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"Comparing Electrolysis versus Catalysts Reactor: Efficiency, Cost, and Lifespan Analysis"

See the score results below! #Greenhydrogen


Electrolysis

Catalyst Reactor

Lifespan is from 2-3 years of the Electrolyzer

Lifespan is from 30 to 78 years of the Catalyst Reactor

Size> 1 MW= 1000 kW, at 100% efficiency

Size> 1 MW= 1000 kW, at 100% efficiency

Means > $1,200,000 for electrolyzer = 30 kg/H2/hr

to be replaced every three years, for 30 years $12,000,000

Means > $5,000,000 for Catalyst Reactor = 30 kg/H2/hr

never to be replaced price for 30 years $6,000,000

1 kg/H2 requires 52 to 67 kW/hour

30 kg/H2 * times 52 kW/hour = 1,560 kW/hour

1,560 kW/hr * $0.15 = $234

30kg/H2 = $234

$234 % 30 kg/H2 = $7.80 kg/H2


1,200,000 (36 months) = $34,000 monthly

34,000 divided by 30 days = 24 hours = $46/hour

So that means > $46 needs to be added to the H2 production price per hour.

1 kg/H2 requires 0 kW/hour

30 kg/H2 * times 0 kW/hour = 0 kW/hour

0kW/hour * $0.15 = $0

30 kg/H2 = 0$

$0.00 % 30 kg/H2 = $0 kg/H2


$6,000,000 (30 Years) = $0.00 Yearly

34,000 divided by 30 days = 24 hours = $0/hour

So this means that > $0.00 must be added to the H2 production price per hour.

Also, add the price of distilled water which is also quite expensive.

Water distillers use about 3 KWH to make a gallon of distilled water. If you spend 10 cents per KWH as the average cost of electricity in the US, that would be about 30 cents for a full gallon of pure, distilled water.

Any kind of water, from lakes or water boreholes, rainwater, normal water, or seawater. The price is very low for a gallon or liter.

Electrolysis ironizes and loses efficiency from day one, after a short time the power consumption will increase from 52 kWh up to 80 kWh for one kilogram of hydrogen

No efficiency loss, no kWh. Batch and continuous process steerer.

The Catalyst chemical reaction will provide the same amount of hydrogen at any size.

To produce green hydrogen with electrolyzer you need power from solar plants or wind turbines. Add the cost to this calculation of electrolyzer hydrogen.

NO need of solar energy, no need of wind turbines.

Producing solar cells is energy-intensive and produces large CO2 emissions for delivering so-called green hydrogen, which it is not and solar panels cover large areas that do not turn green but black from the panels.

No use of solar panels, catalyst reactor can be submerged below ground level and be invisible.

Wind turbines use a lot of oil to run and are difficult to recycle.

The Catalyst Reactor is completely harmless to the environment and nature, the catalyst can be reused and consumes CO2 in the process.

Production costs $11, to over $15 per kg H2

Lifetime only 2-3 years


$11 to $15 is the true cost of electrolyzer power per kg H2 and is not true green energy

Production price 0.95 cents two under 0.50 cents.

Lifespan over 30 years

High maintenance costs

Small maintenance costs

Definite loser of the comparison

Clear winner of the comparison

If, after comparing, you consider setting up a Catalyst Reactor in your company or area, set up filling stations, or investing in an excellent technology, write or call us.


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