We engineer nanocatalysts that deliver noble‑metal performance at base‑metal cost — for renewable fuel refining, CO₂‑to‑syngas conversion, and cleaner heavy oil recovery on the infrastructure the world already runs on.
Every NanosTech technology uses the same nanocatalyst design — engineered for durability in harsh, water‑rich environments and manufacturable at industrial scale with standard equipment.
We apply the same nanocatalyst to the two problems that define the energy transition: decarbonizing the oil the world still needs, and making renewable fuels and carbon conversion economically viable.
Renewable fuels and circular carbon — the chemistries next-generation refineries are being designed around.
OxoHydro upgrades pyrolysis oils and HTL bio-oils from forestry residues, waste tires, and industrial streams into refinery-ready fuel. No dewatering, no external hydrogen.
Olympia™ drives reverse water‑gas shift at lower temperatures with near-100% CO selectivity, converting captured CO₂ into syngas for fuels and circular chemistry.
Lower‑emission, higher‑value barrels from the infrastructure the industry already owns.
AQP combines hydrogenation and steam cracking in one reactor, with no external hydrogen required. AQP Plus extends reach to the most challenging heavy feedstocks.
ISUT® injects nanocatalyst into the formation, upgrading bitumen underground. Cleaner barrels, higher yield, lower production cost. No surface upgrading required.
We don't ship a pitch deck. Every catalyst leaving our Calgary facility is validated against the constraints that actually govern production: cost, durability, throughput, and the people running the plant.
Catalysts engineered to convert more feed, leave less residue, and retire cleanly.
Our 10,000 sq ft facility produces the catalyst we design. No translation loss.
Every claim is tested on real feedstocks, in real reactors, under operating conditions.
Solutions deploy onto today's assets. No refinery rebuild, no new supply chain.
Independent scientists published our α‑Mo₂C catalyst in Science — validating the foundation. We've done something harder: scaled it from discovery to a full commercial catalyst family, developed and validated at our Calgary facility. The journal confirmed our scientists are exceptional. The rest, they built themselves.
Read the publicationWhether you're evaluating a pilot, scoping a partnership, or just trying to figure out what's possible — we'd like to hear what you're working on.
