Pakistan has issued an emergency tender for two spot liquefied natural gas (LNG) cargoes to support domestic power generation [1].
This move comes as the country faces a heightened risk of nationwide electricity load-shedding during the summer of 2024 [2]. The sudden reliance on the volatile spot market highlights the fragility of Pakistan's energy security when faced with geopolitical instability and contract disputes.
State-owned Pakistan State Oil is managing the tender for the two cargoes [1]. The average price for these shipments is $7.68 per mmBtu (DES) [1]. This represents an increase from the price of $7.45 per mmBtu (DES) recorded last month [1], though it remains lower than the $8.90 per mmBtu (DES) price seen in March of the previous year [1].
Supply disruptions have been driven by a combination of regional conflict and contractual shifts. Some reports indicate that the closure of the Strait of Hormuz due to the Iran-U.S. war has threatened the steady flow of energy [2]. Additionally, the government has deferred its term LNG contract with Qatar for one year [3].
This deferment has created a significant gap in supply. Some estimates describe the resulting lack of fixed-term Qatari supply as a $20 billion LNG blackout [4]. To prevent total grid failure, the government is forced to purchase smaller quantities at current market rates, a strategy that often increases costs for the state.
The emergency procurement is intended to bridge the gap until more stable supply lines can be established or the deferred contracts are resumed [2], [3].
“Pakistan has issued an emergency tender for two spot liquefied natural gas (LNG) cargoes”
Pakistan's pivot back to the spot LNG market reveals a critical vulnerability in its energy strategy. By deferring long-term contracts while simultaneously facing supply chain blockages in the Strait of Hormuz, the government is exposed to price volatility and delivery uncertainty. This emergency measure is a short-term fix to prevent widespread blackouts, but it underscores the systemic risk posed by relying on a single geographic corridor for essential energy imports.
