Duration: 65 minAmmonia & e-fuels
Powering Planes and Ships on Renewable Energy
Channel: Fugu Fuels
- Intermediate
- English
- Manufacturer content
Ammonia & e-fuels · Webinar · Intermediate
Energy Institute66 minEnglish
The Energy Institute presents findings from new research that extends the modular energy-balance method of its HY2002 Phase 1 study to green hydrogen derivatives. Liquefied hydrogen, ammonia, cracked ammonia, e-methanol and liquid organic hydrogen carriers (LOHC) are compared block by block across production, transport and end use. The results show where energy is lost, what drives efficiency differences between the derivatives and which engineering levers could improve system performance. Engineers, investors and researchers choosing between hydrogen carriers will find a consistent, method-based comparison here. The presenters are not named in the description, and the recording runs about 66 minutes without chapter markers.
This introduction is based on the video’s YouTube description and catalogue details. Source video: independent technical information. No expert opinion has been added to this video yet.
The viewer can compare liquid hydrogen, ammonia, cracked ammonia, e-methanol and LOHC pathways in terms of energy losses from production to end use.
Duration: 65 minAmmonia & e-fuels
Channel: Fugu Fuels
Duration: 55 minAmmonia & e-fuels
Channel: School of Convergence Science
Duration: 92 minAmmonia & e-fuels
Channel: MI — The Global Methanol Alliance
Let's review the chain from hydrogen production to the synthesis unit for capacity, energy balance and feasibility.