Hydrogen in.
Chemicals
out.
Ammonia, methanol, sustainable fuel — manufactured at the source of demand, anywhere.
Bench scale, ongoing
Not in EPC seed
On the same pad as the feedstock
PUBLIC · v3.1.1
THREE PIECES OF EQUIPMENT
ONE SKID ENVELOPE
Compressor.
Reactor. Tank.
The chemistry industry, modular.
Modern chemistry needs three things: hydrogen, heat, and pressure. We package those into a deployable module — sized to ride a single skid, dropped at the source of demand.
Pressurize the feed.
Hydrogen and a co-feedstock — nitrogen for ammonia, CO or CO2 for methanol — brought to reaction pressure. Off-the-shelf process hardware sized to a single-skid envelope.
Run the chemistry.
Packed-bed catalytic reactor. Feedstocks meet promoted-iron or copper-based catalyst, exit as the product molecule. Different reactor cores swap into the same skid envelope for different chemistries.
Take the product.
Liquid ammonia, methanol, or hydrogen carrier ready for offtake. Same skid, different chemistry — one product line at a time, sized to local demand instead of refinery scale.
EQUATIONS
CHEMISTRY VALIDATED
Build up,
not down.
Hydrogen is the first ingredient in any molecule that contains it. Modern chemistry — Haber-Bosch for ammonia, methanol synthesis from syngas, Fischer-Tropsch derivatives for fuel — gives us the recipes. We're working from feedstock to product, not refining product down from crude.
The reactors are not novel. The novelty is the scale — small modules instead of refineries, deployed where the demand is, sized to the local feedstock instead of routing trains and pipelines around the customer.
FOUR LINES
NO NEW DEMAND CREATION
Four products.
Markets that
already exist.
Each product line scales independently. None of these molecules need new demand created — they are commodities that industries buy at scale today, often produced from fossil feedstocks. Our path is to substitute the feedstock, not the molecule. Manufacture happens where the demand is — at the farm, at the port, at the airport — instead of at distant central plants.
VALUE CHAIN
HIGHEST MARGIN
Where the
chemistry
meets the
customer.
Hydrogen at the wellhead sells for one number; ammonia delivered to the farm sells for another. The gap is logistics — pipelines, trains, terminals, blending, storage. Centralized plants accept that gap as the cost of operating at scale.
Modular reactors collapse the gap. Manufacture where the demand is, skip the long-haul step entirely.
LONG HORIZON
Patient
by design.
Products activates on customer-readiness, not on a calendar. The chemistry is well-understood; the supply chains for catalysts and reactor hardware are well-mapped; the work that remains is reactor scale-up, partner relationships, and the first deployment site. The sequence below is built on process-readiness — each phase activates when the preceding one runs cleanly.
FORM
Talk
to us.
Off-takers, catalyst suppliers, reactor partners, hydrogen producers, and curious chemists — please reach out; we will respond.