HidrogeniCs Reduces CO2 Emission By 90% While Creating Novel Carbon Materials (Graphite, CNT & Graphene) and Clean Energy (H2)
THE PROBLEM
Natural gas (Methane) combustion alone contributes around 15-20% of global CO₂ emissions from fossil fuels. ​​
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Traditional methane combustion releases nearly 2.75 tons of carbon dioxide for every ton of methane burned, contributing significantly to global greenhouse gas emissions.
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Therefore, oil & gas companies are increasingly seeking ways to reduce their carbon footprint, avoid hefty carbon taxes to be able to continue to monetize their substantial methane reserves in a way that aligns with global climate goals.
OUR SOLUTION
At HidrogeniCs, we transform methane into a dual solution for the future: clean hydrogen and soild carbon products (synthetic graphite, carbon nanotube and graphene) and reduce CO2 emission by 90% as compared to traditional SMR method.
Our innovative methane pyrolysis technology produces zero-carbon hydrogen, a key to decarbonizing industries and fueling the green energy transition, while simultaneously generating high-quality synthetic graphite, essential for batteries, electronics, and more.
By leveraging an abundant resource, we’re driving a sustainable, circular economy that powers the world with cleaner energy and advanced materials.
HidrogeniCs' PRODUCTS
CO2-Free Turquoise Hydrogen
HidrogeniCs’ methane pyrolysis has a smaller environmental footprint than traditional methods, which use thermal decomposition of heavy petroleum materials.
Value added Carbon Products
In Hidrogenics process, four different carbon products can be produces inclusing Graphene, carbon nanotubes (CNTs), Graphite, and Carbon black.
Carbon Offset Credit
HidrogeniCs convert methane into clean hydrogen and solid carbon products, thereby preventing the release of carbon dioxide and reducing overall greenhouse gas emissions
OUR SUPPORTERS & SPONSORS
MAIN ADVANTAGES
Hidrogenics’ patent-pending process use multi-metal catalysts to decompose methane into high value carbon products as well as turquoise hydrogen. The main advantages of this process is
1) Production of low price hydrogen (Targeting 0.75-1.5 $/kg in commercial scale production)
2) Production of high value carbon products (such carbon products have 100-200000 times higher value as compare to Carbon Black)
3) Low temperature operation and doesn’t need molten metal which is costly and corrosive
4) Lack of mechanical part by design to boost energy efficiency of the process
5) Selectivity towards 4 different carbon products (Graphene, Carbon nanotubes, Synthetic graphite and carbon black) depends on market fit
6) Selectivity toward pure hydrogen
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MARKETS
Graphite for Metal Ion Batteries
MARKETS
Graphite for Metal Ion Batteries
Graphite for Electordes
Hydrogen for Power Generation
H2 for Chemical Manufacturing
2022
2
2
3
Year Established
Prototype Completed
Partnerships and LOIs Formed
Grants & Awards Received
GET IN TOUCH
Lab
707 Broad Street, 10th Floor Newark, NJ 07102
Please feel free to contact us via the form below or text/call us at +1 617 682 6752
HQ Office
6256 Guyson Court, Pleasanton, 94588
Email: Moha@HidrogeniCs.com
Phone: +1 857 320 0888
Contact Us
Careers
Join our team of passionate individuals who are dedicated to driving the global energy transition. Send your resume and cover letter to Moha@HidrogeniCs.com
Sales & Support
Please contact info@HidrogeniCs.com