Building resilience through gas and LNG

The global energy landscape is navigating an era defined by transformation and unprecedented supply uncertainties. As the world grapples with the dual challenge of meeting rising energy demand while building a resilient energy future, the conversation around global energy security has shifted. 

Energy security is no longer just about managing short-term emergency reserves or navigating temporary market disruptions; it requires a structural overhaul and a pragmatic approach to how nations design their energy mix and invest in long-term infrastructure. To achieve true, lasting resilience, we must bridge the gap between our long-term ideals and the current realities of global energy systems. 

At the centre of this pragmatic framework sits natural gas and LNG. While the expansion of solar, wind, and advanced storage technologies remains a vital priority for the global community, intermittent renewables alone cannot yet support the vast industrial and urban ecosystems that drive modern economies. 

Hydrocarbons, particularly natural gas, provide the reliable baseload power required to keep grids stable and industries operational. That’s why the global community has increasingly recognised it as the definitive foundation of the transition to a lower-carbon future. 

Gas is the critical anchor that ensures energy security today, providing governments with the political and economic stability necessary to scale up the clean technologies of tomorrow. The flexibility of LNG has completely redefined how the world manages geopolitical volatility and supply disruptions. 

Unlike fixed pipeline infrastructure, which ties regional buyers to specific suppliers, LNG creates a dynamic, interconnected global marketplace. This optionality allows molecules to be redirected dynamically to where they are needed most, smoothing out localised price shocks and preventing severe supply shortfalls. 

The rapid deployment of Floating Storage and Regasification Units (FSRUs) globally, for example, has further demonstrated how fast-track gas infrastructure can rescue entire economies during supply crises. For emerging markets and mature economies alike, LNG acts as an indispensable strategic safety valve. 

However, the future of gas and LNG as pillars of energy security relies heavily on proactive infrastructure development and deeper regional collaboration. Security cannot be sustained through fragmented national policies; it requires a coordinated effort to optimise existing pipelines, liquefaction plants, and deep-water ports.  

When nations cooperate to create regional energy hubs, they unlock massive efficiencies that stabilise broader markets. As exemplified by Egypt, we have seen firsthand how shared infrastructure and cross-border partnerships can turn localised gas discoveries into a collective energy shield for entire continents. 

Simultaneously, the gas industry must champion its own low-carbon pathways and prioritise operational efficiency. This means scaling up methane abatement technologies, eliminating routine flaring, and integrating carbon capture, utilisation, and storage (CCUS) directly into gas production and liquefaction processes. By decarbonising the gas value chain, we ensure that LNG remains both a low-carbon choice relative to more carbon-intensive fossil fuels and a reliable partner to renewable energy. 

As the industry gathers at Gastech in Bangkok this year, at the heart of the energy conversation in Asia, our focus must remain on actionable, realistic strategies. The path forward demands that we move past debates that pit hydrocarbons against renewables. True energy resilience comes from an integrated approach that leverages the immediate, reliable, and flexible power of gas and LNG while accelerating investments in new energies. By building robust infrastructure, fostering international partnerships, and continuously reducing operational emissions, we can successfully build an energy ecosystem that is secure, sustainable, and affordable for generations to come.