As part of an external funding application we wish to reference some of our results which have not yet been published. The application is confidential. The specific reference to the NZAGRC funded work is the following paragraph (with figures attached below):

In our previous research funded by New Zealand Agricultural Greenhouse Gas Research Centre, a “potential-dynamic” method was successfully developed to demonstrate low concentration EMO (200 ppm CH4 in N2, and 5000 ppm CH4 in air) on platinized platinum foil (Pt/Pt) and carbon (Pt/C) electrodes under ambient conditions via EMO. Of significance was that Pt/C exhibited 10-times greater catalytic activity than Pt/Pt (Fig. 4). CH4 consumption rate on Pt/C for 5000 ppm CH4 in air was estimated to be 36 µmol/L/h (Fig. 5).

EMO: Electrocatalytic methane oxidation