Fruit oil is any oil extracted from the fleshy part of a fruit, rather than from seeds, nuts, or grains. Olive oil, avocado oil, and palm oil are the three most common examples. What sets fruit oils apart is their source: the oil comes from the soft, pulpy tissue (called the mesocarp) surrounding the seed, which gives them a distinct fatty acid profile and flavor compared to oils pressed from seeds like sunflower or canola.
Fruit Oil vs. Seed Oil
The distinction between fruit oil and seed oil comes down to which part of the plant the oil is pressed from. Seed oils come from the hard kernel inside a plant, like a sunflower seed or a rapeseed. Fruit oils come from the surrounding flesh. A good way to visualize it: with an olive, the oil is squeezed from the green, fleshy part you’d eat, not the pit inside.
This matters because the flesh and the seed of the same plant often have very different fat compositions. Fruit oils tend to be rich in monounsaturated fats, particularly oleic acid. Both avocado oil and olive oil get roughly 65 to 70 percent of their fat from monounsaturated sources. They also carry more of the plant’s natural pigments, antioxidants, and flavor compounds, since the fruit flesh is where many of those accumulate during ripening.
Common Types of Fruit Oil
Olive oil is the most widely recognized fruit oil. It’s pressed from the fruit of the olive tree and comes in several grades, from extra virgin (minimally processed, strongest flavor) to refined (lighter, more neutral). A tablespoon contains about 126 calories, 14 grams of fat, and roughly 9.6 grams of monounsaturated fat.
Avocado oil has a very similar nutritional profile. Per tablespoon, it delivers 124 calories and 14 grams of fat, with about 9.9 grams of monounsaturated fat and slightly less saturated fat than olive oil (1.6 grams versus 2.2 grams). It also contains condensed tannins, phenolic acids, and flavonoids, which are plant compounds with antioxidant activity.
Palm oil is the highest-volume vegetable oil in the world. It’s extracted from the reddish pulp of the oil palm fruit and has a very different character from olive or avocado oil. It’s much higher in saturated fat, giving it a semi-solid texture at room temperature, which makes it useful in processed foods, baked goods, and cosmetics. Other less common fruit oils include sea buckthorn oil and citrus peel oils, which are used more often in skincare and aromatherapy than in cooking.
How Fruit Oils Are Made
Most fruit oils are extracted through mechanical pressing. The fruit flesh is crushed, and the oil is separated out, often using a screw press or centrifuge. This is the same basic principle behind extra virgin olive oil: the fruit is physically squeezed, and no chemicals are involved. Mechanical pressing typically recovers 68 to 80 percent of the available oil from the source material.
Cold-pressed and virgin labels indicate that heat was kept low during extraction, which preserves more of the oil’s natural flavor, color, and antioxidant compounds. Refined versions go through additional processing, including heating and filtering, which strips out many of those compounds but produces a more neutral-tasting oil with a longer shelf life and higher smoke point.
Some large-scale operations use chemical solvents to extract more oil from the leftover material after pressing. This is more energy-efficient but produces a product that requires further refining before it’s suitable for consumption.
Cooking With Fruit Oils
One of the practical advantages of fruit oils is their range of smoke points. Refined avocado oil has one of the highest smoke points of any cooking oil at around 271°C (520°F), making it well-suited for searing, roasting, and deep frying. Virgin avocado oil sits lower, around 200°C (392°F).
Extra virgin olive oil has a smoke point of roughly 190°C (374°F), which is perfectly fine for sautéing and most home cooking but not ideal for very high-heat methods. Virgin olive oil handles slightly more heat at about 210°C (410°F), and refined olive oil can reach up to 243°C (470°F). Fractionated palm oil sits at 235°C (455°F).
For everyday cooking, the choice between refined and unrefined fruit oil is a tradeoff between heat tolerance and flavor. Unrefined oils taste more like the fruit they came from, with grassy or buttery notes, but break down faster at high temperatures. Refined versions are more versatile for cooking but lose much of that character.
Nutritional Benefits and Bioactive Compounds
Beyond their fat content, unrefined fruit oils carry a variety of bioactive plant compounds. Phenolic compounds are among the most studied. These act as antioxidants, scavenging free radicals and slowing the chemical reactions that cause fats to go rancid. More than 170 antioxidant compounds have been identified in citrus fruits alone, including phenolics, terpenoids, and vitamins.
The monounsaturated fat in olive and avocado oil is linked to cardiovascular benefits. Avocado oil in particular has been shown to help reduce the liver’s production of certain blood fats and may lower cholesterol levels. These effects are tied to the oil’s fatty acid composition and its plant-derived antioxidants working together.
Importantly, the degree of refining determines how many of these compounds survive into the bottle. Extra virgin olive oil retains far more polyphenols than refined olive oil. The same principle applies to avocado oil: cold-pressed, unrefined versions contain significantly more of the beneficial compounds than their refined counterparts.
Fruit Oils in Skincare
Fruit oils are common ingredients in moisturizers, serums, and body oils. Their appeal for skin comes from their fatty acid profiles, which partially overlap with the fats naturally found in the outer layer of human skin. Your skin’s outermost barrier is built like a brick wall, with skin cells as the bricks and a mixture of fats (ceramides, free fatty acids, and cholesterol) acting as the mortar that holds everything together.
When applied topically, oils like avocado, almond, and jojoba mostly stay on the skin’s surface without penetrating deeply. This creates a protective layer that reduces moisture loss. Linoleic acid, a polyunsaturated fat found in many fruit oils, plays a direct role in maintaining the skin’s water barrier.
There’s a nuance worth knowing, though. Oleic acid, the dominant fat in olive oil and avocado oil, can actually disrupt the skin barrier in some people by acting as a permeability enhancer, allowing other compounds to pass through more easily. Studies on healthy adults have shown that topical olive oil can increase water loss from the skin, even in people without skin conditions. This means olive oil isn’t always the best choice for dry or sensitive skin, despite its reputation. Oils higher in linoleic acid relative to oleic acid tend to be better tolerated for barrier support.
Storage and Shelf Life
Unrefined fruit oils are more perishable than refined ones because the same compounds that make them nutritionally interesting, like polyphenols and unsaturated fats, also make them vulnerable to oxidation. Shelf life for cold-pressed oils stored at room temperature ranges widely, from about 3 months to 3 years depending on the oil’s specific fatty acid makeup.
The biggest enemies of fruit oil quality are light, heat, and oxygen. Storing your oil in a dark, opaque bottle with the cap tightly sealed, away from the stove, is the single most effective thing you can do to preserve it. Clear glass bottles on a sunny countertop will speed up rancidity significantly. If an oil smells like crayons, old paint, or has a sharp, unpleasant bitterness it didn’t have when you opened it, it has oxidized and should be replaced.
Environmental Considerations
Oil crops account for roughly 37 percent of all agricultural land globally, covering about 543 million hectares. The expansion of oil crop plantations has outpaced that of other agricultural commodities, and the environmental cost varies dramatically depending on the crop and where it’s grown.
Palm oil carries the largest environmental footprint among fruit oils. It’s the most produced vegetable oil on the planet, and its expansion into tropical forests in Southeast Asia has driven significant deforestation and species displacement. Greenhouse gas emissions from palm oil production are high largely because of this link to cleared tropical forest. Research in Indonesia has shown that leaving even a small number of natural trees within an oil palm plantation can promote biodiversity without meaningfully reducing oil yield, but this practice isn’t widespread.
Olive oil has a different kind of impact. Its water footprint is the highest of any major vegetable oil at 14,500 cubic meters per ton, roughly three to four times the water needed for palm or coconut oil. Avocado farming has drawn similar scrutiny for water use in drought-prone growing regions. Neither crop drives tropical deforestation the way palm oil does, but their resource demands are still significant.