You supply: Steel pipe for housing, Gruvlok couplings with gaskets, generator, electrical or sensors, feed through fittings, fasteners, assembly. |
ROT12 Radial Outflow Turbine Stator and Rotor |
Radial Outflow Turbine ROT15 for 15 kW Electrical Production The ROT 15 ORC turbine was designed for refrigerants such as R245fa.15 kW Output. Turbine Inlet Size: 2-11.5 inch NPT.3050 RPM.Turbine Inlet Pressure: 100-200 psi.Heat Input: Limited to generator insulation, if contained within housing. Optional: If generator is mounted outside housing, then a magnetic coupling is required.ROT15 Turbine and AC Generator (requires grid-tie device): $30,000Note: Suggest DC with inverter or Wild AC Generator with rectifier and then to inverter for off-grid use.Flat Pack (machined parts only): $20,000Pump Type AC Motor Generator Suggested: Nidec US Motors FF15E1XV Vertical Close Coupled Pump MotorHousing: Schedule 40 Pipe 304 SS: 20 inch diameter x 30 inch length with Gruvlok grooves.You supply: Steel pipe for housing, Gruvlok couplings with gaskets, generator, electrical or sensors, feed through fittings, fasteners, assembly. |
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ROT24 Radial Outflow Turbine with AC Generator 24 inch Diameter Rotor The ROT Radial Outflow Turbine has a 24 inch diameter. The ROT can drive (depending on pressure) a 50-300 kW generator.50 kW Net Output (74 kW Gross Power) AC Induction Generator Completed Build: Price: $100,000 USD300 kW Net Output AC Induction Generator Completed Build: Price: $300,000 USDFlat Pack Kit: ROT 24: IT50-IT250 for 50-300 kW AC Generator. Price: $50,000We supply: machined parts.You supply: Steel pipe for housing, Gruvlok couplings with gaskets, AC generator, electrical or sensors feed through fittings, assembly.Generator:If an induction AC motor generator is used, you will need a grid tie device. ROT 24: IT50-IT250. 50-300 kW.US Motors Pump Motor (Generator). DJ100E1BV-P. For IT50: 100 HP. 74 kW. 460-230 V. diameter: 1.625 inches. Class F insulation. Closed coupled pump type motor (generator). 2 3,600 RPM.Schedule 40 Pipe: 24-30 inch diameter. Plans are for 24 inch pipe diameter).This design is for 300 psi or lower working pressures. With enhanced material design, or vessel strength, and generator designs which can withstand higher temperatures and pressures, you can use higher pressures. The blueprints offered, are only for the turbine (the generator you purchase separately) and assembly of the turbine generator. System plans for a complete ORC Organic Rankine Cycle System are sold separately, and include the evaporator/condenser heat exchangers, feedpump, PLC Control, piping, valves, VFD, frame, and system components.Revenue from ROT24 in IT250 System (24 hours x 365 days per year x 250 kWh = 2,190,000 kWh per year):at $.20 per kWh = $438,000 USD per yearat $.40 per kWh = $876,000 USD per yearat $.80 per kWh = $1,752,000 USD per yearFull Completed Build Prices:IT50 Full System Build with ROT24 Turbine Induction Generator: $499,000IT250 Full System Build with ROT24 Turbine Induction Generator: $899,000IT1MW Full System Build with Turbine Generator: $1.5 Million.Note: Induction AC Generators require grid-tie device. |
Infinity Turbine Bolt Together Modular Turbine System |
Modular Block Configuration for Tesla Pump or Tesla Turbine |
Tesla Disc Experimenters Kit Featuring the Modular Block Infinity has long been promoting building small prototypes and then numbering up to scale up, thereby eliminating most larger to-scale issues. The modular block experimenters kit allows entrepeneurs a gateway to verify development and then provide a methodology to evolve concepts to commercialized products.The experimenters kit provides multiple Tesla pump and turbine discs (stamped out of steel) which can be stacked on a common shaft for experiments. |
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A clear comparison between modular fluid-conduit block systems and traditional piping Pipes are proven, but they can quickly turn a promising prototype into a tangled maze of elbows, bends, and clutter. Infinity Turbine’s modular fluid-block system offers an elegant alternative: clean, bolt-together conduits that simplify layout, speed development, and scale into commercial products. This article compares both approaches and shows where each one excels.Modular Fluid Blocks vs Traditional Piping: A Smarter Path From Prototype to Commercial Systems |
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A detailed comparison between Tesla’s Octo-Valve—an advanced integrated thermal manifold used in modern EVs—and Infinity Turbine’s modular block concept Tesla’s Octo-Valve changed automotive thermal engineering by merging pumps, valves, heat-exchangers, and fluid channels into a single compact manifold. Infinity Turbine’s modular block system takes a similar philosophy—integrated fluid routing—but applies it to industrial energy systems, turbines, batteries, CO₂ cycles, and prototype development. This article compares both approaches and shows how each represents a different path toward cleaner, smarter, more modular fluid control. |
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Infinity Introduces Integrated Woodfired Organic Rankine Cycle and the Salgenx Grid-Scale Saltwater Battery System for Remote Mining Power The Infinity woodfired Organic Rankine Cycle with Salgenx saltwater battery integration offers a next-generation power platform for mining operations. It converts local biomass into continuous, renewable electricity while storing excess power in a safe, sustainable grid-scale system. This combined technology empowers mining companies to operate efficiently, cleanly, and independently in some of the world’s harshest environments. |
Pass Through Coolant for ORC Infinity Turbine Shaft and Increased Pressure Ratio |
ORC Turbine Through Coolant Shaft Design Revolutionizing turbine performance — Infinity Turbine’s new through-coolant spindle-shaft design for Organic Rankine Cycle systems actively cools the shaft and bearings while integrating liquid-cooled in-situ condensation. The result: lower bearing temperatures, higher pressure ratios, and up to 5% greater turbine efficiency — all in a compact, modular power block.Infinity Turbine’s new through-coolant spindle-shaft design for ORC |
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Ferrofluid Soft-Rotor Motor Reimagining motion with magnetic fluid technology — the Ferrofluid Soft-Rotor Motor eliminates friction, noise, and wear by using a magnetized liquid rotor instead of solid parts. Discover how this next-generation motor design delivers silent, self-cooling, and high-efficiency performance for robotics, cooling systems, and aerospace applications. |
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The New AI Gold Rush: Compute Now, Own Later AI data centers are exploding in size—and in hidden risk. Behind the shiny GPU racks, much of today’s AI infrastructure is financed off-balance sheet through leases and opaque SPVs, with Meta’s Hyperion campus as the flagship example. This article unpacks how that Enron-style financial engineering shapes decisions about cooling, energy efficiency, and waste-heat recovery—and why leased facilities may be slow to adopt breakthrough technologies. It also explores what happens if AI revenues falter while long-term lease obligations keep piling up. Are we quietly building the next leverage bubble in the cloud?AI Data Centers, Hidden Leverage and the Leasing Game: Lessons From Meta’s Hyperion Strategy |
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The Two-Year Problem Hiding in a Twenty-Year Industry AI chips burn bright and fast—often obsolete in just two years—yet the data centers that house them are locked into leases and financing structures lasting decades. This deep dive exposes the growing mismatch between ultra-short hardware life and long-term financial commitments in the AI infrastructure boom. From stranded facilities to SPV risk cascades, we explore how today’s rapid chip churn could collide with tomorrow’s 20-year obligations—and what happens when the economics of AI finally slow down.The Two-Year Chip vs. the 20-Year Lease: The Hidden Fragility of AI Data Center Financing |
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The Aerodynamic Principles Behind Viktor Schauberger’s Vortex Driven Flying Disc Viktor Schauberger’s flying disc was built on a unique idea. Instead of relying on propellers or jets, it attempted to harness the power of implosive airflow and vortex lift. This article examines the science behind the concept and explains how the disc was intended to fly using inward spiraling air and low pressure lift dynamics.Infinity Turbine is interested in finding investors for the DARPA Lift Challenge using this fundamental theory.The Aerodynamic Principles Behind Viktor Schauberger’s Vortex Driven Flying Disc |
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Comparing Electrochemical, Cavitation, and Supercritical CO₂ Methods for Silver Nanoparticle Production: A Cost-Effective Hybrid Approach Silver nanoparticles can be produced through several advanced methods, but each approach comes with its own strengths and limitations. This article compares electrochemical production, hydrodynamic cavitation, and supercritical CO₂ processing, revealing how a hybrid platform can deliver both low-cost output and premium nano-scale performance for commercial and industrial applications. |
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Cost Comparison of Hybrid Cavitation–Supercritical CO2 Nanoparticle Production Versus Traditional Methods Traditional batch reactors for silver nanoparticles are costly, chemical-intensive, and energy-heavy. A new hybrid cavitation–supercritical CO2 process dramatically reduces operating expenses while improving yield and purity. Here is how the cost per gram and per kilogram compares.Revolutionizing Silver Nanoparticle Production with Hybrid Cavitation–Supercritical CO₂ Technology |
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Hybrid Cavitation-Supercritical CO2 Reactor for Advanced Silver Nanoparticle Production A breakthrough hybrid reactor combines the intense micro-mixing of hydrodynamic cavitation with the precision and solvent-free extraction power of supercritical CO2. The result is a next-generation platform capable of producing exceptionally uniform silver nanoparticles with higher efficiency, lower cost, and cleaner operation than either method alone.Read More: Hybrid Cavitation-Supercritical CO2 Reactor for Advanced Silver Nanoparticle Production |
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NVIDIA H100 GPU Recoverable Gold Behind every NVIDIA H100 GPU are not only trillions of transistors but also grams of gold, silver, and palladium. While these precious metals represent only a fraction of the board’s cost, they are significant for recycling. This article estimates the precious metal content of an H100 and walks through the practical process of recovering those metals, from grinding the boards to refining the final bullion.Precious Metals Inside an NVIDIA H100 GPU and How to Recycle Them |
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DARPA Lift Challenge Single Rotor Concept What if the winning DARPA Lift Challenge aircraft looks less like an oversized quadcopter and more like a 1950s experimental helicopter with a modern twist? This concept study explores a single huge rotor with miniature gas turbines in each blade, sipping liquid fuel to lift 110 pounds of payload with a sub-55-pound airframe—and weighs its potential against today’s battery-powered quadcopters. |
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Concept Supercritical CO2 Turbine Generator Development Working Model |
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Topics from Infinity Turbine More fascinating technology from Infinity Turbine...Including:• Tesla Disc Pump for Salgenx Flow Batteries and Viscous Fluids• Sand Battery (sand, vermiculite, water, salt, and more)• ORC Charts• Plasma wing• Viktor Schauberger Austrian Inventor• Energy Storage - Saltwater Battery• Magnetic Gears• New energy advances• Laser Drone• Hydrogen Balloon• Zmeia Drone• Contrated Solar• ORC Charts• PID ORC and Brayton Cycle |
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AI Data Center Chip Cooling using Cluster Mesh Power Generation System by Infinity Turbine Waste Heat to Power The Infinity Turbine Cluster Mesh Power Generation concept is an innovative approach to utilizing waste heat from AI GPUs and data centers to generate electricity efficiently. The system leverages small Organic Rankine Cycle (ORC) turbines, each with a capacity of 15-25 kW, interconnected in a mesh network similar to a Tesla Megapack and Salgenx Grid Scale Saltwater Flow Battery. Heated and pressurized CO2 is used as the working fluid to drive these turbines, converting excess data center heat into usable electricity. This electricity can either be fed back into the data center, reducing its operational costs, or supplied to the grid. The recycling of CO2 within the closed loop system enhances energy efficiency and reduces cooling demands, leading to significant savings in data center power consumption and environmental impact. Data center savings will range from $1 million to $4 million per year depending on size.Licensing available for data centers, home HVAC, commercial HVAC, vehicle HVAC, and more.Blending AI and turbine tech to optimize cooling and power solutions.• High turn-down ratio• 600x Redundancy compared to one large turbine generator• Perfect for smaller nuclear reactors is known as Small Modular Reactors (SMRs) and, in even smaller forms, Microreactors |
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A turbine inlet supply pipe of only 1 inch ID can deliver enough supercritical CO2 to produce 6 MW of power |
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Strategic Guidance and Consulting for Renewable Energy | Flow Batteries | Megawatt Currencies Infinity Turbine LLC is delighted to introduce its comprehensive range of consulting and analyst services. With our extensive experience since 1985 in the renewable energy industry as research/development, we have successfully developed sales and marketing strategies, as well as numerous inventions and innovations, from steam engines, ORC turbines, sCO2 expanders, Tribo-effect, supercritical CO2 extraction, modular block fluidic build construction, solar thermal, sand salt battery, thermal storage, saltwater battery technology, electrode design, supercritical CO2 working fluids, sCO2 combined compressor/turbine designs, drone technology, and more... |
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Energy Transformation: The Gold Rush of the Future – Powering Innovation and Data Centers This article examines the escalating demand for energy fueled by technologies like AI Data Centers and cryptocurrency (Bitcoin) mining, highlighting energy's pivotal role in the economy. It contrasts additive industries, which generate sustainable value, with depletive industries, which exhaust resources. Energy production is positioned as a hybrid, with renewable sources like solar power classified as additive while fossil fuels remain depletive. The piece emphasizes that as energy becomes essential for innovation, sustainable production and storage solutions will define the future, marking energy as the next economic gold rush.We're also working on a article on a detailed description of Xai Colossal in Memphis TN at the old 785,000 sq.ft. Electrolux facility. Currently the worlds largest supercomputer starting with 100,000 NVIDIA H100 GPUs then adding another 100,000 units shortly thereafter. The xAI facility is demanding a jaw-dropping 150 MW of firm power by the end of 2024. To put that demand in perspective, 150 MW is enough electricity to power 100,000 homes.This facility uses the Tesal Megapack to smooth power, something that the Salgenx Grid-Scale battery can also do for data centers. |
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