NEOM Green Hydrogen Project Explained | Electrolysers, Intermittency & Green Ammonia

Описание: The NEOM Green Hydrogen Project in Saudi Arabia is set to become the largest green hydrogen facility in the world — powered entirely by solar and wind and designed to export green ammonia at global scale.

In this technical deep dive, we break down how the project actually works, focusing on the three hardest engineering challenges:

🔹 Electrolysers at GW scale – alkaline vs PEM, efficiency, water use, and modular design
🔹 Renewable intermittency management – how 4 GW of solar and wind can feed a 24/7 chemical plant
🔹 Green ammonia synthesis – Haber–Bosch adaptation, hydrogen buffering, and system efficiency

You’ll learn:
• Why NEOM uses ammonia instead of shipping hydrogen
• How electrolysers act as flexible loads instead of baseload assets
• How hydrogen storage decouples renewables from ammonia synthesis
• The real end-to-end efficiency of green hydrogen → ammonia
• Why this project works at scale — and why many others fail

This is not a hype video. It’s a systems-engineering explanation of one of the most ambitious clean-energy projects ever built.

📍 Location: Oxagon, NEOM (Saudi Arabia)
⚡ Renewable Power: ~4 GW (Solar + Wind)
💧 Hydrogen: ~600 tonnes/day
🛢️ Green Ammonia: ~1.2 million tonnes/year

#NEOM
#GreenHydrogen
#GreenAmmonia
#HydrogenEnergy
#RenewableEnergy
#Electrolysis
#EnergyTransition
#CleanEnergy
#HydrogenEconomy
#EngineeringExplained

NEOM green hydrogen, NEOM hydrogen project, green hydrogen explained, green ammonia explained, electrolysers explained, alkaline electrolyser, PEM electrolyser, hydrogen intermittency, renewable energy storage, ammonia synthesis, Haber Bosch process, green ammonia export, hydrogen energy transition, Saudi Arabia renewable energy, NEOM Oxagon, clean energy engineering, hydrogen production process, industrial decarbonization, energy systems engineering