Document g06gMJpZZ0qq3NdjYev0zeqL

INDUSTRIAL HYGIENE LABORATORY aI-V-C>'T ^ V: A OCTOBER, 1989 . V 1 -... A: :;A A"A ' -DOW CbNRDENTlAt-AAA y V- . ' ":;** v ; w : . :-. `v ' ' ** :**" '* . i--i,.) *; J'tz&:. S'. tv- . Figure III (Cont'd) Page 25 jcmoc name ALUMINUM........................................................................... MINES. AROMATIC ............................................................. Aniline o-Tnluldine N,-Oinethylanillne 2,4-Rylidiee -- N.N-Oianthyl-ft-toluidine MINOETMANOL COMPOUNDS .......................................................... 2-Aeriaoethanol 2-Oiethylneinoethanol 2-Oibutylaei noethanol AMONIA ............................................................................. MXSIOINE ......................................................................... ARS8UC (hydride MS) .................................................... ARSENIC. OROMO-............................................................. fc-Aninophenylarsonic acid ftethylarsonic acid Dientbylarsanic acid ARSENIC TRI0KI0E (graphite AAS) .................................. ARSINE .............................................................................. asbestos Enas............................................................... AZELAIC ACID .................................................................... BARIUM, soluhle coRpounds ............................................. BBQBIE by portable 6C .................................................. BEN2IDINE and 3,3'-01CHlCR06ENZIDINE ......................... goaon peroxide............................................................. BERYLLIUM......................................................................... biphenyl........................................................................... BORON CARBIDE .................................................................. BWHOTRIFLUOWMETHANE ............................................................ BRONKVNIl and BROHOXYNIL OCTANOATE ........................... 1.3- BUTADIENE ............................................................... 2-DUTANONE....................................................................... CAMIlfi............................................................................. CALCIIIi............................................................................. CARBARTL ........................................................................... CARBON BLACK .................................................................... CARBON DISULFIDE ............................................................. CHLORINATES DIPHENYL ETHER ........................................... CHLORINATES TERPHENYL .................................................... CHUMOACETIC ACIO........................................................... GHLONQPRENE ...................................................................... ONOUW........................................................................... OMNIUM, HEXAVALOT ...................................................... COAL TAR PITCH VOLATILES.............................................. COBALT .............................................................................. COPPER (dust and fine) .................................................. CRESOLS ............................................................................. CYANIDES (aerosol and gas) ..................................... 1.3- CYClOPENTADIENE ..................................................... IH Workshop LATEST METHOO aa 7013 2002 ------------ -- - 2007 6701 2514 7900 5022 7901 6001 7402 5019 7056 3700 5509 5009 7102 2530 7506 1017 5010 0 1024 2500 7040 7020 5006 5000 1600 5025 5014 200B 1002 7024 7600 5023 7027 7029 2001 7904 2523 CO --I O o CO cri CJT CO CD Of15/07 > NIOSN Manual of Analytical Methods Figure III (Cont'd) Page 26 IH Workshop METHOD NAME LATEST ISSUE METHOO NUMBER DEMETON............................... DIAZOMETHANE.................. OISORANE............................. OIBROMOOIFLUOROMETHANE DTQXAME DYES, BENZIDINE , o-ANISIOINE, and o-TOLIDINE .. 2/84 5/85 5/85 8/87 5/85 5/85 5/85 8/87 2/84 5/85 2/84 5/85 5/85 5/85 5/85 5/85 5001 5514 2515 - 8006 1012 5017 5020 1018 1004 2518 1601 1013 2004 2S24 1602 5013 ELEMENTS (ICR) A1 uni rum Iron Pi at in* Tungsten 2m Arsenic Beryl li* Calcium Cedaiw Chromim Lead Lithi* Magnesium Manganese Molybdenum Seleni* Sodiw Silver Telluri* Tin Vanadi* Yttri* Zinc Zirconi* Cobalt Copper Nickel Phosphorus Titani* Thalliw EPICHLOROHYORIN EFN, NALATHION, and PARATHION ESTERS I ............. n-Aeyl acetate Ethyl acrylate sec-Anyl acetate Isoa^rl acetate n-8utyl acetate Isobutyl acetate sec-Butyl acetate Methyl isoanyl acetate t-Outyl acetate 2-Ethoxyethyl acetate n-Propyl acetate ETHYL BROHIOE .............................................................................................................S/85 ETHYL CHLORIDE ...........................................................................................................5/85 ETHYLENE CHLOROHYDRIN ......................................................................................... 5/85 ETHYLENE DIBROMIDE ............................................................................................... 8/87 ETHYLENE GLYCOL .......................................................................... 2/84 ETHYLENE OXIDE...........................................................................................................8/87 ETHYLENE OXIDE (portable GC) ............................................................................ 8/17 ETHYLENE THIOUREA....................................................................................................2/84 ETHYL ETHER.................................................................................................................5/85 7300 10)0 9012 1450 1011 2519 2513 1008 5500 1814 3702 5011 1810 FIBERS ......................................................................................................................... 8/87 FLUORIDES (aerosol and gas) ........................................................................... 2/84 FORMALDEHYDE (oxazolidine) .............................................................................. 2/84 FORMALDEHYDE (chromotropic acid) ................................................................. 2/84 FORMALDEHYDE (Girard T) .................................................................................... 2/84 FURFURAL.................................................................................................................... 8/87 7400 7902 2S02 3500 3501 2529 8/15/87 trii MlOSH Manual of Analytical Methods 9 oo Oo T' $ o> & `lbs tfsxa! a? SXQaaaa * prvRiff setata Kp)8Mi8 tom W&mMMh Psaflaaffiya - pemmti sfeto xp@g@ it UstiftbiU SiJiXSCTrDOSffiflg HCWSfl(g)fil pOTSpj^O- d3S 17 !p)(n^^^<s^ffr!f, (sJksiflihftra Sta son EnlediXb SHTV. Eaap. Stasflasih (ucodlisirslhsinisfl IHh) p>@0(rs09sfl IhisassD^ls to tot wffiflfkptas. scad to Itofc s^sjpo^so0si9 pirssQnjiOOooae tits @w@dd sssposunss lb <sM$ to mpdoll, nMv md EBD(d)^2 dsitai iKAMIt&A/tidl to HDi Mdihi SiaivsStaie spHsum s> pf@viraff toCwsteSto (by 1?&d (y)s oi? sn^gjpftrsjihsjfrjf' pcnsJC13fl(sii m WFimmmm vm - TO CHAM6E IMHPR0PR1AIE IBEHIAWIOE to HFQS6E ^moraiAinE BBtAVDOR wnima iMusassmH2 "'KWIbsa? <^fcs B TO-siniff Wtxs Dsbtosct te> d) ear pxsiFftSffiiim (dtellMoiig @iF nu^ asaadsoB 1Tes> sgoolbll ^scflSisai^iraSs fi dv|]p Utrsftnfinigi pfltsgpsra wlhMli sf; wall cflarilftnsdl 8m Asms if goods (arod fcjiselillwss <!!DD [pxrson1f^l Spa Ihsowas mssmans mstafefe wID-^lmsii!BQf9@n!0^] Sen Hsirmnis @(MhrsflnAn)@ [rtsesurds Vj'( lo S '^ O ^ lg BASIC TRAINING GUIDELINES FOR: ASBESTOS BASICS REQUIRED FOR: All employees who handle asbestos. RECOMMENDED FOR: All employees who have a potential for exposure to asbestos fibers. GOAL: To prevent exposures to asbestos by reviewing the key elements of the OSHA Asbestos Standard as implemented at Dow. TRAINING OBJECTIVES: Upon successful completion of this training module, employees should be able to meet the following training objectives: * Identify the primary route of exposure to asbestos and list the most common forms of asbestos-related diseases * Discuss the relationship between smoking, asbestos exposure and lung cancer * Identify the common types of asbestos, typical locations of asbestos containing materials, and discuss how asbestos can be identified ' Describe how asbestos is monitored in the workplace and how the results relate to the job procedures that are required * Identify the protective equipment required for work with asbestos materials * Discuss the purpose of the medical surveillance program and identify the program components * Explain the purpose of an asbestos inventory and discuss what is required during the six month inspection of asbestos containing materials co CO CO cn CO r\} Acrylonitrile TrainingGuidelines continued Specify what determines whether or not an area is regulated' and what requirements apply to such an area List examples of engineering controls which can reduce acrylonitrile exposures ' Select the types of personal protective equipment that may be required when working around acrylonitrile * Describe the emergency and first aid procedures for acrylonitrile overexposure * Identify the purpose and the requirements of the acrylonitrile medial surveillance program ' Indicate how often medical exams are required and what symptoms the medical professional is looking for in order to identify overexposures to acrylonitrile LIST OF VIDEO TAPES FOR INDUSTRIAL HYGIENE TRAINING H&ES INDUSTRIAL HYGIENE LABORATORY, 1803 BLDG CONTACT: INDUSTRIAL HYGIENE, 517/636-0860 ASBESTOS VIDEO * VIDEO TITLE 19 Safe Asbestos Removal (2 Videos) LENGTH YEAR 10:00 19.2 Asbestos Standards 55:03 21 Asbestos Alert: Routine Maintenance 16:20 22 Asbestos Alert: Taking Control 11:30 22.1 Asbestos: Understanding the Hazards 22:00 1987 22.2 Asbestos: Small-Scale, Short-Duration Activities 1 9:00 1987 22.3 Asbestos: Small-Scale, Short-Duration Activities II 9:00 1987 44 Asbestos, "Action News Today", KPNX TV, A2 Dean Branson 1982 BASIC IH PRINCIPLE VIDEO * VIDEO TITLE 1 Industrial Hygiene: What is It? Lecture by R.R. Langner 2 Evaluation of Exposures & Comprehensive Surveys 2.1 Exposure Assesment U of M Lecture by SK Norwood LENGTH YEAR 48:40 1984 44:20 1984 1984 3 Calibration of Pumps Lectured by RE Cook 6:11 1984 4 Preparation of Knowns Lectured by RM Hahne 28:00 1984 5 Preparation of Knowns-Lab Demonstration 28:00 1984 Lectured by R. M. Hahne 6 Portable Direct-Reading Instruments Lectured by T. Kawakita 23:11 1984 co CO CO cr, co CO 7 Portable Direct-Reading InstmmentSrLab Demo. 23:11 1984 8 Industrial Hygiene's Role in Hearing Conservation 27:00 1984 9 Industrial Hygiene's Hearing Conservation 12:00 1984 Lab Demonstration by NH Wetterstroem 10 Ionizing Radiation Fundamentals 39:40 1984 11 Ionizing Radiation Instruments-Lab Demonstration 39:40 1984 12 Selecting Effective Protective Equipment Lectured by MW Spence 39:37 1984 13 Selecting Effective Protective Equipment-Lab 12:11 1984 Demonstration by MW Spence 14 Air Sampling & Analytical Methods Lectured by LB Coyne 48:48 1984 15 Analytical Standard & Sample Preparation Lectured by LB Coyne 10:35 1984 16 Ventilation Lectured by RW Bohl 49:40 1984 17 Laboratory Fume Hood Evaluation Lectured by RW Bohl 15:15 1984 CHEMICAL SPECIFIC VIDEO # VIDEO TITLE LENGTH YEAR 43 PCB's Dean Branson "Business World Show 1979 ERGONOMICS VIDEO * VIDEO TITLE LENGTH YEAR 38 VDTs 10:00 FIRE SAFETY VIDEO * VIDEO TITLE 34 Fires and Estinguishers LENGTH YEAR 16:20 HAZARD COMMUNICATION VIDEO * VIDEO TITLE 24 Cornerstone of Chemical Safety (MSDS-Expanded) LENGTH YEAR 14:00 1985