Our gas infrastructure development approach enables faster development and execution of projects which allows for faster revenue generation, delivering reliable energy to the world, and providing decarbonization alternatives by switching to significantly less-polluting energy sources.
This approach provides a strong foundation to support governments in their effort to increase the penetration of renewable energy sources.
We partner with some of the industry’s leading global engineering, technology, and finance firms, as well as global LNG buyers, to deploy the most advanced technologies and sustainable solutions that will generate maximum value for our clients.
We do this by continuously:
Drives the concept selection, design, financing, build, and operation of LNG projects, ancillary infrastructure, and industrial development to accelerate the development and monetization of natural gas resources, in ways that better satisfy governments’ expected timelines, meet market needs, and maximize the value of those resources.
Develops modular and scalable, faster-to-deploy, and less capital-intensive infrastructure solutions, including flexible commercial solutions to accommodate different stakeholders’ needs and ensure a financeable project.
Provides more flexible, tailor-made, cost-effective infrastructure solutions compared to legacy oil companies, including open infrastructure access to all upstream gas developers in a region.
Provides the development of “virtual pipelines” via small-scale LNG, the use of ISO-Containers, and other bespoke solutions to connect demand centers and remote locations without the necessary pipeline infrastructure, including the development of regasification solutions as required.
Uses private project financing that minimizes governments’ upfront large capex investment, thereby eliminating the risk of infrastructure debt and financing risk.
Secures the necessary sales and purchase agreements with global and creditworthy buyers to monetize the gas resources and secure project financing.
Deploys the best technologies and execution concepts for each project, to minimize capex, opex, and CO2 emissions, thus creating a resilient infrastructure to support the energy transition.
Supports the competitiveness of existing industries and the development of the industries of the future (such as ammonia, hydrogen) in host nations. This approach allows for the development of local content by investing in professional, technical, and engineering skills, as well as technology transfer and the development of new local supply chain opportunities.
Provides infrastructure solutions that allow for a sustainable and reliable foundation to support faster and more robust implementation of renewable energy sources—as well as a more diversified energy mix—thereby helping our clients with their decarbonization strategies.
For power generation, displace the use of carbon-intensive heavy fuel oil (HFO) and diesel with natural gas and LNG, with the significant reduction in carbon dioxide (CO2) emissions required for decarbonization efforts as part of the energy transition.
Reduce the impact that importing HFO and diesel has on governments’ budgets and foreign exchange.
Provide access to additional feedstocks, increase the penetration of renewables, and accelerate the development of a more robust energy mix and the energy systems of the future.
LNG is natural gas that has been cooled to a liquid state, at about -260° Fahrenheit (or ~ -162° Celsius), for shipping and storage. The volume of natural gas in its liquid state is about 600 times less than its volume in the gaseous state, making it easier for ocean transport, in special LNG carriers, to facilities around the world. When delivered, it is “warmed” or vaporized, and returned to its gaseous state (called regasification) and transported by pipeline to distribution companies, industrial consumers, and power plants.
Natural gas is a near-term, viable solution for replacing coal, HFOs, and diesel. In global emerging markets, the power and industrial sectors are the main drivers of natural gas demand, with China, India, and Southeast Asian countries planning to increase LNG imports, with the Asia Pacific markets representing more than half the demand increase for LNG.
Technological advancements and production efficiencies have significantly driven down the cost of renewables, leading to aggressive growth worldwide, in both commercial and residential applications. However, because of their intermittent nature (the sun must be shining or the wind blowing), renewables are mainly a non-dispatchable generating technology. When used, they require a quickly dispatchable, supplemental source. Gas-fired power offers a viable, dispatchable supplemental energy source.
The International Energy Agency (IEA) suggests a material renewable ramp-up between 2023 and 2050 with wind and solar playing an increasingly dominant role. In the IEA’s various scenarios, natural gas is a critical short-to-medium-term solution to complement and balance renewables’ intermittent loads.
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