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Oil, almond

BENZALDEHYDE The precursor for speed. It makes up nearly 100% of bitter almond oil. Not a very popular oil with the DEA. Some hints Benzaldehyde is indispensable for the flavoring industry. It is the flavor in almond extract and synthetic benzaldehyde is used in all cherry flavorings. Also, there is currently a little loophole in the system when it comes to a product called Roasted Cassia Oil . Apparently, some manufacturers take cassia oil and run it through some sort of industrial process to change it into benzaldehyde. No one wanted to tell Strike the particulars of how this was done. But one company chemist gave me some hints (You can get really chatty with some of these guys). [Pg.46]

Bitrex Bitter acids Bitter ale Bitter almond oil Bitter bark Bitter magnet... [Pg.116]

A considerable quantity of oil can be extracted from waste material from shelling and processing plants, eg, the inedible kernels rejected during shelling and fragments of kernels recovered from shells. About 300 t of pecan oil and 300—600 t of English walnut oil are produced aimuaHy from such sources. The oil is refined and used for edible purposes or for the production of soap the cake is used in animal feeds (see Feeds and feed additives). Fmit-pit oils, which closely resemble and are often substituted for almond oil, are produced on a large scale for cosmetic and pharmaceutical purposes (143). For instance, leaves, bark, and pericarp of walnut may be used to manufacture vitamin C, medicines, dyes and tannin materials (144). [Pg.278]

The other significant production method for natural benzaldehyde involves the steam distillation of bitter almond oil which has been derived from the kernels of fmit such as apricots, peaches, cherries, plums, or pmnes. The benzaldehyde product obtained in this fashion is claimed to have a superior flavor profile. The use of peach and apricot pits to produce the more profitable product laettile apparently affects the supply available to natural benzaldehyde producers. [Pg.35]

Oil of bitter almonds is obtained from the ketiiels (seeds) of the ordinary blilei almond, P/iiiiii.i. T/iygdahis i.imyguulus commimis), a trse which is cultivated in F.urope, Asia. Northern. Africa, and California. The kernels of the peach and apricot yield cssenttal oils which are practically identical with that from the alraond, and many sample of almond oil " of commerce are no doubt derived froni peach and... [Pg.405]

In the case of natural bitter almond oil the method gave, uo useful results, presumably because the saponification of Ihn benzaldehyde-evanobydrin into mandilic acid was ineompleic... [Pg.411]

Mandel-gummi, n. almond gum. -kem, m. almond kernel, -milch, /. almond milk, (Pharm.) emulsion of almond, -ol, n. almond oil. -saure, /. mandelic acid, -s ureamid, n. mandelamide. -seife, /. almond soap, -stein, m. amygdaloid tonsillar concretion. [Pg.287]

Oleic acid Olive oil, almond oil Kojoic acid Aspergilli... [Pg.434]

Fig. 1 Chromatogram of fatty oils (9 pg each per 10 mm band) after iodine vapor treatment (A) and after additional immersion in a starch solution (B) Itack 1 avocado oil, Hack 2 sunflower oil, Tlack 3 linseed oil, Tlack 4 almond oil. Fig. 1 Chromatogram of fatty oils (9 pg each per 10 mm band) after iodine vapor treatment (A) and after additional immersion in a starch solution (B) Itack 1 avocado oil, Hack 2 sunflower oil, Tlack 3 linseed oil, Tlack 4 almond oil.
The question whether sanctions are imposed— and which sanctions—when a product is found to fail dmg QC testing is as important as detection of substandard products itself. The present data sets are, however, inadequate for establishing direct links between the findings of QC analysis and the imposition of regulatory sanctions (area E in Figure 4.1). Certain cases have been documented in Venezuela over the past 10 years. For example, 100 products were prohibited, and a laboratory manufacturing almond oil was closed down. [Pg.111]

A medicinal mixture of the peroxide (30%) with liquid paraffin (18%), dried soap (42%) and almond oil (10%) ignited explosively during preparation. [Pg.1828]

Hyson DA, Scheeman BO and Davis PA. 2002. Almonds and almond oil have similar effects on plasma lipid and LDL oxidation in healthy men and women. J Nutr 132(4) 703-707. [Pg.42]

Marrone C, Poletto M, Reverchon E and Stassi A. 1998. Almond oil extraction by supercritical CO2 Experiments and modeling. Chem Eng Sci 53(21) 3711-3718. [Pg.267]

Synonyms AI3-01239 AIDS-169362 BRN 0507540 C-06813 Caswell No. 600 CCRIS 2841 EINECS 202-716-0 EPA pesticide chemical code 056501 Essence of mirbane Essence of myrbane Mirbane oil NCEC60082 Nitrobenzol NSC 9573 Oil of bitter almonds Oil of mirbane Oil of myrbane RCRA waste number U169 UN 1662. [Pg.841]

This procedure is used in the pharmacopoeial assays of castor oil, cod liver oil, cotton seed oil, almond oil and sesame seed oil. [Pg.54]

The BP monographs for many of the fixed oils contain a GC analysis to confirm the content of the fatty acids composing the triglycerides (fatty acid triesters of glycerol) present in the oil. The monograph for almond oil states the composition of the fatty acids making up the triglyceride should be ... [Pg.216]

A GC trace of methanolysed almond oil is shown in Figure 11.9. It can be seen that the methyl esters stearic, oleic and linoleic acid are incompletely resolved on a BPX-5 column. The esters of the minor C-20 and C-22 acids are also incompletely... [Pg.216]

A) Separation of fatty acid methyl esters derived from almond oil on a BPX-5 column (12 m X 0.25 mm i.d. x 0.25 pm film). Programmed 100° (1 min) then 107min to 320°. The major peaks are shown as offscale so that the minor peaks can be seen clearly. (B) The same sample separated on a HP Stabiliwax column (15 m X 0.25 mm x 0.5 pm film). Programmed 140°... [Pg.217]

The seed oil is golden yellow, with a nutty odor and a pleasant, although slightly bitter flavor, and has been described as similar to almond oil in consistency and taste (van der Maesen, 2006). [Pg.196]

CyHeO, Mr 106.12, Z />101.3kPa 178.1 °C, d] 1.0415, Wp 1.5463, is the main, characteristic component of bitter almond oil. It occurs in many other essential oils and is a colorless liquid with a bitter almond odor. In the absence of inhibitors, benzaldehyde undergoes autoxidation to perbenzoic acid, which reacts with a second molecule of benzaldehyde to benzoic acid. [Pg.104]

Bitter almond oil (free from hydrogen cyanide) contains benzaldehyde as its main component. Benzaldehyde does not occur as such in the plant, but is formed, together with hydrogen cyanide, by the hydrolytic cleavage of the glycoside amygdalin. [Pg.178]

Bitter almond oil is used almost exclusively in natural aroma compositions. [Pg.178]


See other pages where Oil, almond is mentioned: [Pg.128]    [Pg.278]    [Pg.375]    [Pg.353]    [Pg.408]    [Pg.410]    [Pg.337]    [Pg.340]    [Pg.478]    [Pg.224]    [Pg.224]    [Pg.28]    [Pg.31]    [Pg.31]    [Pg.72]    [Pg.101]    [Pg.123]    [Pg.218]    [Pg.218]    [Pg.2]    [Pg.462]   
See also in sourсe #XX -- [ Pg.15 ]

See also in sourсe #XX -- [ Pg.405 ]




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