METHANE PYROLYSIS REACTOR
Hydrogen without CO2 emission
+ + +
Movable, compact reactor which allows to obtain hydrogen by pyrolysis of methane
METHANE PYROLYSIS REACTOR
Hydrogen without CO2 emission
+ + +
Movable, compact reactor which allows to obtain hydrogen by pyrolysis of methane
HYDROGEN & ELECTROLYSIS
Currently most of the governments in the developed world are planning to produce hydrogen by electrolysis of water, and convert it into ammonia for it's further transportation as hydrogen storage
Hydrogen from ELECTROLYSIS
our solution = PYROLYSIS
VODOROD® is a compact reactor which allows to obtain blue or turquoise hydrogen by pyrolysis of methane.
For this purpose we created a chemical compression reactor based on an internal combustion engine.
Hydrogen from PYROLYSIS
reactor features:
Compact
400x800x250 mm
400x800x250 mm
Weight
350kg
350kg
Converting methane or associated petroleum gas
30% of produced H2 is recycled to fuel the reactor
Zero CO2 emission
VODOROD® IN NUMBERS
Variable cost
Used for:
Used for:
- raw material (methane, associated petroleum gas)
- operating staff
$0.5 / H2 kg
H2 production
Excluding 30% used for reactor fueling
+ 850 tons of Carbon
Excluding 30% used for reactor fueling
+ 850 tons of Carbon
200 tons / year
According to the World Bank over 150 billion m3 of APG are flared annually which can be converted into H2.
$194 million per day
when converting all flared APG in the world into H2
+ 112,000 tons per day of Carbon
FAQ
VODOROD® technology is pyrolysis, converting methane into hydrogen and carbon powder. VODOROD® reactor is based on a modified internal combustion engine which is able to reach high pressure and temperature for gas decomposition.
The reactor is coated with our special AL2TEO material which increases the properties of the aluminium internal combustion engine so it can reach high pressure and temperature for gas decomposition. This coating was developed by our scientific team and was used in the USSR space programs.
Methane is released from oil rigs while drilling. Median oil rig contains 50 kg of associated petroleum gas (98% of which is methane) per 1 ton of oil.
Each reactor is producing 200 tons of hydrogen per year working 24/7. On top of that, the reactor produces 850 tons of carbon per year which can be used for soil fertilisation, high-quality roads asphalting, plastic production and innovative nano-tubes production.
Reactor’s size is optimised in terms of cost efficiency and providing maximum productivity with minimum spend. VODOROD® functionality is considering providing the production line of multiple reactors to increase the capacity.
Reactor does not need any external power supply. It uses 30% of the produced hydrogen as a fuel.
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