Skip to content
Lower fuel cost. Cleaner combustion. No engine retrofit.
Technology

How nanO2 works.

A practical explanation of ignition support, oxidation catalysis and fuel-system conditioning.

Compression ignition happens in milliseconds.

The objective is to improve the timing and completeness of combustion while the engine is producing useful work—not simply to make fuel burn faster.

What improved combustion can influence

  • Fuel required per unit of work
  • Exhaust opacity and soot formation
  • Combustion stability and engine response
  • Deposit burden in the combustion and exhaust path

Before ignition

The formulation supports ignition quality and fuel-system condition.

During the power stroke

The catalyst is intended to support oxidation and useful energy release.

Across the operation

The customer tracks fuel, useful work and operational observations to quantify value.

See it in operation

NRE test-stand results.

Watch the independent engine-service organization describe the test and reported results.

Commercial deployment

Put your annual fuel volume to work. Request pricing and a practical rollout plan.

Request pricing & deployment