EPRO Advance Technology (EAT), a renewable energy company, has developed a revolutionary porous silicon material, known as Si+, which has the ability to generate ultra-pure hydrogen from a water source. It also acts as a solid-state hydrogen generating material – one that is compact, robust, and easily transportable – solving many of the issues that have inhibited the growth of the hydrogen economy.
When one submerges this Si+ powder into water and mix it, hydrogen gas then starts bubbling out. The powder functions at a wide range of ambient temperatures between 0-80 °C (32-176 °F).
It represents a significant breakthrough of green hydrogen energy, and it will transform hydrogen from the fuel of the future to the fuel of tomorrow. Moreover, Si+ is extremely environmentally friendly, having a very low carbon footprint.
Tags: Carbon Footprint, Energy, Hydrogen, Renewable, Si+, Silicon Material
Recent Posts
Report Highlights Pathway for Electrifying Nigeria’s Container Trade Sector
South Korean Company YPP Plans to Invest up to $3.1 Billion in Green Hydrogen Production in Kazakhstan
WattEV Expands Electric Truck Charging Network with Three New Depots in California
Anemoi Develops New Method to Accurately Measure Wind-Assisted Propulsion Benefits
Navigator Holdings and Amon Maritime Form Joint Venture for Ammonia-Fuelled Carrier Fleet
Hygenco Commissions Maharashtra’s First Green Hydrogen and Oxygen Facility to Power STL’s Net Zero Goals
India Invites Second Round of R&D Proposals Under ₹4 Billion Green Hydrogen Mission
BMTC Adds 148 Tata Electric Buses to Bengaluru Fleet, Strengthens Green Mobility Drive