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Section: Fragrance > Ingredients

Mentha Piperita Oil

Aromatic & Allied Chemicals' peppermint oil for flavor and fragrance.

Influence of Harvesting Time on Chemical Composition of Mentha piperita L. Essential Oil

Chemical composition of Mentha piperita

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Bio-Based Butanol as a Solvent for Essential Oil Extractions

The authors outline the differences seen in butanol, ethanol, water and hexane extractions for lavender and mint (including volatile and organoleptic analyses).

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A magnolia herbal fragrance ingredient

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A magnolia herbal fragrance ingredient

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Raw Material of the Week: Mint Piperita EO Cascade SX 983169

Not only is mint a natural ingredient, but also one that is in high demand for its uses in both flavors and fragrances. Firmenich now offers a new mint raw material to enhance fresh and aromatic notes.

Mentha viridis lavanduliodora Sacco Essential Oils: State of the Art

With regards to mint oil chemical composition, discovery and selection of new land races or chemotypes of Mentha species bring forth novel and unique flavor profiles. These are unique model systems for the study of essential oil biosynthetic pathway regulation and can be applied commercially, fulfilling some special market requirements.

Pharmaceutical Aspects of Some Mentha Herbs and Their Essential Oils

This article discusses the pharmaceutical aspects of certain Mentha herbs and their essential oils, and focuses on the most important representatives, defined here as those named in the 31st edition of Martindale's The Extra Pharmacopoeia

Progress in Essential Oils: Mentha Citrate and Ajowan Oils

This edition discusses the chemical composition of Ajowan oil and Mentha citrata oil.

Enantiomeric Distribution of Oxygenated Monoterpenes in Some Mentha Essential Oils

In this research we analyzed chiral oxgenated monoterpenes, which are the predominant and most valuable monoterpenes in Mentha oils.This technique enables us to determine the enantiomeric purities of other components in the oils, such as monoterpene hydrocarbons and sesquiterpenes

An appraisal of the chemistry of m-menthane derivatives—virgin substrates for fragrance and flavor technology

We should be on the lookout for novel substrates to expand the frontiers of the aroma industry. Perhaps the versatile m-menthane derivatives will beet this challenge.

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Lemon Essential Oil: World Production, Extraction Methods and Trading

Looking into the future, it appears not so difficult to predict that worldwide consumption of lemon oil should be showing a further growth rate during the next ten years or so. Whether the industries will be able to supply the growing market in appropriate volumes and accessible prices, is something that remains to be seen.

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Traditional and Supercritical CO2 Extraction of the Volatiles from Narcissus poeticus L.

Quantitative and qualitative comparison of yield from the two extraction techniques.

The product is born of a collaboration between the Albert Vieille teams and the perfumers at Givaudan.

Albert Vieille Extends Pink Peppercorn Line with CO₂ Extracts

The product is a collaboration between the Albert Vieille teams and the perfumers at Givaudan.

Brown Oil Extractor

A new commercial method for the production of citrus essential oils in Florida.

Natural Moss Extracts

Biolandes offers three natural moss extracts that comply with IFRA’s 43rd amendment and have a long-lasting effect.

New Solvents for Extraction

New solvents based on Hydrofluorocarbon-134a and a new technology to optimize their remarkable properties in the extraction of plant materials offer significant environmental advantages and health and safety benefits over traditional processes for the production of very high quality natural fragrant oils and flavor extracts.

Continuous Process for Oakmoss Extraction

Oakmoss (Evernia prunastri L. Ach.), along with other tree mosses, is among the most voluminous botanicals which are solvent extracted for use in perfumes. These extracts are manufactured with heavy labor costs. Large quantities of solvent have to be circulated and evaporated. This requires high energy costs. Therefore, there is a place for a quicker continuous automated process.

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