Document KpdzzwNY0w8kX1a64LLYQx5x

This NEW METHOD DRIES AIR PRECISELY as you want it ^ to control your product's quality ^ to prevent condensation on your product or material to prevent changes due to moist air in contact with your product to protect your material from dampness ^ to protect your processing of moisture-sensitive material ^ to DRY your msterial or product ^ to pack or store your product safe from moisture damage ^ to get exact moisture control for the precise atmosphere condition you need ^ to provide precise atmospheric conditions for testing ^ to increase your aitvcondhioning capacity ^ to DRY large quantifies of fresh air from outdoors The Niagara's Controlled Humidity Method using HYGROL moisture-absorbent liquid Is Mrt a*4 most bocovi* ... it r- movM moisture si separate function from cooling or heating and so gives a precise result .constantly and always. Niagara machines using liquid contact means of drying air have given over 20 yean of service. Tki btcatii* ... oo solids, salts or solutions of solids are used and there are no corrosive or reactive substances. Meat rsllabl* krtavt# ... the absorbent Is continuously reconcentrated automat ically. No moUture-sensitiveinstruraeats ere requited to control your conditions.' Mast flexible because . you an obtain . ny condition at will and hold it OJ long as you wish in either continuous produc tion, testing or storage- lesleaS re take car* ef because . . . the apparatus is simple, parts ore accessible, cooitoIs ore trustworthy.. Most compact, raking less space for iostallatioo. Inexpensive to operate betaute .. . no te-heat Is needed to obtain the relative humidity you wish in normal tempera ture ranges and, frequently no refrigerw don U used to retnqve moisture. Nlagora Controlled Humidity Air Conditioning This method removes moisture from air by contact with s liquid in a smelt spray chamber. The liquid spray contact tem perature and the absorbent concentra tion, factors that are easily sod positively controlled, determine exactly the amount of moisture remaining in the leaving air. Hearing or cooling li done as a separate (unction. for complete loformelioe writ# NIAGARA BLOWER COMPANY Oept. P. 40S Utlagfea Av,, Mew Tori 17. N. T. District Engineers in Principal Cities of United States and Canada aw. More TECHNICAL b! -------- KS Fuel* and Firins Quid. Starling Iqrq, ujS Bolter.. B, lagerion C I tolidated Edison Co. In Iht near |utu,, ., Edison', tonoralin, teeod wilhroutino -otk.JS5' hour shutdowns of Urn, "J hisl. procure, hl,h.twl' bint, and boiler.. Attn end load drop foe n A.toria Sinlion-rtlf7| approxin.al.lr 20% bet,,, & axi.tin, pbinl.--ihe ,WluS cold atari, on high .renanL great), inert.to. (, (l pective situation in tnlnd.toiS a conviction that quick ,, ' cold of largo hlgh preiiureb. properly hendled. it |,,, j Ibe expanding boiler Ur prexenl five to lir hour m, investigation wo. cried ov, Thii paper .hew. by teetl "{ operating procedure. ^ reloped to bring I.OOO.OOOfj per hour higb.preuure ture boiler, equipped .... uro drop luperheater. ltd. condition, to on-lhe-Iino in.ol bouri. It diecueeee some of to tionnl technique, end fund.*TM cept. relative to uch ecccleiile it el.o present. date en l ~ both the topping and c__ bine. In connection with i ilart. Deign and operation l____ of unil.iyetem high-preirutethj porolure boilera, prior to ths;. ported in tbie paper, barf io. centroied on the range MIL. maximum to.lull output. Prittjqjg performance dota has been'1" to the author's knowledge In' from tero to .10% maximal Title is porttculerly trae to' output range which begins nnd ends with the eynehrooiwgj generotor. f During thq early pert of-i reported herein, it was contft following a week-end shntdev*^ with its companion turbine,!^ started in a total elapsed i` minutes from light-ofl loon-d proposed typical start or ji *one performance Is shown Howover, as: such an operxii^jj a role of saturated steam U~" increase of 400 F to 500 F l. , four to five times as large **jiL generally accepted praeJiw'iPjS 1950--the reduction of Obsctfant far ordsrlsg HP. Hours f Gallon RUBILENE" . ... says leo 0. Bradley, Manager Western Michigan Electric Co-operative, Scottville, Michigan 'Our two Cooper Bessemer super-charged 1600 H.P. Model LS8T diesels gdeliver over 12,000 H.P. Hours per gallon of Sinclair rubilene h.d. Oil consumed," g$i.says Leo D. Bradley. "We give much of the credit to the quality of this oil," continues Mr. Bradley. J"rubilene keeps our diesels exceptionally clean. Wear is kept at a minimum -- the 'result is high efficiency... low operating costs... and low maintenance cost." [^Sinclair Products have been used since (he generating station first went into operation -- years ago. The recommendations made by a Sinclair Lubrication Engineer at ^,'lhat time plus continuous counseling service and superior Sinclair Products 3.have meant substantial savings for this co-operative. KJif.Perhaps a Sinclair Lubrication Engineer can help solve some of your lubrication |&problems. Phone your local Sinclair Representative or write to pjfq'Sinclair Refining Company, 600 Fifth Avenue, New York 20, N.Y. . ' i?LABR DIESEL LUBRICANTS prolong engine life