Green energy,
naturally

e-NG
Shipping sunshine
PPWS
Green Cycle
Net Zero
Green Hydrogen
Energy Transition
Optimising Technology
Decarbonization
Life Cycle Analysis
e-NG
Shipping sunshine
PPWS
Green Cycle
Net Zero
Green Hydrogen
Energy Transition
Optimising Technology
Decarbonization
Life Cycle Analysis
e-NG
Shipping sunshine
PPWS
Green Cycle
Net Zero
Green Hydrogen
Energy Transition
Optimising Technology
Decarbonization
Life Cycle Analysis
e-NG
Shipping sunshine
PPWS
Green Cycle
Net Zero
Green Hydrogen
Energy Transition
Optimising Technology
Decarbonization
Life Cycle Analysis
e-NG
Shipping sunshine
PPWS
Green Cycle
Net Zero
Green Hydrogen
Energy Transition
Optimising Technology
Decarbonization
Life Cycle Analysis
e-NG
Shipping sunshine
PPWS
Green Cycle
Net Zero
Green Hydrogen
Energy Transition
Optimising Technology
Decarbonization
Life Cycle Analysis
e-NG
Shipping sunshine
PPWS
Green Cycle
Net Zero
Green Hydrogen
Energy Transition
Optimising Technology
Decarbonization
Life Cycle Analysis
e-NG
Shipping sunshine
PPWS
Green Cycle
Net Zero
Green Hydrogen
Energy Transition
Optimising Technology
Decarbonization
Life Cycle Analysis
e-NG
Shipping sunshine
PPWS
Green Cycle
Net Zero
Green Hydrogen
Energy Transition
Optimising Technology
Decarbonization
Life Cycle Analysis
e-NG
Shipping sunshine
PPWS
Green Cycle
Net Zero
Green Hydrogen
Energy Transition
Optimising Technology
Decarbonization
Life Cycle Analysis

Building the next stage of renewable energy

Trees use sunlight, water and CO₂ to create oxygen. Inspired by this streamlined cycle, TES is building the fastest, most efficient and affordable way to decarbonize the global energy market.
We put solar panels and wind turbines in the world’s sunniest and windiest places and use this renewable energy to generate green hydrogen. We then combine that hydrogen with recycled CO₂ to create e-NG (electric natural gas), a hydrogen based drop-in fuel that by leveraging existing infrastructure, is readily usable for industrial, shipping and transportation clients today​.
Using proven technology and existing infrastructure, this is the world’s most immediate way to start reducing global emissions and scale up the hydrogen economy to reach net-zero.
Our global impact

Green molecules solve the energy transition’s main challenges

About 80% of the world’s energy comes from fossil fuels which sends around 37 billion tons of greenhouse gas into the atmosphere annually.
Electrification is on the rise, but not all industries can be fully electrified. Instead, they rely on molecules. TES bridges the gap between these two worlds by transforming green electrons into green molecules, like we do with e-NG.
Green hydrogen-based fuels are a secure, viable, emission-free alternative to fossil fuels that will play a key role in a net zero energy system. e-NG is the lowest cost and most scalable end-to-end e-fuel. That is why TES has committed to rapidly scaling up global e-NG production and supply.
Sources : ourworldindata.org / iea.org
TES Ecosystem

USA

The United States has it all: top-tier talent, a developed energy industry, world-class infrastructure, and the perfect conditions for producing e-NG. The country’s high-intensity sunshine and strong, consistent wind energy resources make it a clear choice for e-NG production at scale and low cost. At the same time, the United States is at the forefront of technological advancements and innovation, and its Inflation Reduction Act has created a conducive investment environment that encourages forward-thinking companies like TES.
TES Ecosystem

Canada

Bolstered by the Canadian government’s commitment to reducing carbon emissions, the country’s well-established renewable energy market is poised for transformative growth in the near future. Canada has set its sights on achieving a net-zero carbon footprint by the year 2050, and it has acknowledged the pivotal role that green hydrogen will play in accomplishing this objective. This is where TES steps into the picture: we can help realize Canada’s ambitious decarbonization plans by leveraging its vast natural resources, such as hydroelectric and wind power to produce large amounts of cost-effective green hydrogen.
TES Ecosystem

Germany

Germany stands as one of Europe’s largest industrial powerhouses, home to world-leading companies in the manufacturing, automotive, chemical and engineering sectors. As such, the country’s heavy industry carries significant weight in Europe’s overall emissions output. With its well-developed infrastructure, political commitment to decarbonization, and position as a technological innovator, Germany is an ideal candidate for leading the charge in industrial decarbonization. Pioneering the green energy transition, we are in the process of developing our first green energy import hub in Wilhelmshaven, Germany.
TES Ecosystem

United Arab Emirates & Saudi Arabia

The United Arab Emirates (UAE) and Saudi Arabia are rapidly emerging as renewable energy markets. Their arid, sun-soaked landscapes provide the perfect conditions for solar energy production. Solar energy is rapidly becoming the cheapest source of electricity in history, with prices dipping as low as €10 per megawatt-hour (MWh). This drastic reduction in cost, next to the region’s ambitious government programs promoting renewable energy, open a world of new possibilities for e-NG production in sun-rich regions.
TES Ecosystem

Australia

Australia’s sun-baked outback offers the perfect conditions for producing e-NG from green hydrogen. The Australian government has committed millions to supporting emission-reduction projects and the country is on track to be a renewable energy superpower, predicting that exports of green hydrogen to Asia will soon represent a major contribution to global decarbonization.
TES Ecosystem

Japan

With the aim of achieving a practical and efficient energy transition, Japan has set a target of having 90% of e-NG integrated into its gas grids by 2050, equivalent to approximately 25 million tons of e-NG. As the demand for sustainable energy continues to rise in Japan, the country is well-prepared to embrace large-scale imports of green hydrogen and e-NG with its sophisticated natural gas import infrastructure. With e-NG, TES offers Japan the perfect means to reduce its reliance on fossil fuels and propel the green transition forward.
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Democratizing access to reliable and affordable green energy through giga-scale projects.

Goal

We plan to provide:

by 2026
0 tons
of e-NG per year
0 TWh
of e-NG (15TWh is the equivalent to the power produced by 15,000 football fields of solar PV)
0 tons
of CO₂ collected as feedstock to produce new e-NG

We work with global leaders

Partners and Shareholders
Fortescue Future Industries
HSBC
UniCredit
Zodiac Maritime
We work with
TotalEnergies
We are partnering with TotalEnergies to build our first e-NG production site in the US
OGE
We are partnering with OGE to develop a 1000 km CO2 pipeline network in Germany
ENGIE
We are partnering with E.ON and Engie to manage the 5th FSRU on behalf of the German Government
Marco Alverà
CEO Marco Alverà

The necessary shift in the Energy Sector

Watch the Full Video

e-NG can help us rebuild and support a sustainable planet.

The future is green. Come help us build it.