They can generate large amounts of constant and stable energy in ridiculously reduced spaces (1MW in 2 square meters), they do not produce emissions, they do not generate waste, they do not require fuel, they have the most economical cost even over solar or wind energy $ 0.015 USD kWh and a useful life of more than thirty years. Speaking about scalability, the applications range from the autonomous supply of energy in homes and isolated spaces, to industrial applications of self-generation off-grid, through applications of electric mobility without the need for batteries (there is no need for batteries, if you carry a on-board generator). Considering the applications, these systems can be used to generate clean energy at the consumption site (off-grid) and under any climate scenario. They are an excellent choice to generate Green Hydrogen on demand. They can be used as a source of energy in industrial thermal applications. They can feed Plasma Arch for smelting processes or treating and eliminating solid urban waste without emissions at any scale. They can be used as a power source for electric mobility applications from cars, trains, ships and airplanes. They can be integrated into any embedded electrical system to manufacture autonomous products from 5kW. It can be used as a standalone off-grid battery charger. And whatever else your imagination gives you. Would you be willing to consider a technology that can qualitatively and quantitatively accelerate the achievement of the goals for the elimination of CO2 in GIGA TONS originated in the Electrical Market ?. With an ROI of 2.5-3 years and a market of 3 trillion dollars the first year waiting out there? If your answer is YES, write us a message here or an email to: jm.jr@h2energy.com.mx and azaidan@everforce.ca Or send a tweet to discuss the topic: @JBellacetin By the way, we can also produce graphene from the emissions generated in any chimney or tailpipe. Greetings sisters and brothers in the name of Mother Earth