The global energy economy is being reshaped by rising demand, geopolitical disruption and a renewed focus on energy security and sovereignty. As governments and industries respond to supply disruptions and shifting alliances, the world is adding energy supply at scale to meet growing demand. Gastech will convene global leaders to examine how diversified supply, resilient infrastructure and pragmatic policy frameworks can strengthen the stability of global energy systems, and how markets, trade flows and partnerships are evolving to respond to geopolitical realities while working to ensure energy is universally accessible and affordable.

Natural gas and LNG remain central to global energy security, providing reliable, lower-carbon supply amid market volatility. As Asia’s demand for cleaner fuels grows, LNG is displacing coal and supporting industrial growth. Gastech will highlight gas’s strategic role in stabilising energy systems and advancing resilient infrastructure investment.

Rising electricity demand is reshaping global energy systems, driven by AI and digitalisation, rapid industrialisation, urbanisation and the need to expand energy access, alongside decarbonisation goals. Meeting this growth requires integrated systems where natural gas provides flexible baseload power alongside renewables, nuclear and battery storage. Gastech will explore how these technologies can operate in concert to deliver reliable, scalable and lower-carbon electricity systems that support both economic development and the energy transition.

Modernising global energy systems requires unprecedented investment, especially across Asia and the Global South. Capital must target Modernising global energy systems requires unprecedented investment, especially across Asia and the Global South. Capital must target LNG, gas-to-power, and low-carbon projects to ensure secure, decarbonised supply. Gastech will convene financiers, policymakers, and developers to align on innovative frameworks that unlock capital, mitigate risk, and accelerate resilient energy infrastructure., gas-to-power, and low-carbon projects to ensure secure, decarbonised supply. Gastech will convene financiers, policymakers, and developers to align on innovative frameworks that unlock capital, mitigate risk, and accelerate resilient energy infrastructure.

Artificial intelligence is transforming energy, improving efficiency, forecasting, and system adaptability. As electrification accelerates, AI will be crucial for balancing demand, reducing emissions, and optimising assets. Gastech will convene technology leaders and operators to explore AI’s potential in midstream and downstream operations, unlocking value and enabling a resilient, intelligent energy future.

The evolving energy landscape requires collaboration across borders, sectors, and technologies. From LNG diversification to hydrogen and advanced technology deployment, coordinated action is critical. Gastech will bring together governments, industry, and technology partners to forge integrated alliances that drive investment, innovation, and long-term energy security for a sustainable, resilient future.

Low-carbon solutions and energy efficiency solutions will be central to achieving measurable emissions reduction across the global energy system. Gastech will examine how these technologies can move from ambition to large‑scale deployment, integrating into complex value chains, enabling system‑wide optimisation, and supporting a more interconnected, resilient, and lower‑emissions future.

Hydrogen and low‑carbon fuels are emerging as critical components of future energy systems, complementing natural gas and enabling deeper decarbonisation of hard‑to‑abate sectors. Asia is rapidly positioning itself as a key demand centre, with new import terminals, pilot projects, and policy frameworks taking shape. However, cost competitiveness, infrastructure readiness, and market design remain major hurdles. Gastech will explore pathways to scale production, optimise transport and storage, and integrate hydrogen and low‑carbon fuels into existing gas networks to build a more diverse and resilient energy mix.