High-efficiency hydrogen production
METHANE PYROLYSIS REACTOR
Our technology allows to produce H2 from hydrogen-containing substances such as natural gas, oil, biofuels, etc.

Instead of CO2 emission, we get useful products - carbon black, graphene and carbon nanotubes.
High-efficiency hydrogen production
METHANE PYROLYSIS REACTOR
Our technology allows to produce H2 from hydrogen-containing substances such as natural gas, oil, biofuels, etc.

Instead of CO2 emission, we get useful products - carbon black, graphene and carbon nanotubes.
Over ten years of diligent scientific work with the best universities WE CREATED A UNIQUE
by pyrolysis
which allows to obtain
of natural gas
H2
- compact reactor
PyroHgen
Our technology
Chemical compression reactor for gaseous hydrocarbons PyroHgen® is designed with stretching connective rods allowing reactor of pyrolysis to have small size.
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1.
Compact
Mobile and easy to install.
Reactor size: 350 kg, 400x800x250 mm
3.
Reactor capacity
507 kg H2 PER DAY
4.
2.
Zero greenhouse emission
Low cost
Including CO and CO2
H2 from pyrolysis CH4 = $ 0.5/kg
PYROLYSIS
ELECTROLYSIS
PyroHgen®
  • 1 mole of H2 = 37.5 kJ
  • 1 mole of H2 = 286 kJ
  • H2 = $0.5 / kg
  • H2 = $4 / kg
1.
2.
1.
Energy consumption required for conversion of CH4 by pyrolysis is 37.5 kJ, which is 7 times less than electrolysis of H2O 286 kJ.
2.
PYROLYSIS
PyroHgen®
ELECTROLYSIS
Our business model and clients
A pilot projects is being prepared for processing associated oil gas into H2 in territory of oil production in 11 countries. Pure hydrogen will be converted into ammonia on-site to be delivered to the place of consumption.
Hydrogen gas stations
On-site hydrogen production without CO2
Manufacturing companies
Green hydrogen production for industrial companies
Oil & Gas companies
Flare gas conversion into hydrogen without CO2 emission
Solid сarbon
Graphene, carbon nanotubes, fullerenes low cost production
Over 150 billion m3 of associated petroleum gas are flared annually which can be converted into hydrogen
PyroHgen equipment can turn flare gas into hydrogen and solid carbon
Flared Gas = H2 + C + CO2
150 billion m3
25 125 mln kg
(Solid Carbon)
75 375 mln kg
vanished
from our planet
295 000 mln kg/year
$87 937 mln
$37 687 mln
Flare gas
utilization
PYROHGEN equipment can turn associated petroleum gas into hydrogen and carbon, which will significantly increase the revenue and profit of the oil company.
Hydrogen production
on-site
The advantage of PYROHGEN is the device mobility, thus it can convert associated petroleum gas in the mountains, far north or desert without road-accessibility.
Liquid
hydrogen
After production, hydrogen will need to be delivered to the place of consumption.
Solid carbon storage tank
Hydrogen gas stations
World's first hydrogen production plant on classic gas station.
  • Production Capacity: more than 1500 cars per day
  • H2 is produced on the place of consumption. After production H2 goes directly for fueling the car.
Compressor
Pyrolysis
reactor
Hydrogen
Car dispenser
The reactor is splitting natural gas into hydrogen and solid carbon without CO2 emission
Solid carbon storage tank
Low pressure hydrogen
storage tank
Solid carbon is a very valuable product for the industry. Instead of emitting CO2 into the atmosphere, our equipment produces solid carbon, graphene, and other useful carbons for sale
The advantage of PYROHGEN is the device mobility, thus it can convert associated petroleum gas in the mountains, far north or desert without road-accessibility.
Gas pipeline
The PyroHgen® reactor is connected to the nearest gas pipeline network.
Hydrogen is an explosive gas that requires expensive, special transport conditions. The cost of transporting hydrogen is comparable to the cost of producing it.

Hydrogen can be transported under extremely high pressure or −253 °С
On-site production H2 fueling station
CONTACT US
UAE, Dubai, Silicon Oasis, SIT Tower, office 1912

support@pyrohgen.com
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