What we measure

Oil top-up frequency (times/day)

Fatty acid profile (GC-MS)

Oxidative stability (Rancimat/AOM)

Total polar compounds (TPC) across fry cycles

Aldehyde / VOC profile (headspace GC)

Sensory panels for flavor & aroma

Each metric correlates with health/safety/operational outcomes: brief mapping.

Key Research Fields

Each research field is supported by expert teams and cutting-edge technologies, ensuring precision, innovation, and real-world relevance. our work is rooted in curiosity, driven by data, and designed to deliver meaningful impact.

Oil Chemistry

Polyunsaturated fats oxidise rapidly under heat. Monounsaturated Omega-9 fats are structurally stable and resist oxidation.

Sweetener Science

Refined sugar causes insulin spikes. Monk fruit sweetener provides sweetness via mogrosides without metabolic load.

Health Parameters Impacted

Obesity, diabetes, cardiovascular disease, respiratory exposure.

Detailed Chemistry

Fatty Acid Profiles

Sample Omega-9 % Omega-6% Omega-3% SFA %
EnjoiFood Oil 82 7 0.5 10.5
Sunflower (typical) 40 48 1 11
Palm Olein 39 11 0.1 50

Metabolic & Sweetener Science

Mogroside chemistry and absence of glycaemic response (cite peer literature where appropriate).

Heat stability tests for baking (temperatures/time).

Sensory panel metrics vs sugar and alternative sweeteners.

Why an australian root matters?

Australian agricultural science has a heritage of developing high-oleic cultivars and stringent lab practices. We combine that disciplined R&D with commercialization expertise to deliver ingredients that actually perform in diverse kitchen environments — from suburban Indian homes to high-volume QSRs.