Power-to-X Products: Hydrogen per Tonne of Ammonia, Methanol & e-Methane
This lesson is part of the course
In this lesson
You use reaction equations and molar masses to work out the hydrogen needed per tonne of ammonia, methanol and e-methane, correct it for a process yield, convert a year of hydrogen into product tonnes and add up the CO2 the methanol route needs.
Buy the course once for $9.99 to unlock every lesson and lab, the final exam and the certificate – lifetime access, no subscription.
Lessons in this course
- Energy Content: Kilograms, Kilowatt-Hours & Normal Cubic Metres Locked
- The Electrolyser: Specific Consumption, Daily Output, Efficiency & Water Locked
- Running on Cheap Power: Price Thresholds, Operating Hours & Output Locked
- Efficiency Chains: From Power to Hydrogen and Back, Compared with a Battery Locked
- Storing Hydrogen: Gas Density, Usable Mass per Bundle & Days of Storage Locked
- Levelised Cost of Hydrogen: Capex Annuity, O&M, Power & a Sensitivity Table Locked
- Power-to-X Products: Hydrogen per Tonne of Ammonia, Methanol & e-Methane Locked
- Project Dashboard: Emissions per Kilogram, CO2 Avoided & Abatement Cost Locked