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Chemistry/Technology Section Synthesis and Substitutes for Essential Oils

This begins a partial listing of the abstracts of papers tentatively schedulad to be presented at the 9th International Congress of Essential Oils. The balance of the abstracts will be published in our report issue of April/May Perfumer & Flavorist.

Two Challenging Flavor Systems: Citrus Oils and Vanilla Extracts

Delivery options in-use.

Transforming arid tropical savannahs into vast forests of noble sandalwood: essential oils are also an economic driver for sustainable reforestation.

Essential Oils and Forest Extracts: Complex, Unique and Vulnerable Industries Facing EU Green Deal

The implementation of the European Green Deal must consider the complexity and fragility of the essential oils industry.

Progress in Essential Oils: Calmus Oil, Triploid Rhizome-Leaf Oils and More

Calamus oil, triploid rhizome-leaf oils, diploid rhizome oils and Nigella sativa oil.

Green bell pepper, mushroom, celery, and potato/potato chip among others came up as options for cis-3-hexenal.

Flavorist Panel Evaluates Syringaldehyde, Turmeric Root CO2 Essential Oil, Buchu Oil and Other Materials

Cyndie Lipka's panel discusses possible applications for a lineup of materials.

celery

Progress in Essential Oils: Celery Seed and Leaf Oils

This month's column discusses the chemical compositions of celery seed leaf and oil.

Lead

Revitalizing rose cultivation and a future in essential oils in Azerbaijan

Revitalizing rosa damascena cultivation and oil production in Azerbaijan’s picturesque Alazani Valley, Lecheq Farm & Distillery share a glimpse of their ethically produced treasures.

Stability of Citral-Containing and Citralless Lemon Oils in Flavor Emulsions and Beverages

The storage stability of lemon oil treated to remove citral has not been reported. This investigation was conducted to compare the stabilities of citral-containing and citralless lemon emulsions (EC and ECL) and beverages (BC and BCL) during storage at different temperatures by both gas chromatographic and sensory analyses.

Plant equipment for the production of essential oils and aroma chemicals

The flood of information from the literature and the widespread use of advanced analytical instruments have stimulate d the organic chemist to synthesize not only these products occurring in nature but many other useful and interesting homologues.

Volubility Behaviour and Fractionation of Essential Oils in Dense Carbon Dioxide

The extraction with dense gas proves to be a true alternative to the conventional procedures. To obtain essential oils or aroma substances which are used in perfume industries, in the pharmaceutical sector or in the food and human nutrition field, carbon dioxide offers itself as an extractant which is physiologically unobjectionable and leaves the obtained products free of solvents.

The Australian and New Zealand Market for Essential Oils and Aroma Materials

The future for our industry could be phenomenal throughout the region. All we require is the persistence of established producers to recognize the benefits of producing essential oils in Australia and New Zealand.

The Future of Natural Essential Oils in the Flavor and Fragrance Industry

The essential oil industry worldwide remains healthy, although at present there may be over-production for some specific essential oils. With all the progress in the field of chemistry, has the essential oil industry dropped by the wayside, a victim of technological advance? The answer is emphatically no !

Malodor Formation in Alcoholic Perfumes Containing Vetiveryl Acetate and Vetiver Oil

Although hypothetical, the proposed schemes explain reasonably well how butene isomers and 1,1-diethoxyethane can arise from vetivmyl acetate or vetiver oil autoxidation in alcoholic perfumes. Unsaturated perfume ingredients other than vetiveryl acetate or vetiver oil could possibly exhibit a similar behavior.

New Technologies For The High-Speed Characterization and Analysis Of Essential Oils

Dramatic reductions in characterization and analysis times for essential oils were achieved using high speed gas chromatography (HSGC) and time-of-flight mass spectrometry (TOFMS). High-speed separations were achieved with relatively short capillary separation columns operated with high carrier-gas flow rates and fast temperature programming. Unique features of TOFMS include high spectral acquisition rates and spectral continuity (constant ion-abundance ratios across chromatographic peak profile).

Aroma Chemicals and Citrus Oils

Natural citrus oils cannot be reconstituted (substituted) by compounding aroma chemicals for three reasons: (1) Citrus oils are complex mixtures, up to 300 chemicals of which many are unknown. (2) If they are known, many are not commercially available. (3) Individual constituents with asymmetric carbon atoms, mostly are optically active, A lot of aroma chemicals are not. On the other hand, aroma chemicals with citrusy odors deserve their own place for compounds in functional perfumery, mainly for stability reasons.

Bulgarian Lavender and Bulgarian Lavender Oil

In spite of the high production costs and the severe competition on the part of some other farm products (such as maize, corn, grapes, tomatoes and other fruits and vegetables), Bulgaria succeeded in preserving unchanged one of its national symbols, the Bulgarian Rose Oil. It has been preserved thanks to age-old traditions, to strict observation of the technology, persistent and careful quality control, the Government’s concern and the extremely high international praise for the oil.

EFEO: The New Voice For Essential Oils and Related Products Facing

Part One. I am an old fashioned guy. I want to smell eau de cologne made with natural bergamot oil. I want to smell the fragrance of citrus or lavender oils in my cleansing agents.

Essential Oils and Aroma Chemicals from Eucalyptus Globulus Labill.

Eucalyptus globulus Labill., which is used in Spain for cellulose and paper production, is grown under an integrated reforestation program. In addition to its importance in the pulp and paper industry, the leaves of E. globulus are used to produce an important essential oil from which 1,8-cineole is isolated. Essential oils can also be obtained from the flowers and fruits of this same tree. Commercial amounts of a resinoid absolute are also obtained from the leaves.

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