TEL: 1-608-238-6001 Email: greg@infinityturbine.com
Consulting and Analysis for ORC Turbines and Renewable Energy 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
Salgenx Concept PV Power and Desalination Barge |
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Make a demonstration redox flow cell to show the principles of the saltwater battery using parts readily available from Amazon and Home Depot. Salgenx is making available several educational demonstration platform options including:• Plans and parts list to build the saltwater redox flow battery cell, including the original scientific paper from major research labs in the USA. • Saltwater Demonstration Redox Flow Battery Cell Kit (parts available for assembly and testing). Price: Email for pricing.• Completed Saltwater Demonstration Redox Flow Battery Cell. Price: Email for pricing and availability
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Rail-Based Salgenx Saltwater Battery: A Mobile, Grid-Scale Energy Storage Solution As global demand for reliable and flexible energy storage continues to rise, Salgenx presents a groundbreaking innovation: the Rail-Based Salgenx Saltwater Battery. Designed for grid-scale storage, this mobile system offers a safe, scalable, and highly adaptable alternative to lithium-ion batteries—without the risks of thermal runaway or fire hazards.Rail-Based Salgenx Saltwater Battery: A Mobile, Grid-Scale Energy Storage Solution |
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New Rotary Electrolyzer to Split Salt in Seawater for Grid Scale Battery Storage Salgenx continues to innovate in grid-scale energy storage with the introduction of a radically new electrolyzer design. Moving beyond traditional static electrodes, this concept utilizes fluid-based electrodes suspended in a circular reactor, energized by rotating magnetic fields—similar to the arrangement found in electric motors.Instead of fixed anodes and cathodes, this system uses a dynamic magnetic array to induce electrochemical reactions within a fluid medium. These fluids are composed of highly conductive and magnetically responsive particles, which can be precisely positioned, energized, and regenerated through a variable magnetic field control.This approach offers several key benefits. First, the fluid provides a constantly renewing electrode surface, reducing fouling and avoiding dendrite formation. Second, the circular reactor design allows for a compact, modular system that can scale easily in containerized deployments. Third, the oil-based phase within the reactor naturally absorbs off gas generated during the electrolysis process, simplifying gas management and separation.
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Tesla’s Unboxing Manufacturing vs. Traditional Factory Assembly: A Game-Changer for Grid-Scale Batteries Imagine a world where massive assembly lines are obsolete. Tesla’s Unboxing Manufacturing is revolutionizing production by cutting costs, reducing waste, and accelerating scalability. How does it compare to traditional factory methods? And what does it mean for grid-scale batteries like the Salgenx Saltwater Battery vs. Tesla Megapack? Explore the future of manufacturing in this groundbreaking comparison. |
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Turning Oil Wells Into Grid-Scale Saltwater Batteries Salgenx introduces a revolutionary way to repurpose oil wells by transforming them into large-scale saltwater flow batteries for solar energy storage. A solution that uses redox flow technology, enabling solar PV energy storage and nighttime grid support with high efficiency and low cost. |
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Developing a New Fluid Battery Electrode that Builds Itself While charging, this type of battery technology can be self-healing, self-optimizing, and can actually build battery material. Patented.• power (discharge mode)• self-assembling (charge mode)• reconfiguration (cycle time in milliseconds measured in hz)• catalystFor Salgenx Flow Batteries, Flowtronx and Salflex will be offered for sale as a separate proprietary fluid additive.
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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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Saltwater battery research and discovery are now available for your commercialization |
Research and Discovery Package Salgenx is offering its groundbreaking saltwater battery research and discoveries for purchase, rather than through a traditional licensing model. This unique approach allows you to build your own intellectual property portfolio while saving significant time and resources on research and development—accelerating your path to commercialization of a lithium-free, grid-scale battery solution using saltwater as an electrolyte. The first to market gains a competitive edge, and with no licensing contracts, you fully own and control your innovation. The package includes all research, discoveries, and inventions since August 2022, along with CAD/CAM drawings of container designs and the flow pump as an added bonus, providing a strong foundation for your development efforts. |
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Salgenx Unveils Unboxing Factory Assembly Line Salgenx will leverage Tesla’s unboxing factory line methodology to streamline the production of its saltwater battery technology. By adopting an automated, modular assembly approach, Salgenx can significantly reduce manufacturing costs and increase scalability, ensuring high-volume production with minimal labor. The unboxing process enables the battery components to be delivered in a sequence that eliminates excess handling, enhancing efficiency and precision in assembly. This method aligns with Salgenx’s commitment to sustainable, high-performance energy storage, making large-scale deployment of its saltwater batteries more viable for grid and industrial applications. The only manufactured parts are the electrolyzers and flow pumps. |
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Purpose of Demonstration Cell The purpose of the demonstration cell is to show the electrochemical process where a redox reaction takes place - how salt in water is split by electrolysis, stored, and then recombined to make a working battery.This is not a home battery storage unit, nor a cell which can be replicated for a grid-scale battery. Those versions use a more complex anode and cathode recipies, along with a battery management system.As a battery cell, this unit may produce voltage up to 2.2 Volts. Since the input charging voltage can be adjusted, the system can adjusted to show hydrogen evolution reaction (HER). They system can also be adjusted to produce dendrites. These byproducts of the redox reaction show the challenges of the saltwater redox flow battery.
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Introducing Salponx: The Future of Adaptive Energy Storage Imagine a battery that dynamically builds and adjusts its electrodes in real time. Salponx, developed by Salflex and Infinity Turbine LLC, is pioneering a new frontier in energy storage by using coded materials and advanced shape/function control methodologies. This breakthrough technology enables batteries to self-assemble, repair, and optimize their chemistry for maximum efficiency and longevity. By integrating elements like salt, iron, zinc, phosphorous, and titanium into a dynamic electrolyte system, Salponx redefines how energy is stored and released. From a manufacturing standpoint, this concept now eliminates the anode or cathode factory. |
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Other Applications for the Saltwater Redox Flow Cell The Salgenx saltwater redox flow cell can be used for the following demonstrations:• Electrocatalytic hydrogen production, while simultaneously charging the battery.• Charging and discharging a simple saltwater redox flow battery using solar PV panel, wind, or other renewables.• Experimenting with Battery Management Systems (BMS) to attenuate the round trip efficiency of the flow battery charging, storage, and discharge.• Using grid based power to charge during off-peak utility rates, to take advantage of grid-based arbitrage.• Using a saltwater redox cell to produce solid-state heating or cooling using a Peltier cell.• Using the saltwater redox cell to help desalinate water for input into a RO system for water polishing, or using the effluent of a RO freshwater system (brine) as the input for the saltwater redox cell electrolyte.• Experimenting with different anode and cathode materials which provide lower cost and renewable materials sourcing, such as biochar (wood, bamboo, and more).• Experimenting with nanoparticles as an additive to the liquid electrolyte to make system or cycle more efficient.• Using different salts as additives to increase redox efficiency, voltage, or energy density.
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Upgrades for the Saltwater Redox Flow Cell With extensive upgrades, the demonstration redox flow cell can be used for desalination experiments, graphene production, novel electrode design like using ferro-fluids as a fluid electrode, and using bamboo or other biochar to make electrodes. These upgrades are typically made available for license holders and the grid-scale versions.
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Offshore wind power can be generated by wind turbines or RAID wind wall tribo effect generators and used onsite for power storage or making fresh water at sea |
Using Wind Turbine or RAID Tribo Wind Generators direct into Saltwatery Batteries Because we can use seawater as the electrolyte, offshore wind turbines and RAID tribo effect wind wall generators can store their power onsite.This on-demand onsite power storage can also be used to produce and store fresh water offshore (desalination at point of use and power production).In the future large battery bank power transfer ships and fresh water tankers can harvest the stored power and water.No need for underwater cables or pipelines for fresh water.These floating power and water islands could circle the global providing resources anywhere. Old tankers or cruise ships could be converted to power and water production facilities.
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| CONTACT TEL: 608-238-6001 Email: greg@infinityturbine.com | AMP | PDF |