Does Olive Oil Have a High Smoke Point?

Yes — extra virgin olive oil has a high smoke point, and it is higher than most people realize. For a complete overview, see our Olive Oil Gastronomy: Cooking, Baking & Culinary Uses guide.Premium extra virgin olive oil (EVOO) with low free fatty acid content (0.2–0.4%) and high polyphenol content has a measured smoke point of approximately 210–215°C (410–419°F). Even commercial EVOO at the IOC maximum acidity of 0.8% typically smokes at 190–200°C. The idea that olive oil has a "low" smoke point is a myth based on outdated data from poor-Quality oils and confusion with refined olive oil. The smoke point of any oil is a function of its free fatty acid content and antioxidant content — both of which are optimized in quality EVOO.^{1 2}

This guide explains what smoke point actually means, what olive oil's smoke point is, and how it compares to other cooking oils.

The smoke point is the temperature at which an oil begins to produce visible smoke.⁴ — which is acrolein, a compound formed when fats break down under high heat. Smoke is a visible indicator of thermal degradation, but it is not the only degradation that matters: all oils undergo some degree of thermal oxidation at temperatures well below their smoke point. Smoke point is a useful indicator of an oil's thermal tolerance, but oxidative stability — how well an oil resists degradation during cooking — is a more meaningful cooking metric.^{1 2}

Factors that determine smoke point:

• Free fatty acid content: Lower FFA = higher smoke point. Premium low-FFA EVOO smokes at the high end of the range.
• Antioxidant/polyphenol content: Antioxidants slow thermal degradation. High-polyphenol oils are more stable during cooking than their smoke point alone would suggest.
• Refining: Refining raises smoke point by removing free fatty acids and flavor compounds, but also removes antioxidants — so the apparent smoke point advantage of refined oils is partially offset by their lack of antioxidant protection.

The smoke point of your specific EVOO depends on its free fatty acid content — which is a quality indicator. Lower acidity means a higher smoke point. The same oil that has the lowest acidity (premium estate oil) also has the highest smoke point.^{1 2}

The answer depends on the comparison:^{1 2}

For typical home cooking (120–200°C): EVOO is more than adequate. Pan-frying (165–185°C), sautéing (120–170°C), and oven roasting (160–200°C) are all comfortably within EVOO's range. Even at 200°C, premium EVOO is functioning well within its thermal tolerance.

For deep-frying (175–190°C): EVOO is appropriate for most home deep-frying. The smoke point of premium EVOO (210°C) is above typical deep-frying temperatures (175–190°C). The polyphenol content of EVOO also provides antioxidant protection during frying that refined oils lack.

For very high-heat industrial frying (>200°C): Refined oils (high-oleic sunflower, refined olive oil) have a nominal advantage here. But this temperature range is rarely reached in home cooking, and the health profile of the oils used at these temperatures makes them poor choices regardless of smoke point.

The smoke point myth that olive oil "can't handle heat" comes from comparing EVOO to refined seed oils and not accounting for the antioxidant protection that makes EVOO more stable during actual cooking.

The comparison reveals the key insight: smoke point alone is not a good indicator of cooking oil quality. Coconut oil has a relatively low smoke point but high oxidative stability (saturated fats are heat-stable). EVOO has a moderate smoke point but the highest oxidative stability of any unsaturated oil because its polyphenols protect it during cooking. And the health profile of the oil matters as much as its smoke point.¹

Home cooking temperatures by technique: gentle warming (60-80C), poaching (80-100C), steaming (100C), simmering (85-100C), blanching (100C), low-temperature sautéing (100-130C), medium-temperature sautéing (130-170C), pan-frying (165-190C), oven roasting (160-200C), high-heat roasting (200-230C), deep-frying (175-190C). EVOO handles every technique up to and including deep-frying at 190C. Only oven baking at very high temperatures (200C+) enters territory where smoke point becomes a genuine practical consideration -- and even here, premium EVOO at 210C smoke point handles most home oven cooking. The one exception is professional high-heat equipment that reaches 230C+ in commercial kitchens, where refined oils have a marginal advantage.

Premium extra virgin olive oil has a high smoke point of approximately 210–215°C (410–419°F) — well above virtually all home cooking temperatures. The confusion around olive oil's smoke point comes from two sources: (1) comparing it to refined seed oils that have higher nominal smoke points due to chemical refining that also removes their antioxidants, and (2) confusion between EVOO and refined olive oil, where the refined version (with a higher smoke point) is mistakenly attributed to the unrefined product. For practical home cooking, premium EVOO handles heat as well as or better than most other cooking oils when the full profile (smoke point + oxidative stability + health profile) is considered.^{1 2}

The smoke point of extra virgin olive oil ranges from approximately 190°C to 215°C depending on quality. Premium low-FFA EVOO (0.2–0.4% free fatty acid) with high polyphenol content smokes at approximately 210–215°C. Commercial EVOO at the IOC maximum of 0.8% FFA typically smokes at approximately 190–200°C. The free fatty acid content is the primary determinant of smoke point in olive oil — lower acidity means higher smoke point, which is another reason why quality (low FFA) matters beyond just flavor and nutrition. Refined olive oil, which has had its free fatty acids chemically removed, has a smoke point of approximately 230–240°C. But the refined oil has no polyphenols, making the nominal smoke point advantage less meaningful during actual cooking.^{1 2}

Yes — olive oil is an excellent choice for pan-frying and sautéing, and is adequate for deep-frying at typical home temperatures. The smoke point of premium EVOO (210–215°C) is above the standard deep-frying temperature of 175–190°C. For sautéing (120–170°C) and pan-frying (165–185°C), EVOO is well within its comfort zone. The polyphenol antioxidants in EVOO also provide protection against the oxidative degradation that occurs during frying — an advantage that refined oils don't have. The only situation where refined oil has a meaningful advantage is deep-frying at consistently above 200°C, which is rare in home cooking. The can you fry with olive oil article covers this in full detail.¹

Refined seed oils (high-oleic sunflower, refined avocado oil, refined olive oil) have nominally higher smoke points than EVOO (230–270°C vs 190–215°C). However, the comparison is more nuanced in practice: refined seed oils have their nominal smoke point advantage partially offset by their higher polyunsaturated fat content, which is more prone to oxidative degradation during cooking. Coconut oil (175°C) actually has a lower smoke point than premium EVOO. For cooking health, smoke point is less important than oxidative stability and fatty acid profile — and in both respects, premium EVOO is an excellent choice for virtually all home cooking.¹

In actual home cooking, smoke point is rarely the binding constraint for EVOO. Standard pan-frying at 165-185C is well within EVOO's thermal range. Oven roasting at 160-200C (typical for most home ovens) is comfortably within range. Even deep-frying at 175-190C is below the smoke point of premium low-FFA EVOO. The only genuinely smoke-point-limited cooking techniques are: professional high-heat wok cooking (200-240C), industrial deep-frying (190-210C, sustained), and open-flame grilling where oil contacts flame directly. For these specific high-heat applications, refined high-oleic sunflower oil is a better choice than refined olive oil only if neutral flavor is required -- otherwise the health profile of the oil matters more than its smoke point. For all standard home cooking techniques -- which is virtually everything -- EVOO is entirely appropriate. The key practical insight: smoke point is not a daily cooking concern for EVOO users. It is a professional/high-heat edge case.

¹. Olive Oil Source. "Olive Oil Classification and Standards." https://www.oliveoilsource.com/info/olive-classification

². International Olive Council. "Chemistry and Olive Oil Standards." https://www.internationaloliveoil.org/what-we-do/chemistry/

³. EFSA Panel on Dietetic Products. "Scientific Opinion on health claims related to olive oil polyphenols." EFSA Journal. 2011. https://www.efsa.europa.eu/en/efsajournal/pub/3105