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We are an emerging LNG-focused company advancing an integrated natural gas value chain.

TWD Energy is developing a large-scale LNG export facility in the Niger Delta, positioning Nigeria as a key player in the global LNG market.
Leading Innovation in Sustainable LNG Solutions
Efficiency, Safety, and Sustainability at Core
Expertise and Dedication Driving Our Success
Empowered Employees Committed to Excellence
Prioritizing Safety to Protect People and Planet
  • What Defines Us
Committed to the greater good of our host communities through sustainable growth.

Upholding sustainability, ethical responsibility, and long-term value for communities and stakeholders.

We produce, liquefy, and export natural gas to global markets.

TWD Energy is committed to delivering reliable, high-quality LNG solutions that enhance energy security and drive sustainable growth worldwide.

Delivering Clean Energy for a Greener Future

Efficient, Responsible LNG for a Sustainable Future

Reliable and Precise Global LNG Supply

Reducing Emissions by Turning Flare Gas into Power

Accelerating the Move to Low-Carbon Energy Solutions
  • How We Deliver

We leverage technology, responsible resource management, and strategic partnerships for efficient, reliable, and sustainable LNG production.

Creating lasting impact through responsible energy development, community engagement, and shared economic value.

TWD Energy is committed to responsible energy development that balances economic growth, environmental stewardship, and social impact.

Through sustainable practices, we create long-term value for our stakeholders while supporting global energy transitions.
Driving Change with Sustainable Green Solutions
Community as Our Foundation, Progress as Our Purpose
Protecting Ecosystems, Preserving Biodiversity

Optimizing Energy for a Sustainable World

“Minimizing Waste, Maximizing Environmental Impact”
  • Building a Sustainable Tomorrow
We integrate innovative solutions, efficient resource management, and responsible operations to minimize environmental impact and enhance community well-being.
We prioritize sustainable growth, ethical responsibility, and long-term value creation to ensure a resilient and low-carbon energy future.

TWD Energy is committed to minimizing emissions through advanced technologies and sustainable practices.

We are driving cleaner energy solutions while supporting the global transition to a low-carbon future.
Turning Waste Gas into Valuable Energy
Reducing Emissions, Driving Progress
Smart Solutions for Carbon Reduction
Building Tomorrow’s Energy, Today
Sustainability at the Heart of Our Mission
  • How We Take Action

We apply innovative technologies and efficient practices to reduce our carbon footprint and enhance sustainability.

We prioritize emissions reduction as part of our commitment to global decarbonization efforts.

TWD Energy is committed to meaningful Indigenous participation, ensuring collaboration, respect, and shared economic benefits.

Through strong partnerships, we support Indigenous leadership, cultural preservation, and long-term prosperity in the communities where we operate.
Ensuring Indigenous voices in decision-making.
Collaborating for sustainable growth.
Creating jobs and business opportunities.
Supporting land and resource management.

Fair economic benefits for communities.

  • Empowering Indigenous Communities
We engage with Indigenous communities through transparent dialogue, equitable business opportunities, and sustainable development initiatives that align with their priorities and values.
We prioritize economic empowerment, environmental stewardship, and lasting partnerships for shared prosperity and sustainable growth.
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Environmentally responsible LNG export operation

At TWD Energy, we prioritize sustainability in our LNG export operations by using advanced waste gas capture and flare gas recovery technologies to optimize resources and minimize environmental impact

Overview

Equipment and supply chain services that provide value beyond price

Construct your engineering project with the benefit of decades of global supply chain experience. With a focus on safety, quality relationships and project execution excellence, our procurement processes support your project’s constructability, efficiency and financial goals.  

Reduce risks related to supply chain disruptions, inflated costs and material or equipment delivery delays. Work with us to select from reliable vendors and secure quality materials and specialized equipment, products and services that meet project requirements.  

Confidently navigate regulatory compliance, tariff and trade agreements, and geopolitical issues to obtain supplies ethically and efficiently. Trust our transparent business practices. We support global accountability which helps maintain ethical standards and business diversity, while promoting sustainability. 

AI and the Future of Engineering

Discover how AI and generative technologies are revolutionizing engineering, driving innovation, and creating sustainable solutions for the future of infrastructure.

Created by Justin Blakefrom the Noun Project

What are low-emissions fuels?

Low-emissions fuels can be grouped into gaseous fuels (biogases, hydrogen and synthetic methane) and liquid fuels (liquid biofuels, ammonia and synthetic liquid hydrocarbon fuels). They can be produced from plants, which absorb CO2 from the atmosphere as they grow, or through industrial processes powered by renewables or other low-emissions energy sources.

What is the role of low-emissions fuels in clean energy transitions?

Low-emissions fuels play an important role in decarbonising parts of the energy system where other options, like electrification, are more difficult or expensive – especially as many of them are compatible with existing fossil fuel-based infrastructure and equipment.

Projects

Equipment and system procurement for the Power Plant

Provides Engineering, Procurement and Program Management Services for...

Provides Engineering, Procurement and Program Management Services for...

perspectives

AI and the Future of Engineering

Discover how AI and generative technologies are revolutionizing engineering, driving innovation, and creating sustainable solutions for the future of infrastructure.

Country and regional

Countries and regions making notable progress in advancing low-emissions fuel supply include: 

  • The European Union reached a provisional agreement on targets for the use of sustainable aviation fuels (SAF) (biofuels, hydrogen and synthetic fuels) in April 2023, with the overall SAF share in the aviation sector increasing from 6% in 2030 to 70% in 2050. 
  • Canada has in 2023 started to implement its Clean Fuel Regulations, which aim to reduce the carbon intensity of gasoline and diesel by 15% by 2030 (compared to 2016 levels). These efforts are complemented by the CAD 1.5 billion Clean Fuels Fund to support the construction or expansion of clean fuel production facilities for hydrogen, renewable diesel, cellulosic ethanol, synthetic fuels, renewable gas and SAFs.

Energy

Liquid and gaseous biofuels are largely compatible with existing fossil fuel-based transport infrastructure and end-use technologies. These fuels cover 5% of final energy demand by 2030 in the NZE Scenario (compared with 1% in 2022), but with a share of 11% in the final energy demand of the transport sector, biofuels are particularly important for decarbonising long-distance transport modes.  

Low-emissions hydrogen and hydrogen-derived fuels attract much attention, but with a share of around 1% in total final energy consumption, they play a limited role by 2030 in the NZE Scenario. Still, scaling up the production of low-emissions hydrogen, developing the necessary transport and storage infrastructure and readying the end-use technologies will be critical over the coming years to ensure that hydrogen can make a larger contribution to emission reductions after 2030. 

Low-emissions fuels can be grouped into gaseous fuels (biogases, hydrogen and synthetic methane) and liquid fuels (liquid biofuels, ammonia and synthetic liquid hydrocarbon fuels). The supply of gaseous fuels is dominated today by natural gas, accounting for 99% of the gas consumed in end-use sectors in 2022. By 2030 in the NZE Scenario, low-emissions gases meet 12% of global final gas demand, of which 70% are biogases and 30% hydrogen. 

Low-emissions fuels met almost 2.5% of liquid fuel demand in end-use sectors in 2022, entirely in the form of liquid biofuels. By 2030 in the NZE Scenario, low-emission fuels meet 8% of global liquid fuel demand. Low-emissions liquid fuels meet 10% of the energy needed in road transport, 10% in aviation and 6% in shipping by 2030. Biofuels continue to dominate low-emission liquid fuel demand by 2030, with a share of 92%. Still, efforts will be required to develop the supply chains and infrastructure for hydrogen-derived liquid fuels (ammonia and synthetic kerosene), which will be critical for decarbonising long-distance transport after 2030 and reducing the pressure on sustainable bioenergy supplies.

Policy

Low-emissions fuels will be needed to decarbonise parts of the energy system where direct electrification is more difficult or more expensive, such as elements of heavy industry and long-distance transport. Many countries have developed or are working on policy frameworks to support the production and use of low-emissions fuels. As of June 2023, around 80 countries have policies in place to support biofuels. For hydrogen, six countries have launched hydrogen strategies and roadmaps since the last edition of TCEP, so that in total 31 countries and the European Union have adopted hydrogen strategies. Several other countries are in the process of preparing their strategies.

View all low-emissions fuels policies

Investment

Global investment in low-emissions fuels continued to experience strong growth in 2022, reaching USD 13 billion. A large part of this investment was in liquid biofuels (USD 9.4 billion) and biogases (USD 2.7 billion). Liquid biofuels accounted for around 80% of the investment growth in 2022, while investments in biogases contributed 4%. The remainder was from investments in low-emissions hydrogen production, which reached USD 1.2 billion in 2022, almost quadrupling the 2021 figure.

Who we are

What We do

Emission Reduction

Sustainability

Indigenous inclusion

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