INDUSTRIES
Mobility
Redeem's technology enables direct hydrogen production at the consumption site from water or liquid carriers, eliminating the need for transportation of liquefied or pressurized hydrogen... and more!
THE CHALLENGE
With zero emissions at the tailpipe and rapid refueling times, hydrogen offers unparalleled convenience without compromising on performance for the mobility sector. Hydrogen mobility faces several challenges that hinder its widespread adoption. One of the primary challenges is the high cost of hydrogen production, often derived from renewable sources, which poses a financial barrier for both consumers and industry stakeholders. Storage and transportation of hydrogen also present technical challenges due to its low energy density and the need for specialized infrastructure.
Overcoming these challenges requires local and cost-effective hydrogen production technologies that can pave the road for a smooth ride through the green mobility transition.
THE REDEEM SOLAR TECHNOLOGIES SOLUTIONS
Local Hydrogen Production Where Needed
Utilizing Redeem's modular photocatalytic reactor panels enables on-site hydrogen production at or in proximity to fueling stations, supporting the development of a widespread infrastructure essential for full-scale hydrogen mobility.
Eliminate Transportation Costs and Safety Concerns
Redeem's technology enables direct hydrogen production at the consumption site from water or liquid carriers, eliminating the need for transportation of liquefied or pressurized hydrogen. This not only reduces hydrogen costs but also reduces hydrogen waste during transportation and eliminates the hazard associated with handling high pressure or cryogenic temperatures.
Durable and Easy-to-Install Solution
Redeem's photocatalytic reactor panels are designed for simplicity and durability. Install them easily on the roof of fueling stations, parking lots, train stations, or airports much like standard photovoltaic panels, along with a pump and liquid supply to initiate green hydrogen production. This modular setup ensures straightforward adjustments for increased demand in the future.