Industries
Industrial Heat
The decision is made by temperature and duty, not by preference — and below about 200 °C the answer is usually not a molecule.
How molecular energy affects industrial heat
Industrial heat is a very large share of energy demand and an enormous range of applications, and the right answer varies sharply across it. Low-temperature duties are increasingly served by heat pumps and electric systems at lower operating cost. Mid-range duties are contested. High-temperature processes — glass, ceramics, some metals and chemicals — remain hard to electrify and are where molecular fuels have a durable role. Sorting a site's demand by temperature and duty is the whole analysis.
Relevant molecules
What competes
- Industrial heat pumps for low-temperature duty, usually the cheapest option
- Direct electric and induction heating for mid-range applications
- Hydrogen combustion for high-temperature duty
- Biomethane as a drop-in where gas equipment stays in place
Where the commercial opportunities are
Temperature-segmented heat strategies for multi-process industrial sites
Fuel switching at genuinely high-temperature furnaces
Biomethane supply where existing gas equipment is retained
Shared cluster heat and hydrogen infrastructure
Project types we see
Categories of project active across the industry — not a list of MolecularX engagements.
Questions
When is hydrogen the right answer for industrial heat?
When the temperature is genuinely high, the duty is continuous, electrification is impractical or the grid connection is unavailable, and no capture route exists. That is a real set of cases but a narrower one than most early hydrogen demand forecasts assumed.
Why is electrification usually cheaper?
Because using electricity directly avoids the conversion losses of making a molecule from it and then burning it. Every step from electricity to hydrogen to heat discards energy, so unless the molecule is solving a problem electricity cannot — temperature, existing equipment, grid constraints — direct electrification wins on operating cost.
How we can help
Technology Assessment
Independent, criteria-driven comparison of the technologies competing for your project.
Read more →Techno-Economic Analysis
Levelised cost modelling with the assumptions exposed and the sensitivities tested.
Read more →Carbon & Lifecycle
What a pathway actually emits, consumes and requires — measured, not asserted.
Read more →Strategy
Corporate and molecular-energy strategy built on what the technology can actually do and what the market will actually pay.
Read more →Working in industrial heat?
Tell us what you provide or what you are trying to build, and we will tell you whether there is something here worth pursuing.