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Cotton waste

M. L. Whismann, J. W. Goet2inger, and E. O. Cotton, Waste Rubricating Oil Research, BardesviUe Energy Research Center, BardesviUe, OMa., 1974-1977. [Pg.5]

Don t use cotton waste or dirty cloths to wipe bearings. [Pg.164]

Abfall-. waste, refuse descending, -baum-wolle, /. cotton waste, -brennstoff, m. refuse fuel, -eimer, m. waste bucket, waste pail, -eisen, n. scrap iron. [Pg.3]

Baum-stein, m. (Min.) dendrite, -wachs, n. grafting wax. -woUabfall, m. cotton waste, -wolle,/. cotton. baumwoUen, a. cotton. [Pg.58]

Putz, m. plaster, plastering dress, ornament. -baumwoUe, /. cotton waste (for cleaning). [Pg.351]

FPN No. 2) Easily ignitable fibers and flyings include rayon, cotton (including cotton linters and cotton waste), sisal or henequen, istle, jute, hemp, tow, cocoa fiber, oakum, baled waste kapok, Spanish moss, excelsior, and other materials of similar nature. [Pg.642]

Chemically inactive These are made from a variety of materials that include wound yarn, felt, flannel, cotton waste, wood pump, mineral wool, asbestos and diatomaceous earth. The solid particles are trapped and retained within the medium. Certain types will remove water, as well as large and small particles of solids in a range down to 10 microns. Ceramics are sometimes employed for depth filtration, as also are special sintered metals. [Pg.882]

Unsaturated (drying) oils, like linseed oil, etc., will rapidly heat and ignite when distributed on active carbon, owing to the enormous increase in surface area of the oil exposed to air, and in the rate of oxidation, probably catalysed by metallic impurities [1]. A similar, but slower, effect occurs on fibrous materials such as cotton waste [2],... [Pg.128]

A rubber glove and a box of cotton waste fell into a tank of spent nitrating acid from the preparation of TNT. The total contents of the tank ignited, leading to a series of explosions which caused severe damage and some 900 casualties, including 82 killed. [Pg.1578]

Spillage of a weak (5%) aqueous peroxide solution onto cotton waste led, after some time, to ignition. This probably involved concentration of the peroxide by evaporation/absorption of the water, the heat insulating effect of the fibrous mass preventing heat loss as oxidation proceeded, and possibly the presence of trace metals in the waste promoting catalytic decomposition. [Pg.1632]

See Barium oxide Cotton waste, Heavy metals Metal catalysts, all below... [Pg.1673]

In a factory manufacturing organo-iron and organo-manganese catalysts, use of cotton waste to mop up a spill of dilute hydrazine solution led to a spontaneous fire later. The fire was attributed to onset of rapid metal-catalysed decomposition of the hydrazine after sufficient water had evaporated from the waste, the traces of heavy metals originating from dust contamination, etc. [Pg.1674]

Clnkotal et al. (11) sampled the total airborne dust (Andersen impactor) In the cardroom of sevel cotton spinning mills and showed 1500 to 11,500 fungl/m3. Cotton waste mills, a wool mill, and a tea packing factory had similar numbers of fungi while wil-lowlng mills had 22,500 fungi/m. ... [Pg.232]

Cinkotal et al. (11) measured the endotoxin content In the cardroom of seven cotton mills, and two cotton waste mills. None was found in a tea packing factory or a pipe tobacco factory and the level was low in the willowing mills. Bysslnotic symptoms correlated with the level. [Pg.240]

Some liven s drums contained cotton waste impregnated with a mixture prepared as follows TNT was dissolved in benzene and fuel oil and gas tar oil and a solution of yellow phosphorous in CS2 were added. The mixture was insensitive to shock, had a very low coefficient of expansion (0.0174 per °C between -10°and 55°) and a low vapor pressure... [Pg.336]

A 50 lb scatter-type bomb developed by the US is identical with the intensive type as far as outside dimensions are concerned. Incendiary material to be scattered consists of either cotton-waste balls impregnated with inflammable materials, such as turpentine or CS2, or gelled oil held in small celluloid containers. When the bomb lands, ignition and ejection of the units are effected by an explosion of Black Powder in the nose... [Pg.339]

Purified linters are used extensively in the USA for the prepn of NC, but longer fibers are preferred in Engl. During WWI, Engl also used material called slivers (Ref 1, 3, p 30), which was staple cotton in the form of unspun strips — an intermediate stage in the manuf of yam. Although more expensive than cotton waste, it yielded purer and more stable Cordite... [Pg.577]

If gas is not available, insert a wick of cotton in the burner tip, place small quantity of cotton waste in the chamber to which the burner tip is attached, and fill foe chamber with signal, sperm, or lard oil... [Pg.472]

Cellulosic raw materials. The best raw material for manufacturing dynamite nitrocotton is unbleached or very slightly bleached long-fibre cotton. Usually cotton wastes from spinning mills are used. The raw material is purified as described earlier (p. 363). [Pg.409]

A. Abel s Process. In this process, cotton waste was used, instead of the skeins of cotton yarn employed by von Lenk. Batches of 1.25 lbs were dipped into 220 lbs. of mixed nitric-sulfuric acid contained in cast-iron dipping pans which were supported in an iron tank thru which cold w circulated to keep the temp below 70°F. The pans were provided, at the back, with gratings, on which to press out part of the acid from the charge. After remaining in the acid bath for 5... [Pg.319]


See other pages where Cotton waste is mentioned: [Pg.87]    [Pg.162]    [Pg.187]    [Pg.58]    [Pg.58]    [Pg.143]    [Pg.216]    [Pg.150]    [Pg.1632]    [Pg.1674]    [Pg.285]    [Pg.118]    [Pg.99]    [Pg.216]    [Pg.246]    [Pg.247]    [Pg.255]    [Pg.80]    [Pg.197]    [Pg.577]    [Pg.147]    [Pg.74]    [Pg.162]    [Pg.643]    [Pg.328]    [Pg.494]    [Pg.320]    [Pg.320]    [Pg.321]    [Pg.321]   
See also in sourсe #XX -- [ Pg.91 ]




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