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.
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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