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Comparison of hydrogen production costs

2017-11-23View Original

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For hydrogen production via natural gas, dry gas, light naphtha, liquefied gas, and methanol, what is the order of cost for the hydrogen produced by these different methods? ? Calculated at current prices
Reply #22017-11-24
This needs to be calculated; it’s hard to say, as we don’t even know the scale of your operation! It’s hard to be sure about this!
Reply #32017-11-27
It depends on local prices. If natural gas is cheap, use it; if methanol is cheaper, use that; if naphtha is cheaper, use it as well. If dry gas is stable, use it.
Reply #42017-11-27
Dry gas hydrogen production – Natural gas hydrogen production – Methanol hydrogen production – Liquefied gas hydrogen production – Light naphtha hydrogen production
Reply #52017-12-05
Hydrogen production from dry gas, hydrogen production from methanol/natural gas, hydrogen production from liquefied gas, hydrogen production from naphtha
Reply #62017-12-26
The price of natural gas varies depending on the region; the other rankings are easier to determine
Reply #72017-12-26
Prices vary from region to region; generally, the order is hydrogen production from dry gas, hydrogen production from methanol/natural gas, hydrogen production from liquefied gas, and hydrogen production from naphtha. Here, hydrogen production from dry gas, methanol, and liquefied gas follows a seesaw pattern. . . Use the one that is cheaper. . . For the others, the volume needs to be reduced, and operating them is rather tricky.
Reply #82018-01-29
At current prices, the cost of liquefied gas might be lower than that of hydrogen produced from natural gas or methanol
Reply #92018-05-15
The key factor is still the relevant prices in the market. In the Lanzhou area, the cheapest option is dry gas; followed by natural gas, with methanol and naphtha being the most expensive options. I wonder how things are where you are
Reply #102018-05-16
How could one forget hydrogen production from waste gas? It should be given top priority – waste gas is quite inexpensive; 30,000 cubic meters of waste gas can be used to produce 10,000 cubic meters of hydrogen. However, the pretreatment and purification of waste gas is a bit more complex

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