Sodium acetate chlorate

It will be seen from this equation that the dissolving component of the electrolyte, i. e. sodium acetate or chlorate, is continually regenerated in the course of the process. The sodium carbonate and hydroxide consumed in the reaction are supplemented by the migration of C(K and OH- ions from the catholyte. At the cathode made of lead or of iron hydrogen is liberated whereby the concentration of hydroxyl ions in the catholyte increases. In order to maintain their concentration within suitable limits and to replace the carbonate ions consumed in the production of white lead the eleotrolyte is continuously saturated by carbon dioxide thus converting the hydroxide to carbonate. [Pg.454]

V. Braun reaction Cyanogen bromide. Phosphorus tribromide. Piperidine. Thionyl chloride. Bromination Aluminum bromide. Aluminum chloride. Boron tribromide. Bromine chloride. N-Bromocaprolactam. N-Bromosuccinimide. Bromotrichloromethane. Cupric bromide. Dibenzoyl peroxide. l,3-Dibromo-5,5-diraethylhydantoin. 1,2-Dibromotetrachloromethane. HBr-scavengers acetamide and potassium chlorate. Iodine. Iodine monobromide. Iron. Mercuric acetate. Phenyl trimethylammonium perbromide. Phosphorus trichloride. Pyridine. Pyridine perbromide. Pyridinium hydrobromide perbromide. Silver sulfate. Sodium acetate. Sodium hypobromite. Sulfur. Sulfur monochloride. Tetramethylaramonium tribromide. M-Tribromoacetophenone. Trichloromethane sulfonyl bromide. Trilluoroacetyl hypobromite. Triphenylphosphine dibromide. [Pg.655]

A process was devised some years ago by M. Moest for producing alcohol from fatty acids, and by subsequent oxidation the corresponding aldehydes or ketones. Por example, an organic acid in the presence of an inorganic add gives, as chief product, an alcohol containing one carbon atom less than the organic acid. In the presence of sodium chlorate, Moest obtained a yield of 34 per cent, methyl alcohol from sodium acetate, with a current density of 5-20 amps, per dm. , whilst with a current density of... [Pg.69]

Silver(I) bromide Silver(I) carbonate Silver(I) chloride Silver(I) chromate Silver(I) cyanide Silver(I) fluoride Silver(I) iodide Silver(I) nitrate Silver(I) nitrite Silver(I) oxide Silver(I) phosphate Silver(I) sulfate Silver(I) thiocyanate Silver(II) oxide Sodium Sodium acetate Sodium bromate Sodium bromide Sodium carbonate Sodium chlorate Sodium chloride Sodium dichromate Sodium fluoride Sodium hydrogen phosphate Sodium hydroxide (aq) Sodium iodate Sodium iodide Sodium nitote Sodium nihite Sodium oxide Sodium peroxide Sodium sulfate Sodium sulfate decahydrate Sodium sulfide Sodium teh aborate Strontiimi Sh ontiimi bromide Sh ontiimi bromide hexahych ate Sh ontiimi carbonate Sh ontiimi chlorate Sh ontiimi chloride Sh ontiimi chloride hexahych ate Sh ontiimi chromate Sh ontiimi fluoride Sh ontiimi hydroxide Sh ontiimi iodate Sh ontiimi iodide Sh ontiimi nitote... [Pg.816]

Plating solution, chrome Potassium acid sulfate Potassum alum Potassum aluminum sulfate Potassium bicarbonate Potassium bichromate Potassium bifluoride Potassium bisulfate Potassium bisulfite Potassium bitartrate Potassium bromide Potassium carbonate Potassium chlorate Potassium chloride Potassium chromates Potassium citrate Potassium cyanate Silicone tetrachloride, dry Silicone tetrachloride, wet Silver bromide Silver chloride Silver cyanide Silver nitrate Silver sulfate Soap solutions Soda ash Sodium acetate Sodium benzoate Sodium bicarbonate Sodium bichromate Sodium bifluoride Sodium bisulfate Sodium bisulfide Sodium bisulfite Sodium borate Sodium bromate Sodium bromide Sodium carbonate... [Pg.557]

Glyceraldehyde Glycolic acid Glyoxal Melamine Methylcellulose Oxalic acid dihydrate Sodium acetate anhydrous Sodium bisulfide Sodium chlorate Sodium chromate Sodium chromate tetrahydrate Sodium polymetaphosphate tanning, soft leather Glutaral... [Pg.5806]

Chlorine dioxide was the main product in the decomposition of sodiTxn chlorite in acetic acid—sodium acetate buffer (92) over the entire pH region studied (pH 2-7), but less chlorine dioxide was foirmed as the pH decreased. No chlorate ion was found above pH 5, but below this pH its formation became increasingly important. Only about 3% of the chlorite that decomposed was converted to oxygen (92, 183) by... [Pg.208]

SODIUM ACETATE SODIUM ALUM SODIUM BENZOATE SODIUM BICARBONATE SODIUM BISULFATE SODIUM BISULFITE SODIUM BROMIDE SODIUM CARBONATE SODIUM CHLORATE SODIUM CHLORIDE SODIUM cyanide SODIUM DICHROMATE SODIUM FERRICYANIDE SODIUM FERROCYANIDE SODIUM FLOURIDE SODIUM HYDROXIDE, 10%... [Pg.154]

Ammonium dichromate Ammonium molybdate Ammonium nitrate Ammonium sulfate Barium carbonate Barium chloride Barium nitrate Borax Boric acid Caldum oxide Chromium trioxide Citric acid Potassium thiocyanate Sodium acetate Sodium aluminum fluoride Sodium bicarbonate Sodium chlorate Sodium chloride Sodium nitrate Sodium sulfate Triphenyl phosphate Ammonium chloride Ammonium fluoride Copper sulfate Magnesium chloride Oxalic acid Aluminum chloride Calcium chloride Ferric chloride Potassium permanganate Sodium carbonate Sodium fluoride... [Pg.609]

Potassium iodide Potassium nitrate Potassium permanganate Potassium phosphate Potassium sulfate Potassium sulfide Seawater, saltwater Silicic acid Silver cyanide Silver nitrate Sodium acetate Sodium aluminum sulfate Sodium bromide Sodium carbonate Sodium chlorate Sodium chloride Sodium cyanide Sodium disulfite... [Pg.1192]

A violent explosion occurred when the lid was levered off an old paint tin used to contain a polythene bag of sodium chlorate. Subsequent tests showed that low energy input (0.2 J) would cause explosion of unconfined chlorate on a rusty steel surface. The presence of contaminants (sawdust, copper acetate, paint flakes or shredded polythene) increases the sensitivity, and a mixture with paint flakes and polythene caused 100 mg portions to explode under 0.2 J impact in 24 out of 100 attempts. [Pg.1395]

Chlorine, Hydrogen( ), Sulfuric acid, 4047 f Chloroethylene, 0730 Ethyl acetate, 1618 Iron, Polystyrene, 4388 Lead(IV) oxide, Metals, 4834 Methylmercuiy perchlorate, 0433 Oxygen (Gas), Biological material, Ether, 4831 Potassium chlorate, Metal phosphinates, 4017 Potassium perchlorate, 4018 Sodium chlorate, Paper, Static electricity, 4039 f Trichlorosilane, 4136... [Pg.391]

Ammonia gas, Carbon dioxide, Sodium chlorate Ammonia, Carbon dioxide. Sodium chlorate Hydrogen cyanide. Hydrocyanic acid. Prussic acid, Blausaure Hydrochloric acid. Methanol, ADNB, Methylene chloride. Nitric acid. Sodium bicarbonate. Magnesium sulfate 4,4-DNB, Methylene chloride. Magnesium sulfate. Sodium azide. Sodium hydroxide. Acetyl chloride. Ethyl acetate. Hexane TetranUine, Glacial acetic acid. Sodium azide Ammonium nitrate, TNT Sodium azide. Ammonia... [Pg.327]

Anhydrous hydrazine, Cyanogen bromide, Isopropyl alcohol, Sodium nitrite, Sodium bicarbonate, Copper nitrate cryohydrate Sodium nitrate, Sodium chloride. Sugar, Charcoal powder Potassium nitrate. Sodium chlorate. Sugar, Charcoal powder Potassium nitrate. Potassium chlorate. Sugar, Charcoal powder Sodium nitrate. Potassium chlorate. Sugar, Charcoal powder 3-Pyridol, Ethylmethylamine, Formaldehyde, Pyridine, Dimethylcarbamoyl chloride. Sodium carbonate. Chloroform, Sodium sulfate, 1,10-Dibromodecane, Acetone, Acetonitrile, Charcoal, Ethyl acetate... [Pg.328]

Potassium chloride. Bleach Red phosphorus. Potassium chlorate. Alcohol Quebrachitol, Nitric acid. Sulfuric acid. Sodium bicarbonate Hexamine, Nitric acid. Sodium nitrate PropionitrUe, Sulfuric acid, Trioxane, Nitric acid DAPT, Acetic acid. Ammonium nitrate. Nitric acid. Acetic anhydride... [Pg.336]

Gropp measured the conductivity of liquid and frozen soln. of lithium, sodium, and potassium chlorides. F. Ratig studied the electro-chemical action—vide alkali chlorates. The electrical conductivity of soln. of lithium chloride in several non-aqueous solvents has been investigated. Formic acid as a solvent exerts an ionizing power of the same order of magnitude as water in acetic acid, the lithium chloride seems to be partially associated to double molecules, > and in some solvent,... [Pg.551]

Reaction LXX. Oxidation of certain Hydrocarbons. (B., 14, 1944 A. Spl., 1869, 300 E.P., 1948 (1869).)—This reaction is confined in the aliphatic series almost exclusively to the replacement by hydroxyl of the hydrogen attached to tertiary carbon atoms. A powerful oxidising agent, e.g., chromic acid in glacial acetic acid, is necessary. In the aromatic series the reaction is somewhat more easy to accomplish when the sodium salt of anthraquinone-jS-monosulphonic acid, for example, is fused under pressure with caustic soda and a little potassium chlorate, replacement of both a hydrogen atom and the sulphonic acid group by hydroxyl occurs, and alizarin ( /f-dihydroxyanthraquinone) is obtained. [Pg.199]