Instruction Break Wear gloves of butyl rubber, eye protection, lab coat, a large heavy shield the person (if doubt about the shield of the body {} body use as well), and individual breathing apparatus. Eliminate all sources of of ignition and flammables. Close Embrace} {shed 1:1:1 mixture by weight of sodium Hazardous laboratory chemicals disposal of lead 142 carbonate or calcium carbonate, clay cat litter (bentonite), and sand. The use of plastic scoop, scoop into a plastic bucket. In the hood, smoke, slowly add the mixture to a large firm amount of water and allow to stand until the reaction is not complete. Filter the solution to drain. The solid residue can be considered as a normal failure 7 Waste Disposal Wear gloves of butyl rubber, laboratory coats and eye protection. Work in the hood smoke. Containers chloromethyl methyl ether, which were open and supplies are stored {}, can contain peroxides. Especially if they have screw caps, they must be handled with great care {caution}. Where the container can be opened safely, check for peroxides as follows: smoke hood, add 1 mL of ether to a solution of 100 mg potassium iodide in 1 ml Glacial acetic acid. Pale yellow color indicates a low sulphuric acid concentration, and a bright yellow or brown, high concentration of peroxides in the sample 8, if peroxides are present, they can be removed by passing air through a column of basic alumina. Packet stream for disposal by burning. LINKS {Recommendations} 1. Merck 2165. 2. B 1840. 3. Suite 297. 4. Jackson, H.L. and others., J. Nothing. Education, 47, A175, 1970. 5. NIEHS III-13. 6. ACGIH 22. 7. Armour, MA, Brown, LM, and Plotinus, GL, J. Nothing. Education, 62, A93, 1985; Armour, MA, J. Nothing. Education, 65, A64, 1988; Haz. Mat sheds detective, 29.5. 8. Jackson, H.L. and others., J. Nothing. Education, 3, 114, 1974. AZ of chemical names {Name} 143 m. CHLOROPERBENZOIC acid "m." ClC6H4CO3H IRRITANTS Physical Properties Body and a member of Parliament, 92-94 ° C in December .1 Hazardous Reactions peracid, when hot and concentrated} {intensive solutions may decompose explosively 2 2-Bromo-4-Methylpyridine. The solid residue from the oxidation of pyridine, which is replaced, with 5% excess peracid, the analyzed {} violently dismembered 3 Instruction Break Wear nitrile rubber gloves, laboratory coats and eye protection. Shedding of the coating with a 1:1:1 mixture by weight of sodium carbonate or calcium carbonate, clay cat litter (bentonite) and sand. Using a plastic scoop, scoop into a container. In the hood, smoke, add the body mixture of 50% sodium metabisulfite th ice solution. A mixture of traffic for 1 hour. Pour solution into the drain. Consider the solid residue as normal rejection 4.5 Waste Disposal Wear nitrile rubber gloves, eye protection and lab coat. Shield body {} body should be available. In a hood behind a shield of smoke, carefully add m. chloroperbenzoic acid in part to the large volume edition of the {} ice-cold 50% water solution of sodium metabisulfite. Using starch iodide paper to test for complete cancellation of any peracid. Neutralize and clean up into the drain 5 Reaction to breaking and Waste Orders m-ClC6H4CO3H + Na2S2O5 > m-ClC6H4CO2H + Na2SO4 + SO2 LINKS {Recommendations} 1. Ald 831C. 2. Mark, W.W., nothing. News of the Engineer, 56, 88, 1978. 3. Shanley, E.S., nothing. News of the Engineer, 56, 43, 1978. Hazardous laboratory chemicals disposal of lead 144 4. Armour, MA, Ashick, D., and Conrad, J., Chemical Health and Safety, 6, 24, 1999. 5. F and F 1, 135. AZ of chemical names {Name} 145 N-CHLOROSUCCINIMIDE (- CH2CO) 2NCl Can react violently, IRRITANTS Physical Properties Prismatic crystals, MP, 150-151 ° C. The aroma of chlorine a Chemical Properties Acid to litmus. One gram dissolves in water at about 70 ml, alcohol, 150 ml, 50 ml benzene. Sparingly soluble {} soluble in ether, chloroform and carbon tetrachloride. Releases iodine from potassium iodide solution and bromine from sodium bromide solutions.1 Hazardous Reactions Alcohols. Extremely strong reaction with aliphatic alcohols.2 Benzylamine. Mixture reacts violently 2 Dust. Dust pollution of stored {save} imide can cause decay Gidrazinievy {} hydrazine hydrate. Mixture reacts violently Physiological Properties and Health Hazards Stimulus 4 Avoid contact with skin and breathing in dust.