d-limonene, with bactericide, antioxidant, chemo-preventative and therapeutic activities, has received cosmetic and pharmaceutical interest in the last decade. d-limonene is poorly soluble; therefore, incorporation into nanoemulsions may help solubilize and encapsulate the component. We investigated the physical stabilities of d-limonene nanoemulsions during 98-day storage and at 4 °C, 25 °C and 50 °C, respectively. d-limonene nanoemulsions were disk-shaped, and the zeta potential was approximately −35 mV at original the pH 6.4. The zeta potential, droplet size, viscosity and turbidity were affected by the storage conditions, for decreased stability during storage. The encapsulated ratio of d-limonene in nanoemulsions was significantly decreased during storage with increasing temperature, which resulted in increased release rate constant of d-limonene. This study provides a strategy to manufacture promising o/w nanoemulsions for a system to deliver lipophilic flavor to agrochemical, cosmetic and food products.