TEL: 1-608-238-6001 Email: greg@infinityturbine.com
Consulting and Analysis Expert consulting and analyst services in renewable energy, turbine design, battery technology, and supercritical CO2 processes, delivering well-documented insights in a clear and logical format. With decades of experience in energy innovation, we provide project assessments, engineering studies, and strategic development... More Info
3000 kWh Grid Scale Saltwater Battery System Container Mounted (no lithium) Salgenx Saltwater Battery: license to build and sell to the high growth large battery market... More Info
IT10 kW System |
IT10 kW ORC System Plans Plans and License: $10,000 USDManufacturing: Unlimited license to build and sell, included with package.IT10 System Plans include your choice of a ROT06, or ROT12 turbine plans.IT10 Revenue based on gross sales or grid savings, not including cost of acquiring waste heat flow or pumps.Revenue from IT10 (24 hours x 365 days per year x 10 kWh = 87,600 kWh per year):at $.20 per kWh = $17,520 USD per yearat $.40 per kWh = $35,040 USD per yearat $.80 per kWh = $70,080 USD per yearROT12 Radial Outflow Turbine ROT ORC IT10 Waste Heat to Power ORC. Waste heat includes solar thermal, data center, geothermal, and more. |
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China’s New Pole-Lifted Amphibious Landing Craft Signals Tactical Innovation for Beach Assaults In a striking development of amphibious warfare technology, China has unveiled a new type of landing craft designed to transport military vehicles from sea to shore using a novel pole-lifted propulsion and deployment system. This innovative approach marks a significant shift in tactical amphibious capabilities, offering a glimpse into how China may execute future beach landings with enhanced speed, mobility, and stealth. |
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How CO2 Can Provide Cooling for Data Centers and Generate Power from Waste Heat Discover how supercritical carbon dioxide is turning waste heat into a powerful resource—providing on-demand cooling and generating electricity from the very servers it keeps running. The future of sustainable data infrastructure starts here. |
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Pulsed Supercritical CO2 Heat Pump for Data Center GPU Cooling Featuring Infinity Turbine PulseJet Technology Discover Infinity Turbine's revolutionary Pulsed Supercritical CO2 Heat Pump, a cutting-edge cooling solution with no moving parts. Efficiently cool data center NVIDA GPUs using supercritical CO2 technology for unmatched energy savings and performance. Average data centers can expect more 3.75 MW power savings (per hour) and than $3.3 million in energy savings per year. This does not include possible water savings, which is typically used in data centers.Pulsed Supercritical CO2 Heat Pump for Data Center GPU Cooling |
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Cluster Mesh Power Generation System by Infinity Turbine for AI Data Centers 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 1 to 5 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. |
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Supercritical CO2 Extraction System Unlocking the Power of Safe, Non-Toxic CO₂ Extraction: The Future of Clean Tech and Green ChemistryImagine a single, eco-friendly solution that can extract plant oils, recover gold from e-waste, enhance biopolymers with caffeine, exfoliate graphene, and even supercharge next-gen batteries. Supercritical Fluid Extraction (SFE) using carbon dioxide is revolutionizing industries—from nutraceuticals and pharmaceuticals to advanced materials and clean energy. This clean, solvent-free method unlocks potent compounds from medicinal plants, separates caffeine from tea and coffee, and enables sustainable mining of rare earth elements. Whether it's creating anti-cellulite biopolymers or developing high-efficiency battery cathodes, supercritical CO₂ is the future of precision extraction and material innovation.Safe and non-toxic carbon dioxide extraction SFE for:• Plant based oils • Medicinal plants• Plant based nuetraceauticals• Algae and marine organisms• Pharmaceuticals and functional foods• Separate caffeine from coffee and tea• Ewaste mining and separation of gold and silver• Supercritical extraction of gold from a low-grade refractory tailing• Rare earth elements recovery by novel aqueous carbon mineralization of blast furnace slag• Supercritical CO2 impregnation of caffeine in biopolymer films to produce anti-cellulite devices• Eco-Friendly Chemistry for Gold Extraction using Supercritical Carbon Dioxide• Using SFE for impregnating nanoparticles (NPs) in fibers is to increase mechanical strength, improve physical properties, such as electrical conductivity and antistatic behavior, and add functionalities, such as antimicrobial, UV protection, flame retardance, and self-cleaning.• High-Efficiency Production of Graphene by Supercritical CO2 Exfoliation with Rapid Expansion• Supercritical mechano-exfoliation process• Supercritical CO2 in the Development of Highly Efficient Composite Cathodes for Li-S Batteries• Supercritical carbon dioxide technology in synthesis, modification, and recycling of battery materials• A high-capacity, high-power organic electrode via supercritical CO2 impregnation into activated carbonRevolutionizing Data Centers with CO₂: Cooling and Power from Waste Heat Supercritical CO2 propulsion concept as a revolutionary replacement for traditional jet engines |
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Revolutionary Supercritical CO2 Jet Turbine Technology Transforms 31 C Data Center Waste Heat into Power and Cooling CavGenX. The heat pump turbine. • Process cooling• Hydraulic pumpSupercritical CO2 Brayton Combined Cycle with up to 20 COP for data center cooling, and optional electric or hydraulic direct drive options. CO2 compressor pump common shaft driven from turbine with one moving part. This remarkable turbine is the next step in gas and liquid turbines for HVAC, data center waste heat to energy, closed-loop quiet power production, vehicle HVAC, commercial chiller conversions, and more ...Supercritical CO2 Waste Heat to Power Cart Mounted System from 2013 Photos |
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Energy: The Gold Rush of the Future – Powering Innovation Sustainably 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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Pin Stack Cooling for Data Centers and Flow Batteries Using Dynamic In-Situ Shape Shifting Evaporator What if the same technology that cools data centers could also store renewable energy? Introducing Pin Stack Dynamic Cooling, a revolutionary approach that replaces traditional fin stack water cooling with a shape shifting liquid that dynamically reshapes under an electromagnetic field. This innovation not only enhances heat dissipation without evaporation losses but also doubles as an advanced electrode for flow batteries, increasing energy storage efficiency. Could this be the future of thermal management and grid-scale storage? Explore the science, challenges, and real-world applications in our latest article.Shape Shifting Fluid for Pin Stack Cooling and Fluid Electrode Flow Battery Applications |
$600,000 Salgenx Grid-Scale 3,000 kWh Sodium Flow MegaWatt Pack Battery Has $105,000 Tax Credit. Total profit and tax credit from manufacturing is $300,000+ |
Data Centers and Peaker Plants Need the Salgenx Grid Scale Salt Water Battery Technology Salgenx (division of Infinity Turbine LLC) has developed a revolutionary grid-scale saltwater flow battery. Available in a container mounted size of 3000 kWh (3 MW) which can be numbered up to any capacity.Lower cost and faster product access compared to Tesla Megapack, which may take two years to deliver.Does not use any Lithium, Vanadium, or a membrane.Tesla built around 10,400 Megapacks last year. They currently have about a one year wait time. The market (currently) is huge and can't be satisfied by one company. We already have lots of interest in orders, and we're happy to give those orders to those who want to commercialize and manufacture the saltwater version of the grid-scale battery, which we call the MegaWatt Pack. You can also build a expandable 65 kWh pack version for homes and commercial use (including apartment buildings, condos, light industrial, electric boats, light rail, and small trains). These smaller units can also be used for hot or cold water storage. |
Cart Mounted Supercritical CO2 System with Evaporator and Condenser for 1-5 kW Turbine Only and 1-14 kW with Common Shaft Compressor Cycle System |
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Strategic Guidance and Consulting 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, Tribo-effect, supercritical CO2, extraction, modular build construction, flying objects, and more... |
5-15 kW Concept Supercritical CO2 Turbine Generator Development Working Model |
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Imagine: A Battery that Stores Energy and Builds Itself - Introducing Flowtronx and Salflex Applications: • Flow Battery • Robot Actuator • Robot In-situ Energy SystemWhile charging, this type of battery technology can be self-healing, self-optimizing, and can actually build battery material. Patented• hydraulic (charging electrolysis mode)• energy storage (static or fluid mode)• self assembly (step fluid mode)• power (discharging mode)• pumping (cycling mode)• solid state (static step mode)• self-assembling • reconfiguration (cycle time in milliseconds measured in hz)• catalyst• in-situ gas producer (h2, o2, chlorine, and more)• ion and material classifier (charging mode)For Salgenx Flow Batteries, Salflex will be offered for sale as a separate proprietary fluid additive.
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Energy Disruption The energy industry is undergoing a major transformation, driven by the rise of grid-scale battery storage. These cutting-edge solutions are solving the biggest challenges of renewable energy—ensuring reliability, reducing costs, and making the grid more resilient. Are we on the brink of a battery-powered energy revolution? Find out how grid-scale storage is shaping the future of power. |
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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 to energy turbines available for licensing and building. Harvest temperatures as low as 31 C (89F) for data centers with supercritical CO2 cycle, to make electrical power and hydraulic power. Build licenses additional unless otherwise indicated in description below.• ROT 06 Turbine Build Package: includes cad/cam files, parts list, and more. Includes unlimited build license.• ROT 12 Turbine Build Package for Waterjet Fabrication: $10,000 includes cad/cam files, parts list, and more.• ROT 15 Turbine Build Package: $10,000 includes cad/cam files, parts list, and more. Production build license add-on fee.• ROT 24 Turbine Build Package: $10,000 includes cad/cam files, parts list, and more. Production build license add-on fee.• 1 MW Turbine Build Package: $299,000 includes cad/cam files, parts list, and more. Production build license add-on fee.• IT10 Build Package System and Turbine Generator: $10,000 includes cad/cam files, parts list, and more. Includes build license. • IT50 System Build Package: $10,000 includes cad/cam files, parts list, and more. Needs Turbine Build Package to complete. Production build license add-on fee.• IT250 System Build Package: $10,000 includes cad/cam files, parts list, and more. Needs Turbine Build Package to complete. Production build license add-on fee.• IT250 System Build Package with Inflow Radial Turbine: $20,000 includes cad/cam files, parts list, and more. Needs Turbine Build Package to complete. Production build license add-on fee. |
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Infinity Turbine Bolt Together Modular Turbine System |
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Infinity Turbine Now Developing Fiber Laser Method for Supercritical CO2 Turbine Manufacturing The Fiber Laser Manufacturing Method for waste heat-to-energy turbine rotors and stators offers a groundbreaking solution in precision engineering for energy recovery systems. This advanced technique developed by Infinity Turbine harnesses the high-speed, high-accuracy capabilities of fiber lasers to fabricate intricate turbine components with unmatched efficiency and durability. Designed specifically for systems converting low-grade waste heat into usable energy, fiber laser manufacturing ensures optimal material integrity, minimizes energy input during production, and enhances the overall performance of turbine rotors and stators. By reducing both production costs and material waste, this method is a step forward in sustainable manufacturing and energy innovation. |
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Drop Drone Delivery: A Low-Cost, High-Capacity Alternative to Traditional Drones The Drop Drone concept introduces a disruptive approach to aerial delivery using hydrogen gas-filled balloons combined with a guided payload system. Designed for affordability, scalability, and minimal energy use, this system presents a compelling alternative to conventional drone technology, especially in scenarios that demand low-cost, large-scale payload delivery. |
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Imagine extracting gold—not with toxic chemicals or massive infrastructure—but with a clean, closed-loop process using supercritical CO₂. Our revolutionary method taps into the unique solvating power of scCO₂, selectively isolating gold with unmatched precision and minimal environmental impact. It's fast, green, and scalable.
The future of gold extraction is here—and it's lighter than air. |
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Salgenx Unveils Demonstration Saltwater Redox Flow Cell for Educational and Experimental Use Salgenx, a leading innovator in energy storage technologies, is excited to announce the release of its demonstration redox flow cell, designed to showcase the principles of saltwater battery technology. This demonstration platform, made with parts readily available from common retailers such as Amazon and Home Depot, offers a hands-on educational experience in understanding the electrochemical process behind saltwater batteries.The Salgenx Demonstration Redox Flow Cell is a functional prototype intended to illustrate how salt in water is split by electrolysis, stored, and recombined as a battery. This process is fundamental to the operation of redox flow batteries, which use electrochemical reactions to store and discharge energy using liquid electrolytes. The system is designed to demonstrate these principles in a simple, visual way, offering valuable insight into the mechanisms of energy storage at the molecular level.Saltwater Redox Flow Cell for Educational and Experimental Use |
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LiftGenX low cost payload balloon for heavy lift, tow, low radar signature, and fiber laser applications |
LiftGenX Hydrogen Gas Balloon for Payload Deployment and Heavy Lifting Using Saltwater Flow Battery Power and Ballast Discover how hydrogen gas balloons are revolutionizing both military and commercial operations with capabilities like heavy lifting, drone deployment, fiber laser defense, high-altitude surveillance, and sustainable hydrogen generation using innovative saltwater ballast technology.• Balloons can be used with carbon fiber tow for lifting as well as dragging for defeating grid systems.• Low signature radar return.• High static electricity produced on-board provides in-situ envelope defense system that discharges large voltage to nearby bad actors.• Tethered option allows power, H2 gas production, high quality ethernet communications, surveillance, and fiber laser applications (for both aerial and ground defense).LiftGenx Hydrogen Gas Balloon System for Military and Commercial Use |
The Future of Grid-Scale Energy Storage: Flow Batteries, Iron-Air, and More |
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Comprehensive Guide to Lithium-Based Energy Storage Systems: Risks, Safety, and Best Practices This comprehensive report provides a technical analysis of large-scale lithium energy storage systems, focusing on 1 MW+ containerized solutions. It delves into the risks of thermal runaway, fire hazards, and toxic gas emissions, along with strategies for fire prevention, monitoring, and site-specific installation considerations. Additionally, it covers the impact of lithium fires on insurance costs and outlines best practices for safety, scalability, and operational efficiency. Emerging technologies and regulatory frameworks are also discussed to provide actionable insights for manufacturers, operators, and policymakers. |
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Current Demand for Grid-Scale Battery Storage The demand for grid-scale batteries is huge. How do we know ? Let's look at the current demand:• Huge wind turbine generators on land, windfarms in coastal regions, are turned off about 40 percent of the time since the grid can't accept their power• Large solar PV generators are routinely turned off since the grid can't accept their power• Belgium is developing 2.8 GWh grid based balancing BESS• Tesla MegaPack (the leader in the industry) currently has a 52 week wait time for orders• Tesla Lathrop Megafactory can produce 200 MegaPacks per week• Tesla battery backlog is 10,400 orders with some huge Gigawatt orders going to Europe• At a production rate of 200 Megapacks per week, with a selling price of $950,000 to $1 million per unit and a 30% profit margin, the profit per week would be about $60,000,000. • Tesla Megapack annual battery profit: 52 weeks x $60 million = $3.120 Trillion Salgenx Offers Once-in-a-lifetime Manufacturing Opportunity to Build Grid-Scale Batteries |
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Salgenx Saltwater Redox Flow Battery Technology Report Salgenx, a renowned provider of innovative energy solutions, has recently unveiled its highly anticipated Salt Water Redox Flow Battery Technology Report. Find out how this technology has been around for 100 years.See why the US Military spent $7 million to verify the technology.Find out why the Pacific Northwest Laboratory did experiments to prove the technology.This comprehensive report takes a deep dive into the dynamics of grid-scale flow batteries, shedding light on crucial aspects such as economics, efficiency, and deployment strategies. With insights derived from extensive research and engineering expertise, the report offers valuable recommendations for optimizing financial viability, enhancing energy conversion efficiency, and successful deployment. This groundbreaking resource is expected to revolutionize the understanding and adoption of grid-scale flow batteries, driving advancements in energy storage and accelerating the transition to a sustainable future. Learn how to build a demo cell that you can test and use.The Salt Water Redox Flow Battery Technology Report is now available for purchase on the Salgenx website, positioning it as an essential read for industry professionals, investors, and stakeholders seeking reliable, efficient, and eco-friendly energy storage solutions. |
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Combining Tesla Megapack Master Controller with Salgenx Cluster Mesh Grid Scale Batteries Leveraging Experience with Cost Reduction The hybrid energy storage model combining Tesla’s Megapack with Salgenx saltwater batteries offers a cost-effective and versatile solution for grid-scale energy storage. With the Megapack as the central control unit handling rapid-response and peak demand functions, and 100 Salgenx batteries providing stable, bulk storage, this setup leverages the strengths of both lithium-ion and saltwater technologies. Compared to a 100 Megapack-only system, this configuration provides similar storage capacity at a $39 million cost reduction, emphasizing both economic and operational benefits. While the Megapack ensures instant response to grid fluctuations, the Salgenx batteries contribute durable, safer, and environmentally friendly bulk storage, making the hybrid system ideal for a range of applications from peak shaving to grid resilience. This model’s scalability and safety advantages align it with the future needs of renewable energy integration, delivering a balanced approach to grid stability, economic viability, and environmental responsibility.Read More on Combining One Tesla MegaPack Controller with Salgenx Cluster Mesh Batteries |
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Turbine Building Masterclass The Infinity Turbine Builders Masterclass is an in-depth, hands-on training designed for engineers, fabricators, and energy enthusiasts to master the end-to-end process of creating an Organic Rankine Cycle (ORC) turbine. This intensive course offers detailed guidance on every stage—from the initial design and concept development to sourcing the right materials, precision machining, assembly, and testing. Participants will gain direct experience in the nuances of turbine fabrication, optimizing efficiency, and troubleshooting performance issues. By the end of the masterclass, attendees will be equipped with the expertise to build and operate ORC turbines, contributing to sustainable energy solutions using low-grade waste heat sources. |
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Topics 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• Magnetic Gears• New energy advances |
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| CONTACT TEL: 608-238-6001 Email: greg@infinityturbine.com | AMP | PDF |