Molecular energy
Electrons alone cannot do everything.
The energy transition increasingly runs through molecules — created, converted, transported, stored and consumed. Hydrogen is the entry point. The molecular economy is the market.
From electrons to industry
- Renewable electricity
- Electrolysis
- Molecules
- Conversion
- Transport & storage
- Industry, transport & energy
Electricity is the cheapest way to move and use energy wherever it can reach. It cannot reach everywhere. High-temperature industrial heat, chemical feedstock, long-duration storage, shipping and aviation all need something with more energy per unit volume and the ability to be stored for months. That is the work molecules do.
Our position
Technology-neutral, by method rather than by slogan.
We do not claim molecular energy is always preferable. Frequently electrification is better, and an adviser who cannot reach that conclusion is not analysing anything. The job is to determine what works, where, for whom, at what cost, and with which commercial model — and to say so even when the answer is inconvenient.
The molecule families
H₂ The entry point
Hydrogen
The lightest molecule, the highest energy per kilogram, and the hardest to store and move. Everything difficult about hydrogen follows from those three facts.
Read more →NH₃ The carrier that already ships
Ammonia
The only hydrogen carrier with a century-old production industry and an existing global shipping trade. That is its decisive advantage.
Read more →CH₃OH The liquid that needs no new handling
Methanol
A liquid at ambient conditions, with an established chemical market and a shipping industry that can handle it today. Its constraint is where the carbon comes from.
Read more →CH₄ The molecule with the network already built
Methane & Biomethane
The only low-carbon molecule with a complete global distribution network already in place. Its supply, not its market, is the constraint.
Read more →CO₂ Waste stream, feedstock and constraint
CO₂
In a molecular-energy system CO₂ is not only an emission to be avoided. For every carbon-containing synthetic fuel it is an essential raw material — and usually the scarcest one.
Read more →CₙHₘ For where nothing else fits
e-Fuels & Synthetic Fuels
The most expensive and least efficient way to move energy — and the only option for aviation and some heavy transport. Both of those statements are true at once.
Read more →Further molecule families — carriers and electrochemical systems among them — are added as the market develops. The site is built so that adding one is a data edit.
Questions
What is molecular energy?
Creating, converting, transporting, storing and consuming energy through molecules rather than through electricity alone — hydrogen, ammonia, methanol, methane, CO₂, e-fuels and the carriers between them.
Is molecular energy always better than electrification?
No. Direct electrification is usually more efficient where it is technically possible, because every conversion step discards energy. Molecules matter where electrification cannot reach.
Why does MolecularX start with hydrogen?
Because that is where the industry currently is, and where the deepest knowledge and access exist. Hydrogen is the entry point rather than the boundary — ammonia, methanol, methane, CO₂ and e-fuels are all part of the same system, and future molecule families are straightforward to add.
Which molecule fits your case?
That is usually a techno-economic question rather than a preference. It is also the question most often answered backwards — starting from the molecule instead of from the market.