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Type: Article
Section: Fragrance
pf_rose_lead_42319
Rose Oils: History and Socio-Economic Impact
The author examines the socio-economic impact of rose oil production and how it supports farmers in Turkey, Bulgaria and other countries.
Apr 29th, 2019
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.
Jul 10th, 2024
Pattern Recognition Methods for Discrimination of Essential Oils (Rose Oils) by Their Gas Chromatograms
It is possible to distinguish between essential oils of the same type and their mixtures by analysing their gas chromatograms using a pattern recognition method.
Apr 6th, 2016
rosewood
Progress in Essential Oils: Rosewood or Bois-de-Rose Oil
This month's column discusses the chemical composition of rosewood oil.
May 4th, 2017
Headspace Measurement of Evaporation Rates of Perfumes Applied onto Skin: Application to Rose Essential Oils and Their Principal Components
The goal of this research was to study, by headspace analysis, the diffusion of the major components essential rose oils applied onto skin.
Apr 6th, 2016
Differences in Chemical and Sensory Properties of Orange Flower and Rose Oils Obtained from Hydrodistillation and from Supercritical C02 Extraction
In this article we will identify some characteristic and essential constituents of bitter orange flowers (Citrus aurantium L., ssp. armzra Engl.) from Spain, Tunisia and Morocco, and roses (Rosa damascena Mill.) from Bulgaria and Turkey, and we will discuss how the consitutents differ depending on whether the oils were isolated by hydrodistillation or by supercritical fluid carbon dioxide extraction of the concretes. hydrodistillatio norbysupercriticai fluid carbon dioxide extraction of the concretes.
Apr 6th, 2016
Major Volatile Constituents of Egyptian Rose Absolute
The composition of rose absolute has not been throughly investigated except for a few reports. However, the composition of rose oils from different origins has been studied in detail. This paper attempts to identify some of the major volatiles of rose absolute prepared from rose variety largely cultivated and processed in Egypt.
Apr 13th, 2016
Bois de Rose Oil: A Glimpse into the Past
Bois de Rose oil, as it exists today, comes primarily from two sources in Brazil, Empress Industrial Ltda., and I. B. Sabba. While there is limited supply of rosewood oil, there is plenty of pure synthetic linalool (the free of dihydro linaIool variety) which can bolster the short supply. At one point, in the early 1950s, Bois de Rose oil ranked as one of the top 15 “biggest” essential oils in the world. Today, at approximately 100 tons per year, it is in peril of extinction.
Apr 6th, 2016
An aroma chemical profile: Linalool
The small amount of natural Iinalool available is produced from Bois de Rose oils of Brazil and Paraguay and Ho-leaf oil from Taiwan and China. The volume of supply of natural product, however, has been dwarfed by the supply of synthetic product. The demand for linalool cannot be met by the production of natural oils.
Apr 6th, 2016
Gas Chromatographic Analysis on Turkish Rose Oil, Absolute and Concrete
The analysis of rose products maybe realized by gas or liquid chromatographic techniques. Our investigations showed that liquid chromatography have been used only in a few studies to separate essential oils and terpenoid compounds, and a sufficient separation has not been obtained.
Apr 6th, 2016
Progress in Essential Oils
Rose oil and extracts. Although rose oil and extracts are produced from more than one species of rose, this review is totally devoted to Rosa damascena Mill., which is grown commercially in Bulgaria, Turkey and to a lesser extent, India and Morocco.
May 13th, 2009
Natural Products and Their Sources
Our subject is the future supplies of natural raw materials for the essential oil industry. We might divide these raw materials roughly into three groups: 1) those that serve as raw materials in the production of isolates, competing head-on with synthetics and including citronella, lemongrass, menthol, and clove leaf; 2) those that can be replaced by synthetic oils, such as anis, rose, fir needle, geranium, citrus oils, sandalwood mint oils, and floral extractives; 3) those that are not threatened by replacements–at least for the present– including cedarwood, eucalyptus, guaiaewood, lavandin, ocotea, petitgrain, patchouli, vetivert, and ylang.
Apr 29th, 2016
Scent and Component Analysis of the Hybrid Tea Rose
The hybrid tea rose as a group is one of the major modern roses cultivated as a garden rose today. It was developed and has been bred since the latter half of the nineteenth century by cross breeding the hybrid perpetual rose with the tea rose.
Apr 6th, 2016
South African Essential Oils
On investigating the normal origins of most of the essential oils, it is quite clear that the northern hemisphere countries (with few exceptions) have enjoyed the “cherry on the cake” for a very long time. A few examples are listed in Table I. It can therefore be understood why South Africa viewed the essential oil industry with much trepidation, but fortunately there are still pioneers in South Africa that make things happen and things have indeed happened.
Apr 7th, 2016
Sigma Pf2202 Lead
New Essential Oils for Natural Formulations [sample request]
The Sigma-Aldrich® aroma chemicals team invites you to try our newest offer of essential oils. Delivered directly from the field via Essential Oils & Herbs Ltd. In Bulgaria.
Jan 14th, 2022
Utilization of Essential Oils Isolates and Aroma Chemicals Section
This begins a partial listing of the abstracts of papers tentatively scheduled 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.
Apr 7th, 2016
Historical and recent developments of essential oils and aroma chemicals
Our industry is unique because it is concerned with agriculture, chemistry, physiology, bacteriology and other sciences. No other industry, chemical or otherwise, produces such a diversified and great number of individual materials. It is also understandable that these operations require the application of various chemical reactions and analytical procedures. The future of the essential oil-aroma chemical industry can be predicted in two words: Continuous Progress.
Apr 27th, 2016
pf_rose_thumb_51319
Rose Oil in Kashmiri India
An emerging cash crop benefits industry and local agribusiness.
Mar 18th, 2009
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