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Gas & LNG Infrastructure 

Delivering fit-for-purpose gas and LNG infrastructure that strengthens energy security and improves system flexibility 

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As energy demand rises and systems grow more complex, gas and liquefied natural gas (LNG) infrastructure must operate more efficiently with lower emissions. Projects face growing risks from permitting, supply chains and system integration.

Jacobs supports clients in delivering gas and LNG infrastructure that performs reliably while reducing emissions and managing delivery risk. We combine advisory, engineering and program delivery to address permitting, supply chain and integration challenges from the outset. This approach enables clients to build efficient, adaptable assets aligned with evolving energy systems. 

 

Where we deliver across gas, LNG and integrated energy systems

Connecting gas, LNG and broader energy systems to improve performance, flexibility and long-term reliability.

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Gas Power Generation

Planning and delivering high-performance gas generation assets that integrate reliably with broader energy systems while improving efficiency, reliability and long-term operational performance. We support technology selection, plant configuration and infrastructure integration to ensure assets are designed for evolving fuel and operating conditions.

LNG & Gas Infrastructure

LNG and Gas Infrastructure

Supporting the planning and delivery of liquefaction facilities, import terminals, regasification infrastructure, marine works and pipeline systems that move energy safely and efficiently across regions. We work with clients to manage permitting, environmental requirements and complex construction interfaces while improving long-term asset reliability.

Gas-to-Power and Energy Supply Systems

Gas-to-Power and Energy Supply Systems

Developing integrated solutions that connect gas supply, generation assets, transmission infrastructure and industrial energy systems. Our approach enables clients to reduce delivery risk while improving operational efficiency and energy system performance.

Energy_Storage_and_System_Flexibility

Energy Storage and System Flexibility

Integrating energy storage and hybrid energy solutions that improve system responsiveness and operational resilience. From battery storage to integrated generation storage systems, we support planning, engineering and delivery to maximize the value of energy assets.

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Alternative Fuels

Supporting the development of infrastructure needed to produce, transport and use fuels such as hydrogen, ammonia and renewable natural gas across industrial, transportation and power sectors. We work with clients to evaluate technology options, design future-ready infrastructure and integrate new fuels into existing energy systems.

Carbon_Management_Solutions

Carbon Management Solutions

Providing carbon capture, transport, utilization and storage solutions that reduce emissions from gas and industrial systems. Our advisory, engineering and delivery expertise enables clients to implement scalable carbon management strategies while maintaining reliable energy supply.

The role of gas and LNG in modern energy systems

Exploring how gas infrastructure and global LNG supply chains support energy security, power generation and the transition to more flexible, lower-carbon energy systems.

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Gas and LNG energy infrastructure includes the facilities and systems that produce, process, transport, store and deliver natural gas. This includes pipelines, LNG liquefaction plants, import and regasification terminals, gas storage facilities and gas-fired power generation assets that convert fuel into electricity. 

LNG infrastructure allows countries to import natural gas from global suppliers, reducing dependence on a single domestic resource or pipeline route. Liquefying gas for shipping enables flexible international supply chains that strengthen energy security and stabilize energy markets during supply disruptions. 

LNG is created by cooling natural gas to a liquid so it can be transported efficiently by ship. At import terminals, the LNG is warmed and converted back into gas through regasification before being delivered into pipelines or used for power generation and industrial energy systems. 

A gas infrastructure system typically includes gas production facilities, processing plants, transmission pipelines, compressor stations, LNG export or import terminals, storage facilities and distribution networks. Together these assets move gas from supply sources to power plants, industries and communities. 

Gas infrastructure supports the energy transition by providing flexible, reliable energy while lower-carbon technologies scale. Many gas systems can also be adapted over time to transport lower-carbon fuels such as hydrogen or renewable natural gas, helping energy systems evolve while maintaining reliability.   

Major gas and LNG infrastructure projects must manage complex permitting processes, supply chain constraints, environmental considerations and large capital investments. Early planning, strong engineering design and integrated delivery strategies reduce schedule delays and long-term operational risk. 

Gas-fired power generation provides dispatchable electricity that can respond quickly to changes in demand. This flexibility supports grid stability and complements other energy sources within modern power systems. 

Emissions from gas and LNG systems can be reduced through efficient plant design, methane management, carbon capture technologies and integration with low-carbon fuels such as hydrogen or biogas. These strategies enable energy providers to lower carbon intensity while maintaining reliable energy supply. 

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