Real-world validation

Your baseline. Your measurements. Your result.

EX10D does not ask a property owner to accept a predetermined outcome. The same systems are measured before, during and after deployment.

Validation framework

Baseline → deploy → remove → reintroduce → verify

A disciplined observational process designed to show whether measured changes follow deployment and removal.

Record current fuel, inputs, yield, soil, water and operating conditions.

Deploy emitters while maintaining normal property practices.

Return to baseline conditions and record the same parameters.

Repeat deployment to test whether results recur.

Use third-party instruments, testing, records and analysis where practical.

Selected results

44.12%Average fuel reductionMazda 6GT, four road trials, Brisbane and Northern NSW, 15–18 March 2014.

59%Fuel reduction observedHyundai Palisade, matched route, independent Queensland real-world test.

64.62%Fuel reduction observedCaterpillar site generator, controlled load test, 44.0 to 15.6 L/hour.

Supplied emissions comparison
Test	Emission	Without EX10D	With EX10D	Reduction
Mazda 6	CO	602 ppm	Below detection	100%
Mazda 6	HC	85 ppm	5 ppm	94%
Mazda 6	NOx	996 ppm	7 ppm	99%
Caterpillar 3412	PM	52 mg/m³	12 mg/m³	77%

Agriculture observations

Independent field observations by Dr Wendy Stenberg using EX10D emitters across selected crop plots.

1–2 daysGermination observedCompared with a typical 7–14 days.

−9°CFrost eventOne of five major frost events with no plant loss reported.

10 weeksNo applicationsTomatoes observed with zero pesticide, insecticide or fungicide applications.

Establish the baseline, measure the same conditions and let your data guide the decision.