The potentialities of propolis wax (PW) and beeswax (BW) organogel containing pomegranates seed oil as partial replacement with PO in functional chocolate spread was studied. This substitution was addressed to reduce the total saturated fat content of the product. To this purpose, potential application of PW (wax extracted from propolis) as a novel organogelator was tested in different oils (canola, sesame, sunflower and flaxseed oil). PW at 2% (w/w) concentration showed thick organogel at 5, 10 and 15°C. This suggested PW as relatively ef?cient structuring agent to form an organogel. The results revealed that the physical and mechanical properties of the organogels were improved by decreasing the viscosity of oil. PW organogel was compared with BW and both wax mixture (1:1) at different concentration (5, 10 and 15% w/w) to gel pomegranate seed oil (PSO). Results highlighted both PW and BW formed organogel thanks to the presence of crystal networks made of needlelike ??-form crystals. BW organogel displayed higher physico-chemical properties in comparison to PW samples. Propolis wax organogel had larger crystals with less organized network in comparing to that formed by beeswaxes. The combined use of propolis wax and beeswax improved rheological and mechanical properties of propolis wax organogel. The organogels with high concentration of PW (more than 5%) were more stable against oxidation during storage. The potential application of PSO organogels for partial replacement of palm oil (PO) in chocolate spread was investigated. PSO organogel with PW, BW and monoglyceride (MG) at 5.0%wt concentration combined with palm oil at 1:1 ratio. Results showed that PW, BW and MG chemical nature led to the formation of different crystalline network in Palm oil-organogel systems. Palm oil-organogel mixture containing chocolate spreads showed an increase in the mechanical and rheological parameters in the order: PW BW MG. This trend was attributed to the chemical composition and physical bonds formed in the samples. During storage, structural reorganization in MG and waxes (PW and BW) containing samples showed a gradual decrease and increase in samples hardness, respectively. In accordance with these findings, PSO organogel with PW and BW can be considered as a good strategy for partial fat replacement in food product. Depending on intended food application, the final structure of the organogel can be tailored by selecting the organogelator and its concentration. Keywords : Beeswax, Chocolate spread, Organogel, Pomegranate seed oil, Propolis, Saturated fat