Pharmaceutical oil

Industrial refrigeration - New industrial refrigeration systems that are used by the chemical, petrochemical, pharmaceutical, oil and gas, and metallurgical industries, as well for industrial ice making and for sports and leisure facilities, can use ammonia and hydrocarbons as the refrigerant. Although the product base concerned is small, existing CFC equipment can be retrofitted to use HCFC-22, HFCs and HFC blends, and hydrocarbons. [Pg.36]

About 100 billion pounds of chemicals and polymers are made from ethylene each year. In fact, over 40% of all organic chemicals produced are based on ethylene. These ethylene-based materials are found in almost every conceivable application encountered in daily life, for example, containers, flooring, adhesives, pharmaceuticals, oil and gasoline additives, paints, surfactants, etc. [Pg.120]

These older compounds each represented attempts at weed control, sometimes selective weed control, through chemicals. The last 30 years has been a time of rapid development of new herbicides, mainly organic chemicals, in the United States. Over 40 basic and specialty chemical manufacturers (such as pharmaceutical, oil, rubber, and paint companies) have participated in this chemical revolution of weed control. [Pg.47]

Juliano, C. Cossu, M. Alamanni, M.C. Piu, L. 2005. Antioxidant activity of gamma-oryzanol Mechanism of action and its effect on oxidative stability of pharmaceutical oils. Int. J. Pharmaceut. 299 146-154. [Pg.347]

Ibrahim YK, Sonntag HG. Preservative potentials of some aerosol propellants effectiveness in some pharmaceutical oils. Drugs Made Ger 1995 38(Apr-Jun) 62-65. [Pg.247]

Other than for chelation therapy, in which the ligand is generally administered by slow, intravenous infusion, EDTA has been used in creams and ointments, pharmaceuticals, oils, soaps, bath preparations, cosmetics, and in hair dyes and permanent waving solutions. A novel application of an EDTA chelate is the use of the dicobalt chelate (dicobalt edetate) as an antidote in cyanide poisoning the CN ion forms a strong ionic complex with the Co ions in the chelate to form a relatively non-toxic and readily excretable species. [Pg.83]

Total viable count Other applications Pharmaceutical oils ChemChrome V6 De Prijck et al. 2008... [Pg.33]

For the evaluation of the survival of different strains of bacteria in pharmaceutical oils, SPC was recently compared to the plate method, hi agreement with previous studies, differences in recovery between the two methods were indicative of the formation of VBNC cells (De Prijck et al. 2008). [Pg.37]

De Prijck K, Peelers E, Nelis H J (2008) Comparison of solid-phase cytometry and the plate count method for the evaluation of the survival of bacteria in pharmaceutical oils. Lett Appl Micrbiol 47 571-573... [Pg.40]

Mineral oil (white oil) colorless or very pale oils within the lubricating oil boiling range and viscosity that are used for medicinal (pharmaceutical) oils and technical purposes, the chief difference being degree of refining. [Pg.380]

Biozaii. [Hercules] Xandum gum tfaick-eno-, suspending agent emulsifier for slurry explosives, foundry coatings, cleai g cmnpds., cosmetics, pharmaceuticals, oil field chemicals, aq. systems. [Pg.50]

USE As substitute for acacia. As emulsifying agent in pharmaceuticals, oils, waxes. [Pg.691]

AI3-03053 Aminobenzene Amlnophen Anilln Anilina Aniline Aniline oil Anyvim Arylamine Benzenamine Benzene, amino Benzidam Blue Oil C.l. 76000 C.l. Oxidation Base 1 Casweil No. 0510 CCRIS 44 Cl 76000 Cl Oxidation Base 1 Cyanol EINECS 200-539-3 ERA Resticide Chemical Code 251400 HSDB 43 Huile d anillne Krystallin Kyanol NCI-C03736 Rhenylamine RCRA waste number U012 UN 1547. Isolated from coal tar. Used as an intermediate in the manufacture of dyestuffs and pharmaceuticals. Oil mp = -6° bp = 184° d = 1.0220 soluble in H2O (3 g/100 ml), more soluble in organic solvents LDso (rat orl) = 0.44 g/kg. Lancaster Synthesis Co. Matlinckrodt Inc. Sigma-Aldrich Fine Chem. [Pg.40]

AI3-24289 CCRIS 6691 EINECS 203-640-0 Methylmorpholine Morpholine, 4-methyl- Morpholine, N-methyl- 4-Methylmorfolin 1-Methylmorpholine 4-Methylmorpholine N-Methylmorpholine NSC 9382 Texacat NMM UN2535. Catalyst for polyester urethane flexible foam, high rise rigid foam panels, extraction solvent stabilizer for chlorinated hydrocarbons self-polishing waxes corrosion inhibitor pharmaceuticals. Oil mp = -65° bp = 116° d = 0.9051 soluble in H2O, EtOH, Et20 LDsO (rat orl) = 1960 mg/kg. Texaco. [Pg.409]

EINECS 285-206-0 Fatty acids, C16-18 and C18-unsatd., Et esters. Chemical intermediate, chemical synthesis lubricant in mineral, cutting, lamination, textile oils, and rust inhibitors textile and leather application also as emollient, piasticizer, solubilizer of active components in cosmetics and pharmaceuticals. Oil bp = 205-208° d... [Pg.537]

Beilstein Handbook Reference) AI3-16418 Benzene, mercapto- Benzenethiol BRN 0506623 EINECS 203-635-3 FEMA No, 3616 HSDB 5387 Mercaptobenzene NSC 6953 Phenol, thio- Phenyl mercaptan Phenylthiol RCRA waste number P014 Thiofenol Thiophenol UN2337 USAF XR-19, Intermediate in synthesis of pesticides and pharmaceuticals. Oil mp = -14.8° bp = 169,1° d = 1.0775 wm = 240 nm (e = 7244, EtOH) insoluble in H2O, slightly soluble in CCI4, soluble in EtOH, EtzO, OeHe. ICI Americas Inc, Janssen Chimica Lancaster Synthesis Co. Sigma-Aldrich Fine Chem. [Pg.618]

Toxicology Large doses can cause nausea and vomiting no known skin toxicity Uses Emollient, humectant, consistency agent for cosmetics, pharmaceuticals oil component for cutting oils, release emulsions solvent for fats drug delivery nutrition Features Oily... [Pg.1757]

Properties Nonionic Toxicology TSCA listed Uses Surfactant, moisturizer, emulsifier, dispersant, detergent, and solubilizer for textile auxs., tannery emulsifiers, household/industrial cleaners, agrochems., cosmetics, emulsion resins emulsifier for pharmaceuticals oil solubilizer Manuf./Distrib. Aldrich http //www.sigma-aidrich.com-, Fluka http //www.sigma-aldrich.com-. Sigma... [Pg.4200]

Food, pharmaceuticals, oil slick dispersal. Cosmetics, toiletries. Cosmetics,... [Pg.110]

Applications aircraft, aerospace, chemical processing and transportation, food and pharmaceutical, oil and gas, petroleum refining typical products caulks, coatings, gaskets, membranes, o-rings, seals, vibration dampers, wire cable ... [Pg.638]

The same properties that make larch arabinogalactan useful in foods make it useful in cosmetics, pharmaceutical dispersions, and pharmaceutical oil-in-water and water-in-oil emulsions (25, 27). It is also useful as a tablet binder (26). [Pg.982]

General application areas for LR-NMR are given in Table 7.27. Low-resolution pulsed H NMR has found widespread application in a variety of QC laboratories and research establishments in the food industry, polymer and chemical industries, mineral oil industry, pharmaceutical and cosmetic industries, and medical research because it offers rapid analysis without the need for difficult sample preparation [30, 199,210]. Applications of LR-NMR in the food industry, e.g. as applied to measurement of moisture in foodstuffs, were described as long as 50 years ago [211], Applications now include measuring oil or fat in cosmetics, oilseeds, chocolate and other foodstuffs, solid-fat content, droplet size in oil-inwater emulsions total moisture content in seeds, milk powder, pharmaceuticals oils in/on polymers... [Pg.710]

For most pharmaceutical oils three to five parts of surfactant are sufficient to solubilize one part of oil in water surfactants with an HLB in the region of 15 to... [Pg.346]

Uses Detergent, emulsifier, rheology control for cosmetics and pharmaceuticals, oil field chems. sulfation intermediate producing high-foaming anionics for personal care prods. intermediate for carboxymethylate mfg., phosphate esters, sul-fosuccinates... [Pg.1102]

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