Ras Laffan helium storage tanks | Source: QatarEnergy LNG
| Plant | Start Date |
| Helium 1 | September 2005 |
| Helium 2 | July 8, 2013 |
| Helium 3 | Early 2021* |
*construction completed; operational Q1 2021
Regarding Helium 3 specifically: the EPC contract was awarded to Chiyoda AlMana in late 2015, with an original target of early 2018. However, the 2017 Gulf blockade against Qatar disrupted operations and the project timeline. According to the USGS Mineral Industry of Qatar report, construction was completed and operations commenced in early 2021.
|
Plant |
Capacity (Mm³/yr) |
Capacity (bscf/yr) |
Capacity (MMscf/yr) |
Capacity |
|
Helium 1 |
19.8 |
0.700 |
70 |
~3,540 |
|
Helium 2 |
36.8–38 |
1.300–1.570 |
1,300–1,57 |
~6,630–6,790 |
|
Helium 3 |
11.3 |
0.400 |
400 |
~2,020 |
|
Combined |
~68–70 |
~2.40–2.47 |
2,400–2,470 |
~12,190–12,350 |
*Tonnes calculated at STP density of helium gas: 0.1786 kg/m³
Helium 1 — 700 MMscf/yr (19.8 Mm³/yr):
Helium 2 — 1,300–1,570 MMscf/yr (36.8–38 Mm³/yr):
Helium 3 — 0.400 bscf/yr (11.3 Mm³/yr):
Note: The slight variance between Mm³ and bscf figures across sources reflects different reference conditions used (0°C vs. 15°C, and standard vs. normal cubic metres). The figures are consistent and mutually confirmatory across independent sources.
All three plants produce exclusively liquid helium (LHe) — not compressed gaseous helium. The plants incorporate full liquefaction trains (Claude-cycle cryogenic refrigeration) that bring helium down to −269°C (4.2 K), and the product is stored at Ras Laffan in cryogenic tanks before being loaded into ISO containers (11,000-US-gallon vacuum-insulated vessels) for global distribution by sea. This is the defining characteristic of Ras Laffan as a hub: it ships liquid helium globally in bulk ISO containers, from which customers either use it as LHe directly or re-vaporize it for gaseous applications.
A fourth plant (Helium 4) with a capacity of approximately 1.2 bscf/yr (~34 Mm³/yr) was announced by QatarEnergy as part of the North Field LNG expansion, which would bring total Qatari capacity to approximately 108 Mm³/yr — roughly 60% of current global production.