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FILE NAME Quigley QUIG DATE 0000 DOC QUIG051 DOCUMENT DESCRIPTION Sales and Advertising Literature QUIGLEY COMPANY INC Manufacturers of Refractories - Insulations 235 E. 42nd Street New York N.Y. 10017 WATER RESISTANT REFRACTORY LAGGING INSULAG INSULAG A superio refractory lagging with unsurpassed insulating and sealing properties for use on high or low temperature equipment Can be applied on hot or cold metal surfaces savings Fuel savings constant temptempereatures ratures its production result from its use and increased Increases in thickness after application and retains this increased volume throughout its entire range of service temperatures Does not collapse after it has set from contact with water oil or steam Is injurious as contains no mineral wool or fine slag particles which are irritants to the body Develops high mechanical strength upon drying and withstands shock moderate abrasion and vibration Can be applied by thin coats to effect perfect Block insulation is effectively covered and protected Makes a good expansion jointing Has excellent insulating qualities Weight expanded 36 lbs to a cubic foot Expands approximately for each inch applied if installed immediately after mixing Has temperature range of 2200 limit for interface temperature 3 lbs usually covers one square foot t hick Sets firmly on cold set in 24 hours Can be applied by gun grout or trowel Packed in 100 lb. multiwall moisture bags Proper instructions for use enclosed in each bag SPECIAL APPLICATIONS 1/4 coating applied by Quigley C. O. Gun on new open hearth silica increases life by eliminating initial spalling coating on lined doors when new prevents spalling Sealing Tuyers when banking Blast Furnaces Insulation and sealing Bustie Pipes Expansion Joints at jamb in Coke Ovens Insulating walls for comfort between furnaces in work ing areas of Reheat Furnaces When banking Blast Furnace seal Bosh usually by spraying Insulate outside of Reheat Furnace Cover block insulation on outside Stoves Spraying Annealing Oven interiors to seal cracks and spalling Sealing Regenerator chambers in Rolling Mills SUMMARY OF PROPERTIES Temperature Range 2200 Interface Setting Characteristics Hydraulic Set Application Thermal Conductivity K factor in ... sq ft./inch thk./ hr./"F hr./"F Spalling Weight Coverage Packing By Gun Grout or Trowel 500 F..56 500 F..56 @ 500 F..56 50F.56 @ 1500.84.84 Negligible 36 to a cubic foot # covers 1 sq ft 50 bags thick QUIGLEY COMPANY INC Manufacturers of Refractories Insulations 235 E. 42nd Street New York N.Y. 10017 QUIGLEY COMPANY INC Manufacturers of Refractories Insulations Paints 235 E. 42nd Street New York N.Y. 10017 WATER RESISTANT REFRACTORY LAGGING GREAT STRENGTH QUICK SETTING LIGHTWEIGHT - HIGH TEMPERATURE EXPANDS - DOES NOT SHRINK WATER & OIL RESISTANT - FIREPROOFING INSULAG A superior refractory lagging with unsurpassed insulating and sealing properties for use on high or low temperature equipment Can be applied on hot or cold metal surfaces Fuel savings constant temperatures and increased production result from its use Increases in thickness after application and retains this increased volume throughout its entire range of service temperatures Does not collapse after it has set from contact with water oil or steam Is injurious as contains no mineral wool or fine slag particles which are irritants to the body Develops high mechanical strength upon drying and withstands shock moderate abrasion and vibration Can be applied by gun in thin coats to effecta perfect seal Block insulation is effectively covered and protected Makes a good expansion jointing Has excellent excellent insulating qualities Weight panded 36 lbs to a cubic foot Expands approximately 14 for each inch applied if installed immediately after mixing Has temperature range of 2200 limit for interface temperature 2000 direct flame 3 lbs usually covers one square foot thick Sets firmly on cold set in 24 hours Can be applied by gun grout or trowel Packed in 50 lb. multiwall moisture bags Proper instructions printed on each bag HOW TO MIX and APPLY INSULAG Mix INSULAG and water 50 bag Insulag to 3gal water approx % Insulag to % water to consistency of heavy plaster Mixed INSULAG must be applied in 30 min DO NOT MIX MORE than can be - applied in 30 min After INSULAG has been applied do not trowel out air pockets that honeycomb INSULAG during bloating period Use wet trowel about an hour later to smooth out INSULAG trowels out smooth hard and white For reinforcing use 2x2 - 16 Ga square mesh or metal lathe on 16 centers well secured Can be applied with Trowel or grout No weather proofing is necessary INSULAG can be painted - no sizing is necessary Quigley AAA Paints in aluminum and colors are available SUMMARY OF PROPERTIES Temperature Range Setting Characteristics Application Thermal Conductivity K factor in B.t.u./ sq ft./inch thk./ hr./ Fhr./ F Spalling Weight Coverage Packing 2200 FInterface Hydraulic Set By Gun Grout or Trowel 500 @ F..36 F..36 @ 1000 F..70 1000 F..70 @ 1500 F..841500 F..84 Negligible 36 to a cubic foot # covers 1 sq ft thick 50 bags ) QUIG COMPANY Manufacturers of Refractories Insulations Paints INC 235 E. 42nd Street New York N.Y. 10017 . v te tbe + . CINSULAG CINSULAG CINSULAG 1 ay f 4 Rag U. Pat Of _ A HIGHLY EFFICIENT| -- INSULATING LAGGING | With setting Properties for a Wide Range - of Temperature Applications | WATER ECONOMICAL Bulletin No. 382 A QUIGLEY PRODUCT INSULAG is a superior refractory lagging with unsurpassed insulating properties for use on high or low temperature equipment _ It can be applied on hot or cold metal surfaces and as a finishing coat for insulation INSULAG possesses at recommended temperatures exceptionally high refractory and insulating properties INSULAG is used at operating temperatures at which other laggings fall Its unusual low heat storage and low thermal conductivity make INSULAG a most effective insulator for the control of temperatures INSULAG permits reduction in thickness of heavy refractory walls and in turn decreases the heat capacity of the total structure Fuel savings constant temperatures and increased production result from , its use INSULAG increases in thickness after application and retains this increased volume throughout its entire range of service temperatures INSULAG after it has set does not dissolve or collapse from contact with water oil or steam which properties make it an out- standing standing product. : Fig Boilers insulated With INSULAG BFoiiglerWs aIlnsluslateDducWtisthCariIngsNSULAG of Large POWER INSULAG meets the engineer's demand for a suitable material for covering turbines feed water heaters hot liquid storage tanks drums smoke flues stacks pipes and flanges It is also recommended as insulation in back of re- fractory tile of water wall boilers and outside fire brick walls in boiler furnace om construction es ON BOILER INSULAG used on the boller drums because it does not crack in service can be walked on without de- struction and does not collapse due to steam leaks or water dripping on same PROOFING walls roof structures furnace rooms columns etc. may be protected against fire by applying INSULAG as a vencer coating The fire retardant properties of INSULAG render it ideal for this purpose GENERAL INSULAG has such a wide range of uses that it is indispensable as a plastic lagging in plants using fuel fired furnaces It is the lagging material of a thousand uses Copyright 1947 Quigley Co. Inc. becomes effective pThirs evbuletinipreoviouuslsy leffecytive bulls October and congela in its ineOctober datar, ef, etorcorngelaiprnodguct QUICK SUMMARY equals 9 of fire brick in insolating value dow heat storage capualty of Are brick for same heat dow High mechanical strength Operating temperature 2200 Interface Light weight rugged and strong Beta- quickly . Adaptable for practically every lagging need Water resistant ell or water leaks do not destroy . : Expands ^finchapplied is more than an inch when dried : INSULAG je shipped in 50 lb. bags net 1 PROPERTIES OF INSULAG LOW THERMAL CONDUCTIVITY retains practically constant insulating values throughout its service range so that under varying conditions and temperature changes there is no appreciable loss of insulating efficiency One inch of INSULAG has an insulating value equn to about nine inches of fire brick and has , about 1/40 the heat storage capacity of fire brick walls of equal heat flow Therefore relatively thin applica- tions of INSULAG may be substituted for heavy masses of refractories heat losses are reduced and furnace production is increased HIGH MECHANICAL STRENGTH INSULAG is different It develops high mechanical strength upon drying and successfully withstands shock moderate abrasion and vibration The impact of a hammer will cause a dent in INSULAG and may even crack it but the blow will not cause it to break away readily from the equipment to which it was applied This is most advantageous on drums tanks pipe lines and other equipment subject to rough usage HIGH TEMPERATURE INSULAG will withstand a wide range of applications for high temperature direct exposure and is recommended for interface tem- peratures up to 2200 EXPANSION INSULAG expunds after application . physical shrinkage eliminated Light WeighIT On the average three pounds of INSULAG covers 1 square foot to a thickness of 1 inch Varying conditions methods of application hard troweling kinds of surfaces variations in mixing water content and temperature of surfaces at time of application may require more material QUICK SETTING INSULAG sets firmly in 24 hours to 48 hours and in much less time when subjected to heat The quick drying and setting characteristics of INSULAG permit troweling to a smooth finish suitable for painting painting ADAPTABILITY INSULAG possesses properties necessary for roughing coat and finishing coat or two coats by one application The user of INSULAG does not find it necessary to carry in stock two or three different materials for the same job WATER RESISTANT after setting does not dissolve or collapse from contact with water oil or steam This is a decided advantage in plant maintenance INSULAG is a superior product for insulating equipment exposed to the weather INJURIOUS contains no mineral wool or fine slag particles which are irritants to the hands or other parts of the body A feature of INSULAG which particularly appeals to many users is the beautiful smooth white surface of a trowelled finished job If desired an INSULAG trowelled finished job can be treated with Quigley TRIPLE Protective Coatings in white black colors or aluminum Various combinations of INSULAG with other INSULINE Products can be made for specific applications were Fig Necessary a _ "ewe _ Coated With INSULAG No Wrapping or Palating THICKNESS IN INCHES REQUIRED FOR VARIOUS HOT FACE TEMPERATURES T. LOST PER SQ FEET PER HOUR a 50 Soest 100 " a 20: 0 300 300 400 : 500 oe 1000 a i Hitt e S eae Tite PER ase : TT VeweRumana SABA RRS ee + c =the "] a ae } = = ' i t i t as a >. Mf af an t AL + t rrr + + i% i \ ctt ro Trier a x + Lic x nT bY x bd ul ut ak H B18! it TOC it i YN Lt \ iY y t i AY fat ft AY x ht 7 4 + TC LY wh i A YAY LY \ wt INCHES te AY 0 : INCHES INCHES ! TA +: INCHES i! LY UY AUN h INCHES 2he \\ x AAACN IN \ \ AIAN s IN \ XV \ IN Yh) ANAC INSULAG NV \ re AA INSULAG T CUtThs x INSULAG INSULAGINSULAG f Mala T} \ mi wrt zy Met AY + t x N ith t ws AWAY x INSULAG A x ANA OF OF loch % i) oa GA Baan a OF t cr 4 S riv X THICKNESS . AEA Ly THICKNES NA : 3 . 60091 400 60091 THICKNESS -1200 60091 osan SH eee wo 1100 -350 tit ADD osan i a 1100 -1200 400 THICKNESS 60091 rt rf -120 : -300 Nm ,, may THICKNESS xf \ \ \ THICKNES \ q THICKNES i mw | s A =) 2 = = : Ge 8 =< 7 : x mins = es rs = = 5 ionssma rt 2 He b Tse Sms ESTEVES: oH 7 a4 MN q X wey 5 80 =. 960 100 TEMPERATURE OUTSIDE FACE THIS CURVE IS BASED ON THE INSULATING 150 a aie 200 250 300 t 350 400 450 500 OF INSULATION DEGREES FAHR BASED ON STILL AIR AT 80 MATERIAL CAST AND DRIED AND WITH A SURFACE EMISSIVITY FACTOR OF 0.89 How to Determine Heat Savings Effected by INSULAG Chart above indicates the heat loss through graduated -combination thicknesses of INSULAG as well as the temperature of the outside surface of the INSULAG at 180 Follow 180 line upward until it meets 500 curve line At this point follow horizontal line and read 2 in Therefore a 2 in thickness of given temperature for the hot surface INSULAG is required 1. To determine the thickness of INSULAG required to give an outside surface temperature Example Temperature of the hot surface is 500 What total thickness will give a temperature of about 2. To determine the heat loss through given thickness of INSULAG or from outside face temperature Example Similar conditions as that given under From 180 at bottom of chart follow upward until you read 90 B. t u.'s on the upper scale Manufacturers of Refractories 235 E. 42nd Street Insulations New York N.Y. 10017 -- U.S.A. in Printed -- -- 5M 332 Buletin INSULAG REG U. S. PAT OFF FIREPROOFING CEMENT INSULAG sa fire retardant lightweight formulation having a fire and water resistant smooth white surface INSULAG is the ideal fireproof protection for Struc- tural Columns Beams Channels and Angles LP Gas Tanks Oil Tanks Tower Skirts Pipe Line Sup in > INSULAG weighs only 40 pounds per cubic foot 3rd the weight of concrete common brick or other such ports and AlAlll Exposed Steel in OiOill ReRfeifnineerriieess StSteeeell and ChemicChemaicall Plants fire proofing materials Therefore excessive loads are not added to existing structures or those under design INSULAG is regulary used as a Refractory Insulation by all types of industries inside and outside of fur- INSULAG was subjected to exhaustive proofing tests by a nationally recognized research laboratory and large oil refinery Their reports proved INSULAG is capable of withstanding THERMAL boiler naces and settings for temperatures up to 2200 It also used for many types of insulations inside and outside of buildings regardless of climate and without weather proofing SHOCK without spalling or destruction when 100 lb. per square inch water pressure was played ] on it by hose with nozzle at all distances and at all temperatures up to 2000 INSULAG is the only material required for a fireproofing and water resistant insulating job BE ASSURED OF YOUR FIREPROOFING BY USING INSULAG PROPERTIES OF INSULAG A FIREPROOFING CEMENT LOW THERMAL CONDUCTIVITY has insulating value of " Firebrick HIGH MECHANICAL STRENGTH Moderate Abrasion HIGH TEMPERATURE LIMITS > LIGHT Trowelled 40 lbs per cu ft Gunned Approx 45 lbs per cu ft QUICK SETTING- hours Depending upon temperature and atmospheric conditions INJURIOUS Contains no mineral wool WATER RESISTANT After setting does not dissolve or collapse in contact with water steam or oil Does not require proofing Roughed ADAPTABILITY or scratched Coat and Finish Coat with one product INSULAG Trowels to a hard smooth white finished surface QUIGLEY COMPANY INC Manufacturers of Refractories Insulations ANRC AMT Caius i oon LIV | er Where to Use ACID PLANTS Structural Steel for Absorption Glover- Lussac Towers and Tanks CHEMICAL PLANTS- Structural Steel for Heaters Still and Tanks Chemical Units COAL COLLIERIES AND MINESM-INES- COPLP EAE D ZR INC MINES Structural Steel - Bins - Underground Timber Supports GLASS PLANTSP-LANTSStructural Steel Room LUMBER MILLS-MIL S- Structural Steel Burner Kilns OIL REFINERIES GASOLINE PLANTS CARBON PLANTS ASPHALT PLANTSPLANTS Structural Vessel Skirts Stanchions- Supporting Steel of Crackers- Tanks Gas Absorbers - Evaporators Decar- bonizing Units : PAINT MANUFACTURERS Structural Steel - Storage Tanks - Warehouse - Varnish Plants MILS- PAPER MILLSStructural Recovery Furnace Room Rooms STEEL MILLSM-ILLSStructural Steel SupportsC-onveyors . Blast Conveyors Products Distillation Unit EquipCoke Oven Quenching Equip- ment Stock Conveyors SMELTERS- . SMELTERS- Structural Steel Supports Anode Furnace Room Convertor Struts Refinery Platform Reverbatory Inflam-mIa nflbaml mabeless--Inflamables- Structural Steel How to Use INSULAG A FIREPROOFING CEMENT REINFORCEMENT or SUPPORT for STRUCTURAL STEEL Use flat expanded diamond mesh with metal spacers or Use high rib lath or other suitable reinforcements all to have corner beads On Larger Surfaces weld on studs to which attach square mesh welded fabric with opening of not less than x2 INSTALLATION Can be Trowelled or Gunned by using above conventional methods of reinforcements MIXING For Cast or Trowelled installations add sufficient water to make a smooth working mixture Use clean fresh water at 60-65 An average mixture takes about ten and half 10 gallons of water to a one hundred 100 pound bag Mix only quantity that can be applied within twenty 20 minutes For Gun Applications use minimum air pressure and maximum quantity of clean fresh water at 60 but no higher than 90 that permits placement without slump APPLICATION A one and three quarters 1 inch thickness is required for a three 3 hour fire resisting rating Apply by either Trowel or Gun method A one and one eighth % to one and one quarter 1 ) inch thickness of mixed INSULAG which will bloaf to one and five eighth % to one and three quarter1s % inch Allow to set If a smooth finish is required SCRATCH or ROUGHEN this surface before applying the one eighth inch finishing coat If the original application has dried some should be moistened prior to applying the finished coat For the finish coat INSULAG should be mixed with water allowed to bloat and remixed This finished coal should be trowelled smooth Additional Fire Resistance Rating can be secured by increasing thickness of INSULAG ' POUT TT TTT at eae eT ee Ether 4 ee ee Afte Afte ... ... ... ......39-32...639-3 -2 N6 a eT er ce sa arn 7 Nw Sd oe Asti Ariann Ariann . thupsies 66 1110 10~uin uppvis avan Muantar Muantar ne- ew oe ra Se. ar Seer een a rea eed a tee hava ora tee eemees Slay cco ob rtete " come _ _4 4 ot ent during admission priorprior to day of survey { t ExaludiEngxaludingpaceinekepracseinekrsECG xrayray and service laboratories smuniranku u~ amstas u~ amstas we but including EEG naimi iKisinn ton t , : ~ : PSP re!4Fsnasage may?2 oo. mity s mitymity mitmyitymity fi ; i A : 1 i. solutions ion rr whose whose whose whose whose i a} cali solutions cali wa havahavahava ORINMS intolerable even ue SCR while while day daydadyay mugmo ugo while while while apk apkapk AWAY AWAY AWAY ema g ame Fie of me ! of essary essary essary that that essary madmore madmore -eta-eta madmore madmore madmore aplication application application nemieerednemieerednemierednemieerednemie rednemieered nemieered hag is reach reach reach reaca h reach w ha ha dewalanad dewalanad dewalanad dewalanad dewalanad dewalanad need need large larglearge lar- ge for an scaslceale technology problemsenginering enginering problempsroblemsproblems problems engineering engineering engineering engierng scuesscues elabo- the relativelyrelatively relatively im- oned componenctosmponets componentscomponents components components interactions and rhair de-de- Coy proaen to l^tod l^tod solutiosnlution proaenproaenproaenproaen to l^todl^tod tim solutsioonlustioolnution solution of a comprehensive comprehensivecomprehensive urban health solution of urbuanrban urban urban urban health health health ha FA aa ' r oatem eee omids ElectronicElectronic ElectroEnlicectroniElcectronic Rnay Emmerson a1 ' Electronic Electronic 1 transducer transducer transducer transducer transducer transducer HypothermicHypotherHmypioctHhyerpmoitchermic Hypothermic RIE A eT Pacemake HypotherHmyipocthermic Hypothermic mattressmattressmatres mattress mattrmeaststress MRA i inh RespirRateospiratoRespirato Respirato Respirato Respirato H1 4; : LO pe ctgthe a mee } ; ;i 5 1 x pat posure posure posure posure to sabestos sabestos vee Saiyan ae Fektpers sans a y fer 199 199 199 coed iM a ie rf Improved ae ee iq oe ImprovedImprovedImproved Improved t . ey ergy we 1 N es er 1 te e vs , pot: e 186 186 et | z 3* : ? * b fe t Pe : ream re TMB. ' Canae oe Tom aner ates ame eaves t ab b 4 : 1 t 2 SR SL CORTE. TU rd Pm eR a ka men tome MIR ne a ee a : i H begs, 6 pera Eee Tr RE RT REL N ALAR RLLET (REPT Oe EPLME Rt teeeGae nesdae! ployed in a factory since 1886 3 A 1930 British study 4 further documented the pervasive presence of asbestosis the term applied to the pulmonary fi- brosis and scarring resulting from the inhalation vi significant quantities of asbestos in factory workers This led to the imposition of what were thought to be stringent control measures in British factories producing asbestos products Later research uncovered the existence of an additional problem Lung cancer was suggested as being causally associated with an asbestos exposure in 1933 5 and the associ- ation was fully confirmed in 1948 6 and 1955 7 studies In spite of this long history of disease studies of Salikoff Hammond and Churg 181 demonstrated tane mat ae venue d cE ah ge li kh, Aj 14 14 w~ 2H fe . er . aA 3 ie ll Ti a 1? ov ; : MR. Ff i iadOr A ~ g me fom ne ON A : ? rs 4 ##S, SF ASI = A ete nr ee oe 10 148 1314 20 P al ... ... ane 3t CHOP CHOP he Ree: ae a Tat navrhy eo noorly no 1 10,000 deaths are from this cause one in 10 1 HUID Vinsanwansy Goda wien Elutiondi^kok i CANCEL UI to Kabwe Elutiondi^Elutiok ndi^okokk wakakudy than Sow cee 1 expected Uvalvs vnt in AU PSY SROY ule eee non Alaeviu a^ norman~- of / Lo i i _ _ ry onarional Moreover pynence to asbestos recent studies of an asbestos manufacturing facili- ly point to the existence of an even greater n^'dito problem in factories 9 in audition to this bastit UL LUIT MADUGOL Umpiakose UmpiaUkmpoiaskokskee TABLE 2 Deaths among 625 N.Y.-N.J. Insulation Workers Observed Prospectively 1943-1971 after Onset Work Reaching 20 Years from aren sent " of oe el ee cet te RES a e eSa ASE we pues: tyeee pationally related deaths from asbestos exposure came only after 20 30 40 or more years since onset of exposure This of course has presented consider- able difficulties in attempting to apply proper con- trol measures based on information of disease experi- ence produced by inadequately evaluated environ- mental exposures of past decades In short there is uuizing optical and electron microscopy and electron microprobe analysis documented the air levels and tissue burdens of asbestos from occupational and environmental exposure Research on control strategies was mounted to reduce asbestos exposures to all segments of the population In the initial efforts to develop control measures to | | faa es a ee - RTP Fs ee eee ere am olde 7.6 7.6 ... -- -- Bae td eee deaths lung one of 32 of 87 nonsmokers was of can- Thus cer while an asbestos exposure alone may give rise to some increased em tic lung Combination Combination Combination Combination amalies deme amalies amalies in in eres of of asbestos asbestos asbestos asbestos < ey sees syneettay so: ees ate risk of cancer the eexposure xexpopsureosure exposure exposure exposure and and and . mtein en le hank hank hank cigarette cigarette nien nien DOP Sree w ANN ** ** ** " ! eres Fe ak ee ees aes ueey Severe inconsistencies in the area of respiratory protection were quickly revealed Although insulation contractors would supply workers with half- mask replaceable respirators approved by the Ruw of Rin ehfiltaer rivy wermmm sre Etat miacnins : lean fe tlan tp eee ee ae ae wee oe hk boty - gale co nee ee Working cee Working in Gist VICHity on the application of aslesioS MEE products the families of to asbestos workers Manville and to people who simply live in the neighborhood of i See mines mines ne actories actories actories approval occur Stun breathing ococcurcur occur in in in excess excessexcess excess in in in Mesothelioma has been shown to shipyard employees w : : - ee eee Wee ee Tp eee eee a gp eee cee ee ee -- itau Ui Wines muustrial engineers Iviount Sinai School of Medicine and from Corp. has finally economical three economical having culminated in the avalabimy of comfortable comfortable respimiors respimiors respimiors resistance resistance resistance e $0 seem ul il Ry 4 ) i it ame a4 IH tu A ood Ao Son Green Gree Gren en worn worn mobmob mob TE we VASZI HUSE AL abe Fae sege CY NPONIRUTRA MARGA MAR MARGAG MARA GA eM EER PETOEU URLOT RER CUE EET JUMI JUMI H- Toom clearing clearing this study such procedures as disced air wray Having wenished the the scope or the health problems use of asbestos and as^ estus effort was minimied at Minuni ^c in all pra^-ieme having pra^-ieme having simmiicant im imaleportarios of emt on fied fied solutions solutions solutions to to problemsproblems problems imaleportarios of can can be be slow slow difficult difficult and and frustrating Many of the solutions forthcoming . . * + . TT --- ee tk ee wee LAN LAN LAN LNILE NIELL ates fsa 1073 , 1 be AoESE SESES ERED EF ESOS PES PEED DESC SET ES EDED ERED TES ES CDESC SEEN SENT SESONPTES board implementation by industry no single contractor wished to be placed at even a slight economic disadvantage Thus action by the federal government was necessary and an improved but still inad- equate asbestos standard was promulgated by the Department of Labor on June 7 1972 which incorporated some of the foregoing procedures [ 13 . It is important that engineering input be available for such implementation processes especially to individuals proposing courses of action or budgetary com- mitments by the government Without such input political or economic considerations will dominate the governmental decision process Thus many research results and much technical develop ment may be wasted without the commitment of en- gineers to the full process of development and imple- mentation of the work Occupational Health Asbestos was described in detail to illustrate the full scope of a health problem and the different as- pects where the approach and the knowledge of engi- neers proved of benefit @uat . 5 An engineering systems fe. VALS AP ee a the application of existing technology Many areas of health could benefit but it will be necessary for the medical community to be educated as to what the potential contributions of engineers might be While it is the medical community that requires the education the initiative for this process come from the engineering community However in bridging the communications gap that exists be- tween parts of these two communities engineers must reach out beyond the departments of medicine or physiology to the departments of community medicine or occupational health Epidemiologists and sociologists as well as surgeons and biophysicists must be contacted Speak also to psychologists con- cerned with the mental health of workers confined to the drudgery of a single task on a massive assembly line and those concerned with making the workplace the home or the automobile safer However as important as communication between engineers and the medical community is it is only a first step Dialogues at long range are singularly un- productive Also of limited productivity is the pro- cedure of engineers coming to medicine with a gad- mnt ee on tanhenwn eee ee ne no matamat toe Ana : onlanw - fax n er) ed ee e e e OR Ce identitied or develoned to control the excessive as- bestos exposures found and tinaliv engineering input into the regulatory process was of benefit ^fin the initi^/i steps taken by government to control the NCoC OF wuNacTlaC en ad Ate ae wey : VA s . by deat 7 Re ANTvirtue em Pa An : ANA PENA MERTEN Jana ANA ae nie kid Chea of er urate me ee ee 3 * sortc eee 1 Ol ne : 1 1 1 eee, ly by virtue of their inhe The effect on health achieved hu adequately the orcunational use of this substance alone couid resuit in a saving of over 5^ ^ trol trol of the of the i^nves work work work annually Additionally proper con- CAVIR CAVIR CAVIR ment ment can can significantly significantly panna significantly significantly eve caposure and fish to the genial genial - CVCI GONGOWA 10 only vil substance : ~ SIET E aE oa? omen pee vil substance : - ^fivuni^finWAAL VV > er oe os meee s . pero nity Me must stay current with new information information and new technology out for nu field field field public of public health health be must must electiveless electiveless 414 Decome Decome orang orang orang im im mersed in IS RELIVITIES muse _ my inch suggesting suggesting inch thai It might be appropriate w ruginetis apply oOUEb RAZA : LAL NL ANLANL L LANL RAITT. Desde cb aband when he witted hanks replied because that's where the money i9 If engineers wish to make an impact on Dubuc health they must go where the problems att Botazancoc : cal Center " Medical a = tne Minter Minter ., ve ee Research Ensinvering Val 10. 1971. nn rs Sp Dennnnata fre thn a dom 21-24 Convent Ann eis eis in in refmeries refmeries refmeries refmeries chemical chemical plants plants chemical plants and and and other other other tt es SUDUVAIVO SUDUVAIVO VADBV VADB VADBV V ^ jv -y team me ~ toces ^ET A^S I BILANAD Tit TR WURDE Uf eedge mwaete ork Cote mii cirkvi cirkvi parkova~ ~ 7 ad . mrne l eee SE mw Tee OL ee es ne Tee Bik. RO K Annual Keport at the [hist inspector at H^rtonicefor the Year 19th stances stances has has has not not not been been been established established established established established compialty the compialty compialty the the long long long Jan Journui vi ^findustriaivedicinevol 12 13. UD 01-00 mmeriais A multitude of urgent challenges awaii wt Ba, 207 207 2007 2007 pp TAA 109-112 109-11 09-11 2 102 9-112 ee eeeuniay Be ey oo Garey Dey oa E. Guns i E. C. es anit ae Avd eanrmmanen 4 . ren ha nin Oe aaah : Wettevw T ded CER Sad OR : mga ree eS my Verdes yeus beter me terete me reer ceGdke ess cade 2 pep.ele 1 2 Pes Sewerage? arnos aviat tankuniame whuen a transfue of amyinaaring amyinaaring skille and non amyinaring ~ have a simificant impeer on the so iution where where where of major the need the need the the mood mood for for un un health problems These lie in areas for now developments is far less developments for now developments is far less than than anutyuieui anutyuieui anutyuieui ungin unginoo cting c unginot ctingi ungn inocg ting unginoungcinoctting iunginnoctging approachi approachi approachi 4 caaed let SR ere tae + nme ae. ue Stumphius da przem.wv ~ i Mesocialuro ; Mariah : Mariah . airichat cape and FRUTTINEZIOL eae . iM write Tr we CC m i iD 2 tht nr .eew: . 4 1bru 1bru pp 676-010 A lewhvusb lewhvusb avar ki adflzuvaipavil zuvaipavil zuvaipavil .. Basikonscom BasikoBnasiskoncscoom m Basikonscom Basikonscom Pallowing Pallowing Struer frat uj ^/tbutantsb line Compare Compare to to Asbestos in Asbestos Asbestos in line Von 26 1000 pepe AVIBULGUNO the the AVIBULGNO Tondeo Tondeo Att mormoF'n aniran Ta F'aniran atenee 2 Honith Fahy a Se eee eae Soeeaean Arch F'aniran Honith Uni 14 Apr 1947 nn AKU_564 warn S Ps ona wegen, <r Pt 2 ON, CORT 43 Ie 43 aoe tir aoe lor: DE Promo --- ao .. z [ q i | ty i . - Mechanical = i W@W Puolishwa Ww q American Society of Mechanical "* eal Fiew. Eel perbrt Wen 40 MATWEAS INGRE Irena orate leete IY be ves eine TR aloo, Hes Sb bese eheeees oe being 18 EGO being on EGO 18 on EGO a fio Gales 1 fie 1ano ow. pot as RAALIENAS ree Amel wae --- td Bee elT meem e m 121 121 . a FAVES fede Sat Pett PTT twee === Par) ; prado eet as ab pee : : a - 2 = :