Plasma Kinetics Captures, Stores and Distributes high density low pressure Hydrogen for on-demand stationary power and distributed transportation markets.
Our system is safe, clean, and scalable and holds 100% more energy than a lithium ion battery at half the cost; and recharges in 5 minutes.
It is recognized that Hydrogen is the future and the ultimate displacement of fossil fuels, but adoption has been slow. Our solid Hydrogen technology offers improvements over competing methods, and can accelerate the transition to a Hydrogen economy, especially in emerging markets such as wind, solar and tidal energy storage, and road, rail and maritime commercial transportation sectors. In addition, our low-overhead "store indefinitely" and "produce-on-demand" capabilities offer unique energy solutions to niche energy markets as they migrate toward a green future.
PK has the solution to this Hydrogen bottleneck in the form of light-activated Magnesium hydride nano particle technology. The technology captures, stores, transports and distributes low pressure, high density Hydrogen with on-site, on-demand conversion to Hydrogen gas.
PK is the first company to pursue light activated Hydrogen storage. Others employ high pressure and cryogenic tanks supplied by maintenance-intensive piped Hydrogen. PK 's success is in our unique ability to filter out Hydrogen from exhaust gases "like a sponge" with low temperature and pressure - reducing cost. Captured Hydrogen is contained indefinitely, releasing with light on demand, creating the means for an efficient, practical and safe infrastructure. Our system scales to fit the power demand of any application.
Most Hydrogen used today derives from separating Hydrogen from natural gas, which consumes large amounts of energy while producing byproducts hazardous to the environment. Hydrogen produced from electrolysis is inefficient, requiring large amounts of electricity.
The move toward Hydrogen is primarily impeded by the lack of cost-effective infrastructure which can capture and dispense Hydrogen gas to the points of use for transportation, consumer and industrial energy.
Plasma Kinetics has overcome these challenges practically capturing abundant green Hydrogen gas sources from water treatment plants, biomass and organic waste. Also, Hydrogen sources from industrial production of chemicals, such as chlorine and organic fertilizer can be captured by this novel technology, that is otherwise wasted.
Plasma Kinetics has taken Magnesium, an abundant and well-known Hydrogen absorbing material, revolutionizing performance with a light activated nano structure and specialized formulation. PK improvements to Magnesium hydride technology can:
Military - Drones
Capture and commoditize H2 from landfill and waste water treatment: