CARROT, OIL (DAUCUS CAROTA L.)

CAS: 8015-88-1 COLOR OR COLORING ADJUNCT, FLAVORING AGENT OR ADJUVANT

CARROT, OIL (DAUCUS CAROTA L.), CAS 8015-88-1, is a naturally derived flavoring and coloring agent extracted from carrot seed that is used in food formulations for sensory and functional attributes.

What It Is

CARROT, OIL (DAUCUS CAROTA L.) is a plant‑derived ingredient obtained from the seeds or other parts of the carrot plant (Daucus carota L.). It is recognized by the Technical Function classification as a color or coloring adjunct and as a flavoring agent or adjuvant intended to contribute sensory characteristics to food products. In regulatory inventories such as the U.S. Food and Drug Administration’s Substances Added to Food (formerly the EAFUS list), this substance appears with the CAS Registry Number 8015‑88‑1 under the specified functions of color and flavoring effects in foods. Regulators and industry refer to multiple synonyms including wild carrot oil, carrot seed oil, and carrot oleoresins when classifying or listing the ingredient in food and flavor databases. The term "color or coloring adjunct" indicates that carrot oil may contribute pigments or enhance visual appearance in some formulations, while the designation as a "flavoring agent or adjuvant" reflects its role in imparting or supporting the characteristic aromatic and taste profiles desired in certain food applications. This combination of sensory contributions underpins its functional utility in food technology. The oil itself is typically a yellow to amber liquid with a complex herbal and slightly sweet aroma that derives from the natural chemical constituents present in the raw plant material. The ingredient’s inclusion in regulatory lists does not, by itself, establish specific numerical intake thresholds, but it does reflect longstanding recognition of its use in food contexts in accordance with good manufacturing practices and applicable safety evaluations.

How It Is Made

CARROT, OIL (DAUCUS CAROTA L.) is typically derived through extraction processes applied to botanical source material, most commonly seeds of the carrot plant or portions of the root. Historically, essential oil and oleoresin fractions have been obtained by steam distillation of crushed carrot seeds to capture the volatile aromatic fractions, while solvent extraction followed by concentration is another approach that can yield more substantial amounts of the fixed oil and flavor compounds. These methods aim to separate the lipid and aromatic fractions from the plant matrix, resulting in an oil that concentrates the characteristic constituents responsible for flavor and color characteristics. In steam distillation, the plant material is subjected to high‑temperature water or steam that volatilizes a portion of the plant’s aromatic molecules. These vapors are subsequently condensed back into liquid form, where the oil separates from water due to immiscibility, yielding an essential oil fraction. Solvent extraction involves the use of food‑grade solvents such as hexane or ethanol to dissolve both volatile and non‑volatile components, followed by solvent removal under reduced pressure to yield an extract that includes fats, waxes, carotenoids and other compounds native to the carrot material. Both approaches are designed to comply with food‑grade specifications when intended for culinary use, and producers typically implement quality controls to limit residual solvents, impurities or contaminants. The resulting oil is a complex mixture of terpenes, phenolics, carotenoids and other organic compounds that collectively define its sensory properties and functional behavior in food systems. Because the botanical source and extraction method can influence the specific composition, manufacturers often provide certificates of analysis or detailed specifications when supplying this ingredient for food production. The product’s identity and purity are also governed by regulatory frameworks that list essential oils and extractives generally recognized as safe for use, provided they meet customary quality criteria and are used in accordance with good manufacturing practices.

Why It Is Used In Food

CARROT, OIL (DAUCUS CAROTA L.) is incorporated into food products primarily for its contributions to sensory quality. As a flavoring agent or adjuvant, it provides a botanical, herbal note that can enrich complex flavor profiles, especially in savory, beverage, confectionery and bakery applications where subtle aromatic enhancement is desirable. The natural aromatic compounds inherent to the oil can round out taste profiles and support other flavor components, giving manufacturers a tool to achieve specific sensory objectives in product formulations. In its function as a color or coloring adjunct, carrot oil contributes pigments such as carotenoids that can influence appearance. Foods and beverages relying on natural colorants often incorporate carotenoid‑rich plant extracts to achieve warm yellow to orange hues without resorting to synthetic dyes. The dual role of contributing both aroma and visual appeal makes this ingredient versatile in formulations where ‘‘natural’’ sensory attributes are emphasized, and where clean label considerations are important to both producers and consumers. Formulators may combine CARROT, OIL with other flavoring agents, seasoning systems or coloring ingredients to achieve balanced effects that meet target profiles for specific product categories. Because it is derived from a widely recognized food plant and has a history of use in flavor systems, it is selected in contexts where botanical complexity is sought without overpowering dominant tastes. The ingredient is also compatible with various carriers and solvents typically used in the flavor industry, facilitating its integration into liquid, powdered or encapsulated delivery formats for diverse food products.

Adi Example Calculation

An illustrative example of how acceptable daily intake (ADI) calculations are normally conducted can help explain the concept, even though a specific ADI for CARROT, OIL has not been established by JECFA. Typically, scientists begin with a no observed effect level (NOEL) derived from animal studies that identify a dose at which no adverse effects are detected. An uncertainty factor, often 100, is then applied to account for species differences and human variability, producing an ADI expressed in milligrams of substance per kilogram of body weight per day. For example, if a hypothetical botanical extract had a NOEL of 1000 mg/kg body weight per day in animal studies, dividing by an uncertainty factor of 100 would yield an ADI of 10 mg/kg body weight per day. For an adult weighing 70 kg, this would translate to 700 mg per day as the maximum amount considered without appreciable risk. In the specific case of CARROT, OIL, because no formal numeric ADI is available in accessible JECFA specifications, such a calculation is purely illustrative and not indicative of a regulatory value. The example demonstrates how ADIs are derived in principle, but it is important to underscore that, absent an authoritative numeric value, use of this ingredient in food is guided by good manufacturing practices rather than by a defined numeric intake limit. The purpose of ADI calculations is to provide context for how regulators assess risk, not to prescribe specific intake levels for substances that have not been evaluated numerically by committees such as JECFA.

Safety And Health Research

Safety assessments for CARROT, OIL (DAUCUS CAROTA L.) have historically focused on its status as a natural essential oil and extractive used in food and flavor applications, rather than on intensive toxicological profiling typical of synthetic additives. In the United States, substances such as carrot oil that fall under the GRAS category within 21 CFR Part 182 are considered safe for their intended use when used in accordance with good manufacturing practice. This regulatory approach reflects expert consensus that the typical levels of intake associated with culinary and flavor use do not pose measurable risk under customary conditions of use. The GRAS designation is grounded in historical consumption data, scientific literature and expert evaluation of botanical extractives that have long histories of safe food use. Scientific inquiry into essential oils and botanical extracts generally emphasizes exposure assessment, composition characterization, and identification of potentially hazardous constituents. For many essential oils derived from plant sources, components such as terpenes and phenolics can have biological activity at high concentrations, which drives research into safe use levels. However, available authoritative databases do not list specific numerical risk thresholds such as ADIs for CARROT, OIL that have been adopted by international committees such as JECFA. The absence of an explicit ADI determination in accessible JECFA resources suggests that comprehensive global toxicological reviews focusing on quantifying intake limits may not have been completed for this ingredient, or that such evaluations have not resulted in formal numeric intake recommendations. Regulatory and scientific frameworks emphasize that food use of natural botanical extracts should adhere to established good manufacturing practices, which include using the ingredient at levels sufficient to achieve the intended sensory effect without exceeding necessity. Safety assessments also consider potential sensitization or irritation endpoints, given that essential oils contain volatile compounds that, at high concentrations, can cause skin or mucosal irritation. While typical food uses involve relatively low concentrations, laboratory research into individual constituents provides context for understanding the complex mixture of compounds present in carrot oil. Overall, available safety evaluations support the long history of food use of carrot oil within defined technological functions, with risk management centered on appropriate use levels and quality control rather than strict numeric intake limits.

Regulatory Status Worldwide

In the United States, CARROT, OIL (DAUCUS CAROTA L.) is listed in the FDA’s Substances Added to Food database with the functions of color or coloring adjunct and flavoring agent or adjuvant, tied to regulatory references including 21 CFR 73.300 for color additive regulations and 21 CFR 182.20 for generally recognized as safe (GRAS) essential oils and natural extractives. The listing in the 21 CFR Part 182 section indicates that essential oils, oleoresins and natural extractives which are GRAS for their intended use include substances such as carrot oil when used in accordance with good manufacturing practice. The presence of this ingredient in Part 182 means that it is regarded as GRAS for flavoring and related functions, but it does not itself establish a specific numerical limit within that section; rather, use is governed by good manufacturing practice and established industry norms for flavor and color use levels. The CFR provisions for GRAS classifications ensure that naturally derived essential oils used as flavoring agents are subject to general recognition of safety without specific tolerances or limits prescribed in food additive regulations. Reference to these sections underscores that CARROT, OIL has a recognized regulatory status when used appropriately in food. At the international level, authoritative bodies such as the Joint FAO/WHO Expert Committee on Food Additives (JECFA) offer databases and specifications for flavoring agents and additives, although a specific numerical acceptable daily intake (ADI) or detailed safety evaluation summary for this particular botanical extract could not be conclusively identified in accessible JECFA resources. JECFA’s global evaluations serve to inform member countries and Codex Alimentarius standards broadly, but the absence of a dedicated entry with explicit ADI or INS number indicates that official international numeric thresholds may not be established for this ingredient’s specified uses. National and regional food standards bodies outside the United States may similarly reference botanical essential oils within general flavoring or colorant categories, subject to local regulations and classification systems. Overall, regulatory recognition typically focuses on appropriate use and compliance with food safety frameworks rather than setting unique numerical limits for this natural extract.

Taste And Functional Properties

CARROT, OIL (DAUCUS CAROTA L.) exhibits sensory attributes that are perceived as herbal, slightly sweet, and green with nuanced spice‑like characteristics. These aromatic properties are due to a mixture of volatile organic constituents that interact with human olfactory receptors to create a distinctive profile. In functional terms, the oil’s volatile nature means it contributes primarily to aroma and flavor impact rather than substantive taste intensity on the palate. Its soluble components can interact with fat phases in food matrices, enabling the oil to distribute its aromatic constituents effectively in lipid‑rich formulations like dressings, sauces and baked goods. The functional behavior of carrot oil is influenced by its solubility and volatility. It is generally more soluble in lipid or alcohol phases than in water, which means its incorporation into food systems often requires appropriate carriers or emulsification strategies to ensure homogeneous distribution. Elevated temperatures and prolonged cooking times can dissipate some of the more volatile flavor constituents, making timing and method of addition critical in product processing to retain intended sensory effects. Because it is a naturally complex mixture rather than a single isolated compound, its aroma and color contributions may evolve during storage and processing, factors that formulators take into account when designing shelf‑stable products. Overall, the sensory contribution of carrot oil enhances the perception of naturalness and complexity in formulated foods. Its integration into products requires consideration of matrix composition, processing conditions and desired sensory outcomes, particularly when balancing aroma strength with other flavor components. The oil’s functionality as both a flavor and coloring adjunct makes it a flexible ingredient within a formulator’s toolkit, especially in products where plant‑derived ingredients are preferred.

Acceptable Daily Intake Explained

The concept of an acceptable daily intake (ADI) is a risk assessment tool used by regulatory bodies to express the amount of a substance that can be consumed daily over a lifetime without appreciable risk. ADIs are typically derived from toxicological studies that identify a no observed effect level (NOEL) and apply uncertainty factors to account for interspecies and individual variability. In the context of CARROT, OIL (DAUCUS CAROTA L.), a specific numeric ADI has not been established by authoritative international bodies such as JECFA in publicly accessible specifications, which means that there is no recognized global quantitative intake limit expressed in milligrams per kilogram of body weight per day for this ingredient. When a regulatory authority does not provide a numeric ADI for a botanically derived ingredient used as a flavoring or coloring adjunct, it often reflects that safety concerns at customary use levels are not observed or that data are insufficient to support a formal numeric value. In such cases, use is governed by good manufacturing practices, which prioritize using the minimum amount necessary to achieve the technological function in food. This approach aligns with regulatory frameworks that recognize many plant‑derived flavoring substances as safe when employed at levels typical of food formulations, rather than requiring strict numeric intake limits. Acceptable daily intake, where defined, helps risk managers balance exposure with safety margins, but for certain complex botanical extracts, qualitative regulatory recognition under GRAS or equivalent classifications plays a similar role in guiding permissible food uses.

Comparison With Similar Additives

CARROT, OIL (DAUCUS CAROTA L.) can be compared with other plant‑derived flavoring and coloring adjuncts such as citrus oil extracts, vanilla bean extract, and paprika oleoresin, each of which contributes unique sensory properties while fitting within broader regulatory frameworks for natural flavoring substances. Citrus oil extracts, like orange or lemon oil, are rich in terpenes and are widely used to impart bright, characteristic citrus aromas and flavors in beverages, confectionery and baked goods. Both citrus oils and carrot oil derive from botanical sources and are typically listed under GRAS classifications in U.S. regulations, emphasizing natural sensory contributions without explicit numeric intake limits when used according to good manufacturing practice. Vanilla bean extract, derived from the cured pods of Vanilla planifolia, provides a sweet, creamy aromatic profile that contrasts with the herbal, green notes of carrot oil. Vanilla extract is often employed in bakery and dessert products to enhance sweetness perception and depth of aroma, while carrot oil is more commonly integrated into savory or complex flavor systems. Paprika oleoresin, another plant extract, serves predominantly as a natural colorant with red to orange hues due to carotenoid content, and also contributes mild flavor notes. Like carrot oil, paprika oleoresin is recognized under food additive regulations as a natural coloring adjunct, but it is often used where stronger pigment contributions are desired. These comparisons illustrate how various botanical extracts fulfill overlapping yet distinct roles in food formulation, with regulatory recognition focusing on appropriate use levels and sensory objectives rather than imposing uniform numeric intake thresholds.

Common Food Applications Narrative

In a wide range of food products, CARROT, OIL (DAUCUS CAROTA L.) is employed for its natural sensory contributions that align with consumer expectations for botanical and plant‑derived ingredients. In savory products, such as seasoned snack coatings or ready‑to‑heat sauces, the oil’s herbal aromatic notes can complement spice blends and enhance overall flavor complexity. When used in beverage applications, tiny amounts may support nuanced botanical profiles in non‑alcoholic drinks or functional teas where a subtle herbal character is desired. In bakery goods and confectionery, this ingredient can work synergistically with other natural extracts to provide depth and dimension to flavors that might otherwise seem flat when relying solely on primary sweet or grain notes. Its role as a color adjunct allows it to contribute soft warm hues that align with expectations for ‘‘natural’’ colored foods without synthetic dyes. In dressings, condiments and dips, carrot oil’s aromatic compounds can enrich profiles in vinaigrettes or specialty mustards where layered flavor perception is important. Manufacturers of plant‑based alternatives and specialty foods often leverage CARROT, OIL to impart sensory cues associated with fresh botanical ingredients, helping to differentiate products in competitive categories. Its presence in seasoning blends for chips, crackers or snack mixes highlights how small quantities of a complex botanical extract can broaden flavor perception without dominating the profile. By integrating into powdered flavor systems, encapsulated spray‑dried flavors and liquid flavor concentrates, this ingredient finds utility across diverse product formats, including extruded snacks, soups and culinary sauces. These applications reflect its versatile role in enhancing sensory experience in modern food products.

Safety & Regulations

FDA

  • Notes: Ingredient is listed under GRAS essential oils and extractives in 21 CFR Part 182.20 indicating general recognition of safety for intended uses without a specific numeric approval status.
  • Regulation: 21 CFR 182.20

EFSA

  • Notes: No specific EFSA E number or ADI could be identified in current accessible authoritative sources.

JECFA

  • Notes: No specific JECFA ADI or year of evaluation was found in accessible authoritative JECFA specifications.

Sources

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