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Under fhia hMtding, u ooeuion ariiea, the BuUetimi ksued by this Deputment win contain, m an ^ipondix, *uch oonunent as may seem neoeasaiy or adrisabla upon mattem rdatiac to tbe work of the Department in connection with the administration of the Adulteration Act, the Fertilizera Act, the Feeding StufFs Aet or the Proprietaiy Medioinea Act It frequently happeas that oorrespondenta ask infonnation regardinff the abora Acts, of such a nature that tbe natter in question posiessea general interest, and comment upon it would prove acceptable and useful to others than the immediate questioner. In such cases -'he r^ly may find a place in tbeae columns. For oon- Tenienoe of reference tfttese notes will be numbered in seciea. A. MoGILL, ChUfAnal^ FCX)D AND DRUG. LABORATORY DEPARTMENT OF TRADE AND COMMERCE OTTAWA. CANADA BULLETIN Na 425 MINERAL WATERS F. C. T. CHaba, Eaq., Deputy Minister of Trade and Commerced Ottawa. Ont. Maioh 8, 1919. 8m,— I beg to encloM a report upon Mineral Watws of both domestic and foreign origin, as sold in Canada. A number of complaints regarding this class of articles have been made during recent years. These claim that much substitution and imitation exist; and that ueorreot and misleading description is found on the labels. The inyestigation is attended with many ^-flculties and the report furnished herewith u, in my opinion, very creditable to Mr. Johnson, who has spared no pains to make it as complete as possible. He has received aasiatanoe in the aaaly^ tocal work from the an .l^^ts in charge at Halifax, Winnipeg and Vancouver; but the greater part of tb'a work has been performed by himself. ,. ^Jt^*" ^ •'*"* '"^ »*^®° ■ «*x^ ^«^ «' attention to domestic water rap- plies (BuDetins 6, 18. 16. 18, 61 and 149), but this is the first occasion upon wUob so-called Mineral Waters have been systematically examined. The report should interest both the public and the importer and producer; and may enable this depart- ment to formulate conditions for the regulation of this dass of articles. I beg to recommend its publication as Bulletin No. 426 of our series. I have the honour to be, Sir, Your obedient servant, 59734— IJ A.MoOIL£k Chief Anal,^. 4 "Dt.A.MoOoA. Chief Analjit, Ottawa, Out DiAB 8b,— I b«g to ralmiit iMNwith a report dealiiiff idth the egcamiaatioii of 188 aamplea of mineral water repreientiiic 68 brands parchued hj onr inapeotora dur- inc Sqitamber. 1918. Of theee^ M aamplea are Canadian waieia and represent 88 brands. Kumbw oC wmplM ttuiiiaea at RslMkx lob-UbefstofT It " " " Wlimlp** ■ob-laboratonr 11 " " ysMOttvir flob-labontonr IT Ottawa Laboratory ts This is iha first oolleotion of mineral water to be examined bj thia Department, the object beiag to determine whether there was any ground for the complaints that: (1) natural native mineral water and imported waters of reputation are being imitated by artificial solutions; (9) native waters hare exaggerated therapeutic claims made for them and are therefore incorrectly deao'ibed. i DnnnnoKs. Hinaral water has not yet been Iqgally defined by the Canadian authorities. It will not be out of place, therefore, to briefly trace the changes to which the definition of mineral water has been subjected. Originally the term was restricted to signify a natural apring water used only for medicinal properties, whidt were attributed to the mineral constituent! or gases, held in solution by the water. At ^ preaent time the term is given much wider interpretation. A more eomprdiensiTS definition is that adopted by the latemational Food Congress^ held in Paris in 1909. " A mineral water is a natural water proposed for consumption on account of its special therapeutic or hygienic properties." This does not distinguish between mineral waters valued because of their medicinal qualities and " table waters " used chi^ on account of their purity or hygienic properties. In order to limit the use of the word natural water as distinguished from arti- ficial water, it ia necessary to define the term. When a water laden with mineral matter and uarbon dioxide issues from the earth, it will in a short time deposit iron and calcium salts and thus greatly alter in composition. Yet to all intenta and pur- poses it is still a natural water. Considering such question as this the Intornational Food Congress aforementioned adopted the following resolution: "A natural water is, from a commercial point of view, a water free from harmful gers^, which at ita place of origin, as it bursts from the ground, is directly placed in the aame receptacle in -Which it is delivered to the consumer." They also specified that the term "taUe water " should be applied exclusively to natural waters and that the words " gaseous " or " aerated " should also imply a natural mineral water. Further ii was decided that " all manipulations must be visibly indicated on the label affixed to the receptacle con- taining the water, in which receptacle it is ddivered to the consumer." According to the definition adopted by the Board of Food and Drug Inspection, C) United States Department of Agriculture, a natural mineral water is a water that has had nothing added to it or abstracted from u «fter issuing from source. AMALTTICAL DISCUSSION. The examination consisted in checking some of the priuoipal constituents to which the value of the water was attributed. This was limited in many cases where the amount of sample was very small. Whenever the label did not b^r a statement of iCompte rendu dee travaux du 2e consr^ InteraaUonal pour la r^presslen des fraudes allmentalres et phamutceutltjues, Paris, 199S. U. S. Dept, of Asr., Bur. of Chem., Bui. 139 p. t. 2 U.S. Dept of Asr., BuL 139, p. 9, ref. made to Food Inspection Decision. aaaljiia, tflort wm mad* to obtain raoh itam tbo muofsotunr, faflinc whieh, fMVBn* t".^!^ ** ?• "*^*'*» "^ ^ ""^ »•«»»* aTaikUe hM bMB niad for ooovwiMB. To •spedito the work u muoh u poMibla^ uunplM of tha mbm brand and the ■ame label were mixed ud a rafweaentatiTe amount examined. When two or mora analnaa have beoi made of one brand (lame label), the publiahed reenlta are aTeragea. Adrertiaad aud prenoua tna^ when quoted are reported aooordinc to the general rulee aa ciT« m Standnrd Metfaoda (») of Water AnalTais. Standard methoda («) have been uaad throug ,rt. Adrertiaed asalyiea and thoae found in rarioua referenoee hare been eal< outated to their iona and expresaed in parte per million (milligrama per litre) «aeapt in the oaae of ailioa (») which ia reported aa auoh (SiOi). CalcuUtion of hjpothftical combinationa haa not been attempted for the reaaon that according to the modem theory of lolution. It it beliered that the elementa an more or Icm. if not entirely, diaaociated into eleotrieally charged particlea or ioaa aad that w«T do not neceiaarily exist in the form of aalU. "That auch a comUnatioa (hypothetical) haa no basis in fact ia doubUew true, since we » ^re ereiy reaaon to believe that m cases where Tarions acids and basic iona are prcaent in solution, no base unites with any one acid to the exclusion of aU other acids, or rice Teraa, but aU poaaible combinationa of the various baaio and acidic iona in aolution an formed to aome extrat Orer forty seta of rulea' exist for the calculation of hypothetioal combraations; smaU wonder then that analysea of the same water by different com- ™f ?M...'"'i^\* **° "''* "^^"^ '»«*• ^«« "»!«• "w "U l>«««i on the reapeeth* aolubihtiea of the component salts. "But these rules are based on falae auumptiona because the solubility of each aalt when alone in solution is different from its solubility in a solution of other salta."* The importance of having aaalyses stated in ionic form ia readily seen from consideration of the foUowing: If one part per million of Uthium be preaent one ean compute 6.8 parte of Uthium carbonate, 6-1 parts of lithium cUorid^ 79 parte ol lithium sulphate, ».8 parte of lithium bicarbonata If apeeial therapentie propertiea are attributed to the lithium content, it wiU exert those physiologic reactiona in proportion to the amount of the lithium ion preaent The layman intereeted, let na ?tni lithium aa a diuretic and not concerned with the interpretation of the labeUed analysis, will be under the impression that he is getting a water higher in lithium, when it is reported as lithiun HiVarbonate, than when it is stated in ionio form. Many samples have a va e and un««»iB£acto adrertised ana?f«i, . that no statement is given to show in »hat terms i.e resu' ,= expreased. Amerioaa author- itiea have decreed thut aU ^.,ier results b*> stated arte pur million (mlUigrama per litre). Until the Canadian authoritiea adopt ths ystem, it is suggested that tbia Department require that the terms in which an orum^ analyse-^ are expreaaed, whethw ingrainsperpint;grainsper United States gallo *a«ina p . mperial gallon ; grama per litre, be indicated on the label. Most of the waters, having curative elaim- aome exceptions to this, however, make it necessi claims aia made for the water, the receptacle in whit bear a quantitative analysis. Or, that such an an In the absence of medicinal claims, as in the case ; them, bear an analyais; ^uire that when therapentie s sold to the consumer should •« be available upon requeat. table waters," freedom from 1 Amar. Public Bealth Amn., HIT, p. 14. »Jour. A. O. A. C, vol X P»rt 1. p. «1. *"Wli*ther •lUoa •ziata In watan In oombtnatlon a* a w haa not boon definitely detarmlned." (U^. Dept of A«r., B«l * 0.8. Dept. of JteT.. Bui. «1. Bur. of Chem., p. 17. • Dept. of Mlnea, Bui. SO, Mineral Sprlnca of Canada, part l •Turrentlne. The CompoelUon of U.S. Salines^ Jour. Ind. Bn* R. B. Dole. Hvpottetleal Contblnatlons In Water .InalyaJn. p. 710, laM. •titcat' o 17.) nr In colloidal form ' p. «M, Ills. n« Uni. Che f mmm Thmt ■toUBMBtt ap^ •a ianiga wat«n of NpvtatioB hav* 11 S poUntion wonld Mam to ba tha only raquirair r*. mora aapaeially to watara of Canadian origin baan iuTaitifatad rapaatadlj. It will ba notad that in tba caaa of haarily minaraliiad watan, tliar> it oftan a markad diffaranea batwaan aoma of tha adrartiiad analyaaa and thoaa of tiiaaa labon^ toriaa. Variationa of thii kind ara often attributed to tha amount of rain or anowfall. Through abaorption from the air, of small quanti'.iea of nitric acid, carbon dioiida and ammonia, tha aolrent action of rain wuier in roniidarabty incraaaad, Haywood and Smith* lummarixa their study of Saratoga waters thus:— (1) The waters ara in nearly all cases markedly weakar in mineral contant than thagr were about thirty-fiye years ago. (9) There is a great rariation in tha total mineral contant ( :' indifidnal eprings from time to time. (8) The rarer elements, such as lithium and bromin, aaem to rary to a greater extent than the other elements present This would seem to explain many differencea in tha reaulu obtained. Without a mora complete analysis or intimate knowledge of the rarious sources, interpretation of reaults must, of necessity, be very cautious. In formulating regulations to govern Canadian mineral waters, I would reapaet- fully rncommend: — (1) That natural mineral water be defined. (9) When medicinal claims are made for the water, that labels bear aa analyaia, axpreased in parta per million and preferably in ionic form. (8) That artificial or fortified waters be plainly so marked. I hare the honour to be, Sir, Your obedient serrant, L. ERLE JOHNSON Public AtuUp**. *{■ fluapkNo MM AETNA MINERAL WATER St. Stmt Co., m. itfattne*, Qu4. CoMUtanto MplMvie Mid (80«; §»?U{f;;;;;;:;;::;::;::;;;:;;;;;:;;;;;::;:■■ I (Fa.Al) (Mai (Ca Maaaaaaaa.., Camam Stroatiam... Macaaaiam.. UStem Potaaanun . . . Bodiain Aiwmniiii^iwi ..(Na ■ (NH4 foond Partapar millioa S.OOO z,w> tAdTVTtiaad Partapar milUoa S,000 s,soe U •OS lOH H "ie *PrariaiM Aaalyiia Fartapw milUoa S, » S.l 3,100 S,4 » ■ss 10 «-7 ■01 H S-2 SO 4 S4 1-SI *Da|it. of Miaaa, Bol. 30. Part 3, p. 77 (1014). tAaalyaia mada ia 1880. Noil.— la Tlaw o( tha mnarkabla thatapeutio pronertiaa attributad to tha pnaaaoa ) Litnium (Li) Potaaium (K) Sodium (Na) Ammonium (NH4) SoUds dried at 100* C Found Part* per million traces l.SOO none 4,000 8.WI0 Advertiied Part* per millioD 4,aoo 1,500 traces 130 12 •91 12 105 M- 110 110 2,500 18 0,100 Previoas Analysis Parts per millioB Non. — In the advertised analysis it is probable that chlorine has been calculated as sulphate. Vi Sample No. 8006 SOURCE SAINT. JULIEN St. VrtuU, Qui. Constituents Sulphuric acid (80») Biearbonio acid (HCOi) Carbonic acid (COt) Nitric acid (NOi) Nitrous acid (NOt) Phosphoric acid (PO4) Chlorine (CI) Bromine (Br' Iodine (l' Bili* , (Si6.: ^» \ (Fe, Al) Aluminum/ Manganese (Mn) Calcium (Ca) Strontium (Sr Masnesium (Mg' Lithium (Li Potassium fK* Sodium (Na) Ammonium (NH«) SoUds dried at lOOX! Found Parts per million »'2 1,200 none 4,800 Advertised Parts per million 21 1,200 O-OI present 2,300 224 3,100 2-4 41 traee 31 79 1,800 8-8 Pravioos Analysis Parts pn millioB 9 Bwnpie No. 88187 SAUGEEN NATURAL MINERAL WATER Soulhamplon, Ont. Conititneiita Found Parts par million Advertiaed Parts per million PrsTioas Analysis Parte par millioB Bulphnrio add (SO«) BioarboBio acid (HCOi) Carbonic acid (COi) Nitric aoid (NOi) Nitnmaadd (NOi) Phosphoric acid (P0«) Chlorine (Clj Bromine (Br) Iodine a) Silica (SiOi Iron \ (Fe. Al) Alnminum J Manmnese (Mn) Caldum (Ca) Strontium (8r) Magnesium (Ms) LitEium (la) Potassium (K) Sodium (Na) Ammonium (NHi) 1.600 no 12 330 130 2-T 11 12 630 »7 160 36 3 • S Nora. — Advertised analysis submitted expraasod in grains per gallon. In the absence of definito information on this point, Imprrial gallon has been assumed (the water being of Canadian origin) and advertised analysis calculated on tlwt basis. Considerable diflerence is evident in the sulphuric aeid content. Sample Nos. 80S3-86806 CURD'S CALEDONIA WATER (NATUmAb Saunb). CttUdonia Springt, Can. Constituents Found Parts per million Advertised Parts par million 'Previous Analysis Parts per million Bnlphurie acid (SO<) Bicarbonio add (HCOi) Carbonic add (COi Nitric add (NOi Nitrons add (NOtl Phosphoric add (POji Chlorine (ClJ Bromine (Br, Iodine ■■(I Silica (SIOi. Iron . \ (P0.AI) Aluminum f _. , lf»n ( r«nii». (Mu) Caldum... (Ca) Strontium -(Sr) Magnenum s QiV} LlSium (LI) Potassium (K, Sodium (Na, AmmoBliuB ("Hi 760 3,800 1»7 •10 10 l-« S,400 11 0.5 M-6 81 10 m It •7 S.MO ts 'Analysis of Curd's saline spring by Elworthy. Mines Branch Bui. 30, part 3, p. -No claims are made for this water dther analytic or msdidaal. Non.- S9734— 2 10 BMnpls No. 86800 SOURCE AUGUSTINS CoMtitnenta Solphurio Bcid (80«) Biearbonic acid (HCOi) Carbonic acid (COi) Nitricacid (NOi) Nitroiuaeid (Noi) Ph.< Strontium /g", Mapenom V^y^V..'.'.'.'.'.'.'.'(U^ Lithium (U) Potaaaium ivi Sodium, :;:::;::;:..;:.:;.(ija Ammonium (NH«i Found ParUpar million Advertiied 160 700 1,400 1-6 74 trace Partaper million Previoiu Analjnris 300 4,800 47 440 54 2S 120 1-7 47 26 140 1,7P0 ParUpw million ■:;t CARABANA MINERAL WATER Spain Sample Nos. 84397, 86803, 86846, 88314 Constituent* Sulphuric acid ian\ Biearbonic acid mcn.\ Carbonicacid fro. Nitricacid /ijX'. NitPouaacid )^X'{ Phoaphoric acid VpoS Chlorine ^^U Bromine fnt\ Iodine '-% Silica /o:A ,' Iron 1... J^'^il Aluminum/ ^^^'^^^ ciX^.V... lr°l StroBtium Yg"{ Mafiiaaium /ii.\ Lithium <5J^( Potaarium )^\ Sodium ::.:::::::::::::::::::;:;;(^ (NH.) Ammonium . Found Partaper million se,ooo Ad-'ertiied Partaper million Pieviooa Analysia Partaper million 70,000 3,400 1,000 1,000 12 1,600 230 740 Total .olid. (ciaim«i on ub.i):;.:::::.::;:::;;:::;::;:;::^;ggg:j2SJS^^^^ 11 Sample Noa. 68727, 88406, 88313 HUNYADI JANOS WATER Buitptil, Huneam Conatituenta Found Part* per million Advertieed ParUper million *PieTioi» Analyaia Parti pw millJOB Bolphnrio acid (S0<) Biearbonie add (HCOi) Carbonio add (CO.) Nitrioaoid (N0«) Nitrona uiid (NOi) Fhoaphorio aoid (POr CUorina (Cl' Bromine (Pr Iodine (l' SiUoa (8iO.! Iron \ (Fe.Al) Aluminum J M a iyn eae flln) Caloinm (C*i Strontium VSr Haneaiam (Hg] Lithfam (l3; Potaiaium (K Sodium (Nal Ammonium (NHO 27.000 740 10 470 3,100 33,000 1.200 13 18 SOO IW M 8,M» *Bnnaen»ae* p. 30. Ingram and RoyIe»"NatniaI Mineral Waten." PERKIER TABLE WATER. Frmet. Sample Noa. 86957. 88,107, 88,106. Coiuitituenta Sulphurio aoid (8O4) Biearbonie aeid (HCOt) Carbonio foid (COi) Nitric aeid (NO.) Nitroua aoid tpt.o(Agr.,BiiT.l(inacal Bprii«i p. 303 Sunp.e No. 8AMB !4 «AINT-YOaR£ SOURCE LUMIERE Baffin i» Vieftif. Frmcf CoMtitUMll a Found Adrertiaed Pnvioua AnalyiiiK P*-** per ir'Jion Parte per million Parte per million Sulphurio Mid rioaibonie add ....'.....'.'....' .'.'.'.(HCOi lao 3000 330 4700 Ciarbonio acid (COi Nitrioacid (NOi (NOt) ':::::E:::::':::}m, (Mn) (Caj Nitiooaaoid Phoiphorie acid Chloriiie Bromine 340 830 Iodine Silioa IS 10 Iron . \ Aluminum ManpnneB 110 Strontium Mffiuinnin 13 3-8 86 ISOO LitEiijm Potanium (Na (NH4) Sodium Ammonium Sample No. 8814« HATHORN WATER (Sraiwo No. 3) Sunioaa Springt, N.Y ite Found Advertised -Previooa Analyns Parte per Parte per million Parte per million Sulphuric acid (8O4) (H^) (NOi) (POJ . . .* . .... ifFe. All u Bioarbonio acid 4.300 5,7W Carbonic add Nitric acid Nitrous add Phoq>horic add Chlorine 7,100 7,000 30 Bromine Iodine 8-8 SiUoa 8-3 Iron \ 18 18 Mancaneae Calmum Strontium ■::::::::::::::;:::::V^ .......... ^ •10 970 ••1 Hagneaium 430 470 U 440 Li^um Vt3S Potawium ;:;;:::.::::::::::::;(^ Sodium 4,400 18-1 Ammonium (nh'J •By Hilford, Jour. Ind. and Ent. Chem. Aug. 1S13, p. 594. IS Swnida No*. aM71, SS735, 84399, 88147 BED RAVEN SPLITS Rtd Rmm, Pa. Conititiwnti SolphBtio acid (gOO Biomrbooio Mid (HCOi' CariKmioaoid (COi' Nitrie aeid (NOi' NitRMH add (NOt Phoqphorio add (PO« ChloriM (Cr Bromine lodioe SiUea Iioa \. Alumiaum / a . . (SlOil .(Fe,Al) (Ma) .(Ca) Caldum Stroatiiun., MacBadiun litUom... FMaBsimn (K', Sodium (Na) Ammoaiom (NH4) Found Parti pn million 870 32,000 80 AdrartiMd •PnrioM Aaalyda Par.!, par million Parts par •70 18,000 100 O.t *U.S Dapt. Act. Bur. o( Cham. Bui 91, p. 66 (1907). Sample Noa. 84395, 86330, 86433, 86946 CONTREXEVILLE MINERAL WATER Source d» PmilUm, Frane* Conitituents SolpLuric aoid (8O4) Biearboaio add (HCOi) CarbMioadd (COi) Nitiioadd , (NOt) NitroBS add (NO« Phoaphnrie add (PO4 Chlorine (CI' Bromine CBr! Iodise ..a 8ffi«a (SiOij Aluminum J TlawgamTft Caldum... Strontium Magwidum Uwiam PotosslQm Sodium (1 Ammonium (NH4) Araenio (ABO.) Found PnrUpa million 1,10c 330 670 K») tmea Adrartiaed *Pl«Tioas Analyria Partaper million •lanam and Royle ' (a) Heavy Traee. Natural Mineral Watera," ISth Ed. p. 81. Partaper million 1.300 340 lt-9 1-M S60 18 0-07 31 n traoe le ' ' hmpl* No. S4400 BETHE8DA MINBRAL WAT^.R (OARBONATED) Wmii—U, Wii, CoBiUtotonto BolphaiieMi'l... Biearbonio wad. . Carbonooaeid... Nitrieadd NitRMuaeid Phoiphorieaeid. CUoriae Bromine lodla* SOioa Itob \ Abuniaom J Caleium. Ptnmtiuin. tiitbiam. Potaaium... Sodium . . . (bo.; (1300, ...(COi ...(NOi' ...(NO.) ::::M ...(SiOi .(Fe.Al) . . . . (Mn; ....(Ca .. (Sr ••••(»h (Li. (k; ....{Na; ..(NHO Vovad Peitapar mUUor 280 AdvMTtiud Farts par milUon *PraTriad at IKTC. *PNTiaaa Aaaiyda Part* par 1-8 .3,000 It- • n u-» •1 n 4-8 470 SB ..0 8,700 32 i7,4nt BampU No. 8078 STAR MINEKAL WATER Sl». Oamint ie BaHtctm, Qut. Conititaenta Snlptiinio add (BO4) Bioarbodoadd 'HCOi) Cirbonio add ' (C0«' Nitrioadd (NO« Nitroos add (NOi| Phoaphorie add. (PO4 Chlorine (CI Bromine lodiae i^ BUioa (Si< Vl" , \ (Fe.All Alomiimm / Caldum... (Ca' Stmaiittm (8r' HacnednA (1I>' Litiiivm Sd' Potaadmn (K* Sodiora (Na Ammoaiam (NH4' Boiiam (Ba) SoUda-dried at lOtrc Fovnd Partaper miUioa 180 m 17,314 AdTertiiad Partaper million 8tU 700 360 e.HO U,000 40 33 36 14 400 300 930 ■3 3.3 7.800 84 34,948 *FMTi0U3 Aaalyaia PwUpar milUoB 3-9 1,100 17,000 84 7 11 37 •03 390 7-S 890 1-Ot 380 9,100 86 39,360t *Daiit. oi Minaa Bui. 30, part 3, p. 103 (1914). JDried at 110X3. _ Non.— Star Water ia daitnad to "ours Rhenmatiim, Dyapepda, ladiotatioa, Conatipatioa, DabOitr. Hsadadw, Blood Poiaoa, Liver and Kidney, ete." Sunple No. 8074 18 STAR aPRINO MINERAL WATER St*. OtMtMw ii BofMcm, Qm<. CoMtitarati Sulphwie Mid (80«) Biearbooie aoid (HCOi) CMbonio Mid (CO«) J}}tH««^v (No! NitraaiMid (NOi) JhM^hofie Mid (po.) CUoriM \(C1 giynU"* (Br; lodlM fl' gB»J» .Vms^I Aluniaam J Caldiun... (C«) 8g««JJ^ (8r) ^ffi!°"v;:;:;;::::::::::::::::::;::::::::::;;:::^l Fotunum , (K) fodium. (N») Ammonium (NHil BoUda driMl at lOtTC '. . ■Dept. of MinM, Bui. 20, P«rt 2, p. 102. tDr&d at 110^3. Fo«Bd Partapar millioB 1,100 24 I7.O0O 6-4 uo i,'666' 20,730 AdrwtiMd ParUpw milUoa •P»»Ti0tt» AMlydi FarUpar millini 2» 1,100 17,00»> 14 7 It 27 ■02 2W 7-1 820 101 280 9,100 68 n.Mot OONCAN APERIENT WATER (CoiiciirnutaD) CaMmta Springt, Ont. Sampla Noa. 88718, 80208. 86321, 84801, 88185 Conatituenta Salphurie aoid (SO4) Biowbonio add (HCO.) Carbonio aotd (COi) Nitrieadd (NOi' Nitroua add ]', (NO» Phoaphorie add (PO4' CUorine (Cf Bromiaa ... /Br' lodina ^(fi (SKHJ (Fe.Al) SiUoa Iron \. AlnmiBom j Caidom. Strontiom. . Uaneaium. LitWam. . Potaaaium.. Sodium. • (Mn) (Ca; (Li) (k; -. -. (Na Ammonium . (NH4 Specific graTity (average) at 1(PC . . Found Parte par million S8,000 too 78 4,400 •4 °»,°o66' 10«5» Adrartiaad ParUpar millioa 72,000 "'iib' 8,S0O 100 °ii,'6o6' 17,000 *Aaalyaia of Duncan Bprias (181S) by Minaa Branch, Bui. 20, part 2. p. M. *Pravioaa Analyaia Parte par 3-4 1,200 !-2 8,100 to 1-5 11 IM •06 44 1-8 148 17 88 3,300 10-76 10073 19 DUNCAN LAXATIVE WATER (Co«cunBATH» CaMoato Sprii^, 0»l. Bunpte Nos. S1S77. 83MM. 84aM, 16418. MeM CoMtitOMt* Halldinrie Mid (800 Biearbooie add (HCOi' CarboaioMid (cS' Nitrioadd /jjo!' NitRMiaaeid fNO.'. Phomhorioaeid Vpol Biomiaa p'^ lodini. . . (3K)t (Fa, Al( SiUoa Inm \. Ahmfaam / ICaMtaaaaa.* . Cali&m.V... Btroatiam... MacMaiam.. UtUom Potaaaiam " ij^' Sodium (Na' Ammoaiain (NH«' 8peeiflo»t»Titjr (araraiaat IPC.) Fovad Parti par mUUoB 63,000 7tO 14 4,7CO 1,100 i.m 10(87 Advartiaad Parte par •Analyaia of Dvaoaa Suioc (Ml() by Miaaa Braneh, Bol. 80. part 2, p. 54. Non.— UaiOik to obtaia aa adrartiaad aaalyaia ot thia watar. Prtvioua* Aaalyaia ParUpar millioB 8-4 1.800 m m 1-0873 Sample No 808M MAH-PU MINERAL WATER Upktm, N^. Conaiitueata Snlphorie add (8O0 Bicarbonio acid (HCO») Carbonic add (CO«" Nitric add (NOi Nitrous add (NOt Phoaphoiio add (POV Chlorine (CI) Bromine fBr) Iodine (I' SiUca (8i0.1 V?" . \ (P«.A») Ahmunnm / M^>fW>~» ". (Ma) Calaum (Cai Strontium (gr) Macnedum (Mm) Lithinm (Li'' Potamism (K' Sodium (Na) Ammonium (NB«) Soiida on evaporation Found Partaper millioB 1,300 3,800 no TO trace 49 2.100 8.880 Advenmnii Par per milUun 1.400 3,800 1.100 16 30 130 1.900 8.881 Non.— The difference between lithium found and advertised ia moat sisniGoaat. Label reads- Nature a remedy (or ail kidney troublea, uric add. diatheaia, nanana. dyspepaia, rahamatiam. aoor atomaoh. utemal disorders, gout, etc." 11 :3I" w BampU No. 13070 MANITOU mNBRAL WATER ITalrpiM, AmI. Conatitorate SolphnrioMid (BOi. BiewboaieMid (HCOi Carbook) aeid (cOi' Nitrioaoid (NOi, Nitnxuaeid (NO,' Phoaphorio aoid (Po«' Chloriaa (Cl: Biomiaa (Br Ipdiaa (1' SiUea Iron \. Alttminum / Maonaaaa... Caluum StroBtinm... Maaaaaiuin.. LitUum Potaiaium (K Sodium (Na' Ammoaiam (NH4' rooad Part* par mUUoB 16.000 aao AdTWtiaMi Parttpar 0,000 710 6.000 13.000 ff 4 « 070 MO ».700 1.000 710 , 0.100 PWvkNM AMinb lion.— Conaidatabla rariatioa in thia water, eaisulatad aa ehloriaa in tha adrartiaad analyiia. U would appear probabla that wlpbata haa baaa Sample No. 88103 ST. LEON MINERAL WATER (CoHCBimunD) Si. LtoH Wittn, UmiM, Conatitueata Sulphuric aoid , (8O4' Bicarbonie aoid (HCOi' Carbonic vsid (COi; Nitric ac'j (Vlo,l Nitroua acid. (NOi) Phoaphorio scid (PO4) Chlorine (Cl) Bromine . .(Br) Iodine .. . (i) 8>Uo» ; '..(SiOi) V»»". \ (Fe.Al) AlnminuDi / Manfaneae (Mn) Calcium (Ca) Strontium (gr) Masneaium (m»i Li^ium (l3) Potassium (K) S^di""" -. .'.'.. (.Na) Ammonium (NH<)| Found ParUper million 7.S0O 1.300 90 38.000 is" 386 1.500 Adrartiaad Parte per million *PTeTioas Analyiia Parte par millioD s.a •41 tiaee 6.i00 35 35 81 4-5 385 3-1 307 •33 107 4.000 30 •AmOyiu of St. Leon Spring (Luplen), Que., by Eiworthy, Dept. of Hinaa, Bui. !», Part 3, p. 98. . u No"— Unable to obtam an adrertised analyiia of thii water. Amour other therapeutio elaima labelled there u the followinc-"It (St. Leon If iaenl Water) never fails to aBmiaate tin uric aeid from the blood .—"St. Leon water drank warm Will poaitiTely cure pilea." 'i.Ji|*i.iiil|ffliiy««i. M BlOA PUROATIVB WATER 8Mpi.NM.auu, ttm. MON. UM. urn. mat. mm, sua. nin COMtittttMto SK»:£^:::::::"v.;.;;. /^'i C«fb0«te«0fcl........ ^"SS*! NitrioMid /SX*. Pbowhorie add vSJi*' BromiM }fei g^ s ".:.;;:;";:;;;;.;.v.;;.(84 faj«7 ' <'••*'> Calollua . . .'. . . "' StitMtiain M«timluin LithtamTT: POUirittin Sodiam Ammoniam :i\l (K) (N.) ....(NH.) FmukI FarUpar U.flOO teo s.ooo AdTartind Utra lao 11 AdvartiaMt Aaalyaia eoaTOTtad to Part* par miUioa iw.m 6. aw IM IM traea 8.800 18,000 la 9-8 •8 180 9, an a,an .y-°?~y*^ *?■» "Mgwyigea oeeur is thia water. In the abaenoe of daflaite informatioa aa to how Boema. Rbaomatiam, Apoplaiy, ate., ate lartifiad water. ... -,.r.v.-, ..,.», BiUooa Afleetiona, Skia Diaeawh No itatemant on label aa to whether it ia a eottcentrated or •41 ABILENA MINERAL WATER W'atteniU*, Oatario Sample Noa. 88840. 88784. 81878, 83088, 88330. 88403, 88110, 88188 CoBttitaenta Svlphnrio aoid (80<) Bioarboaicadd .■..■.■.■.■..".■."..(HCOi) Carbonie aeid (r.n.{ Nitric acid ::::::::: ::::::::<§lo^ Nitiouaaeid (NOt) Phoaphoric aeid rPCtA Chlorine ^fcn Bromine «i/ Iodine ^n* f^ •...■;.■.•.•;;.•;.■•••.■.■.;. (Siot »wnii;.v.v.v.v.v.v.v.v.-. -.^ Fooad Peru per millioa 41.000 280 aaaaneae. alemm Cal( . dtroatium. Hacaedam.. Litniam PotaHtain... Sodium Ammooinm. 780 14 • ■ '.Mr) ... !?.> 430 m 18,000 Advertiaed Parte per millioa 39.000 280 71 680 5 4-9 270 18,000 Prerioaa Aaalyaia Partaper millioB BiMK"; ' ! 22 BYTHINU MINERAL WATER Sample No. 8M30 Conitituenta Found Partaper milUon Sulpharie acid iJ^'l Bioarbonie acid ^ ,k>COi) Nitric add (gOi) Nitrouaacid (NO.) Photphorio add ^-^XX Chlorine (CI) Bromine ("{ Iodine :g^> SiUoa J^^\ Iron \ (Fe.AI) Aluminum / ^ , Manganese («»? Calmum (C»? Strontium -^i Magnesium (fW| Lithium \\^ Potassium :i*- J Sodium (N») AmmoMum v«"« 19,000 680 Advertiied Partaper million 17,000 430 3,300 i.aoo i,700 23 3^ 21 500 470 4,100 4.100 17 2,700 Previous Analysis Partaper milUon Sample No. 8«»48 VICHY ST. GEORGE PapinettUtiUe, Que. Constituents Sulphuric add iiJ^R^l Bioarbonie add ('^XXV Carbonic acid (gO.) Nitric add (gO., Nitrous acid (NO. Phosphoric add ll^Oj) Chlorine (O') Bromine (°J' Iodine „ «) SiUoa J^^^l Iron \ (Fe.Al) Aluminum / ,„ . Manganese (*°i CiOctum • (£« Strontium -.S'! Magnesium ('M( Found Partaper million 140 4,400 Advertised Parts per million IM 2,800 trace 4,400 Previoaa Analysis Parts per million 280 Lithium. Potassium Sodium (K .^ .(Nal Ammonium (NH4) 260 28 20 220 270 ^•Si 3.000 (a) Heavy Trace. 23 Sample No*. MMl, 88108 ADANAC WATER The CalaUmitt Springt Co., Lid. Constituents Sulphurio acid Bicarbonic acid Carbonic acid Nitric add Nitrous add Phosphoric acid Chlorine Bromine Iodine Silica Iron i Aluminum / Uancaneee Calcium Strontium Masnenum Lithium Potassium Sodium Ammonium Specific gravity at ISXI. ....(SO.) .(HCO.) ...(CO.) ...(NO,) .. (NO,) ...(PO.) ...(CI) (Br) a) ■ . . (SiO.) .(Fe.Al) ....(Mn) .•.v.-.^Sfl (i3) (K) .(Na) ;nh.) •By Prof. T. A. Starkey, MoGUl Univenity. Found Farts per million 76 Advertised Parts per million 14 10001 •Previous Analysis Pa.tsper million «-7 49 20 10 34 3-2 19 10003 Sample Nos. 86430, 86960, 88109, 88197 MAGI TATER Cahdonia Springt, Can. Constituents Sulphuric add tan- Bicarbonic add fHrno Carbonic add ^^ni Nitric add /S9' Nitrousadd..........:;; /^nR* Phoaphoric add ^/po/ Chlorine '■^i Bromine M Iodine <^ ..(SiO.) (Fe, Al) Silica IroB \ Aluminum / cSSasS!^: :::::':: ^?i Strontium V.'.V.V.V.'.V. ■.'.'.'.■.■.'.■,■.■.■.'.■. ■.V.V.JSr) Lithium!™', ■.■.■.■.'.■ ^ Potassium ■.'.■.".■.■.'.■. ■-' Sodium Ammonium Total soUds in solution nsidue dried at IWT C .(K ..(Na .(NH, Found Parts per million 940 4.300 Advertised Partaper million 71 m 7,818 •Dept. o» Mine* Bui. 30-pt. 3. p. 47 (19«). flWed at tUT C. •Previous Analysis Parts per millioD 21 030 trace 4,300 10 I« IS 1-4 41 3-9 140 3-4 78 3,700 4-89 7.763t Sunple Nm. M0S0, 88101. 88189 24 RADNOR MINERAL WATER Radnor, Qiubec ConatitueaU Solpliurio add (8O4) Bioubonio sold .'.'.'.'.'.'.'.'..■.■.■.'. (HCOj) Carbonic acid fCO.1 N?W» "oidv .■.■.■;.■.".■.":. (No! Nitrou acid (NOi) M^™'^ V. ;.;;;.-. .■.■;.•.. (POj) fSST <8-'> Found ParUper miUion Silica Iron 1 Aluminum j Manytnece Calcium Strontium Maanedum Litnium Potaaiium Sodium Ammonium Specific Gravity at 15* c! ...(SiOi) .(Fe.Al) ....(Mn) ....(Ca) (8r) (K) ....(Na) ..(NH.) *Dept. of Mines Bui. 20, pt. 2, p. 88 (1914). 340 880 10010 AdvertiMd Parti per million 110 ISO 120 880 14 trace* 180 "25 "io' 'Previooa Analysis Parts per million 110 230 3-9 •01 870 1-7 12 4-7 97 57 14 480 •03 lOOlS < Sample No. 88148 SALXTIARIS MINERAL WATER St. Clair, Mick. Constituents Sulphuric acid (804) Bicarbonic acid ( HCOi) Carbonic acid fnn.{ Nitric acid ....'.■.■.■.■.■.■.'.■.'.■.■;.■.' .(NoI) Nitrous acid. (NO.) Phosphoric acid (POA Chlorine ^*frn Bromine ■'- ' Iodine (Br) SiUea Iron ). Aluminum / Manganese... Calcium Strontium. a) ...(SiO.) . (Fe. Al) (Mn) (Ca) (Sr) Hasnesium /|(-i Lithium .'..'....'.'.'.'.'.'.'.'.'.'.' .(UJ Potassium Sodium .(k; ooaium /ff ,\ Ammonium .(NH4) Found Parts per million 27 «80 none 330 Advertised Parts per million traces 180 880 9-7 22 ii' IS s«o Previous Analysis Parts per million ♦h. ii^ni^^I^'.if'^lli? which analysis advertised U eipressed are not stated. Comparison is made on the assumption that grains per U. 8. gallon are meant. ■— «•= ™ Sample Not. 84393, 8««04 25 FRIEDRICHSHALL MINEBAL WATER ConatitocBta Sttlphurio aoid (8O4) Biearbonie add (HCOi) Carbonio add (COi) Nitric aoid j (NOi) Nitrous aoid (NOi) Phoaphorie add (PO4) Chhmiie (CI) Bromine (Br) lodme ■"" Silioh. (I) (SiO.) I""-. \ (Fe.Al) Aluminum. J Han^pueae (Mn) Calotum (Ca) Strontium (Sr) Masiieaium (Mg) Lithium (l3) Potaasium (K).. Sodium fNa) Ammonium (NH4) Found Partaper million 11,000 880 180 ae.ooo 500 3,' 600° Advertiied Partaper million •Previoua Analyaia Partaper million 9,«)0 7,700 85 traoea 400 90 8,100 ■Calculated from analyiia in Eauz Doucea et Eaux Mineralea by F. Dienert (1913). Sample No. 68A78 HELENEN QUELLE Pyrmont, Geniany Conitituenta Sulphuric acid (SO«) Bior -Honio add (HCOi) Carbonic acid (CO«) Nitric acid (NOi) Nitrous add (NOi) Phosphoric add (PO«) Chlorine (CI) Bromine (Br) Iodine (I) SiUoa (8iO.) V?"--. \ (Fe.Al) Alumuum / Manmne ae (Mn) Calcium (Ca) Strontium (Sr) Magnesium (Kg) Lithium (Li) Potaadum (K) Sodium (Na) Ammonium (NH<) Found Partaper million 30 S70 440 340 Advertised Partaper million •Previoua Analysis Partaper million 1,100 470 •44 trace 110 trace trace 31 13-8 1-3 S70 3-1 110 ■13 6-9 71 MS *By Fresenius in "Undersuchung das Wassera," p. 393 (1889). ) ; :■ as I'um Sample Nm. 80M«, 843(8, 881SI FRANZ JOSEF APERIENT WATER Htmoary ConatituenU Sulphuric acid (SO4) Biearbonic acid (HCO«) Carbonic acid (nciA Nitric acid >sn.\ Nitroua aod iSX'} Fh(Mphorio add \pX'{ Chlorine ....'.■.".■.■;.■.■.■.'.'.'.'.'■.. (CI) Bromine " ' m-\ Iodine ^f Silica /siri ; Iron 1 (vT^tl Aluminum} ^^'^ ^ *J»W»°«» (Mn) Calcium VT?"; Strontium ^ - ' Hacneaium. (Sry mucneaium rM»S LiiSiJm ^^l Potaasium ,v\ Sodium (iH Ammonium .{NH4) Found Partaper million 28,000 ««0 4,200 8,480 Advertiaed Partaper million 30,000 5.000 8,000 •Previoua Analyaia Partaper million 37,000 1,100 1.300 13-4 6-3 840 8,300 8.30O •By Prof. AttBeld quoted in "Natural Mineral Watera" by Ingram and Royle (1»U). p. 28. RUBINAT MINERAL WATER Condal Spring, Spain Sample Noa. 80207. 88329. 86407, 88105 Conatituenta Sulphuric acid Biearbonic acid irirnA r.^rh^„i^ onij */><„•; (COi) . (NOi) ,^.(80.) Carbonic acid Nitric acid... Nitrouaacid iKin.\ Phoaphoric acid Vpo i Chlorine ^^2}' Bromine >k'{ Iodine ^^ll fur 1 ::::::::::::.;;:::;::;:::;;;;:.(Sio; iSSTminuml (^«- *•) Mu^aneae (K,) Calcium Vr.S Strontium ^-'' HaEneaium. .(Sr) Lithium '■^A Potassium ik\ Sodium ;i^{ Ammonium (NH ) Found Partaper million 33.000 410 1.800 510 l^MO' 280 12,000 Advertiaed Partaper million 67,000 1.210 36 800 640 100 31,000 •Previoua Analyaia Partaper million '"Natural Mineral Watera,' by Prof. Bouchardat. 60,000 1.200 870 680 100 32,000 Ing- -sd Hoyle (1911) p. 48, analyaia of the Rubinat-Lloraeh Spring 27 Sunpk No. 80043 SAINT RENE (SvYobbi rav Vnmr) BttMtin it Vieki, fnmet Conititoent* Found Farts per milUoB Advertiwd Parts per million Previout, Analyiir Parts per million Snlphurio acid (SOf BtearUonio acid (HCO« Carbuoio aoid (COi Nitrioacid (NOi Nitrons aoid (NOi Phosphorio aoid (POi Chloriiie fCl' Bromine (Br' Iodine (I' Silica (Si6.! I«« , \ (Fe.Al) Alnraiaom / CakwrnTT. (Ca! Strontiam .(8r MacMainm (Mgj Li^um .' (Li) Potasdnm !....• (K) Sodfaim (Na) Ammonium (NHj 110 4.100 lao 4,000 380 330 9-8 14 14 Fe-130 380 150 trace 13 130 1,600 Sample No. 84SM WEST BADEN SPRUDEL WATER Wut BadtH, Indima Constituents Foond Parts per million Advertissd Partaper million Previous Analysis Parts per million Snlphnricaoid (8O4) Bioarbonic add (HCO«) Carbonic add (COi) Nitric add (NOi) Nitious add .- (NOi) Phosphoric add (PO.) Chlorine (CI) Bromine W') Iodine (I) Silica (SiOi Iron \ (Fe. Al) Aluminum J Maaaanese (Mn) Caldnm (Ca) Strtmlinm .J(Sr) Hacnednm (Hf) Lithium (Li) Potassium (K) Sodium (Na) Ammonium (NH4) 83,000 2,100 800 8,aoo 83,000 ""iK I,tOO 9 610 8.S00 18,666 Nan.— Anabrsis o( West Baden Sninss, Ind., quoted by Walton in his "Mineral Sorinis" (1893) gives total solids 3,360 per million; Labelled aoalyais o( sample, total solids, 88,818 Cper millioa "Concentrated" or "tmtifiad" does not appear on label. i • I Sample No. 80808 38 SAINT LOUIS XINEIIAL WATER (No. 3) St^Yorr* pru Kidky, rmie» ConiUtuenU Solphurio acid (80.' Bioarbonio acid (HCOi' Carbonic acid rro.' Nitric acid .■.■.■.■.■ (Nol' NititMU acid "' (NOi Phosphoric add (po. Chlorine {C\* £dS^v.v;;.;.;.-.-.-.-.;.-. ::::::::::::::(bj; «j^ ::::::::::::::::::::;^ Aluminum ; ' Calcium ... (Cai Strontium /g^ \ jwp"""™ '.:'. '.■;!■.■.■.■.'.!■.'.:.■. ■.■.'(Mb) LiUuum CuS £ot?^»™ '.■.■.■.■.■.■.■.■.■.'.■.■.■.'.(K) ?~»"«°-. (Sa Ammonium (NH4) Fouad Parti per milUoB IM 4,400 330 130 trace Advertind ParUper million ISO 4,800 trae* 3M 26 97 140 43 3S 110 1,700 PNTiona Analyiie Partfiar milUoB Sample Not. 68738. 80308, 88193 APENTA APEMENT WATER Budaput, Hungary Conitituenta Sulphuric acid (SOi) Bicarbonio acid (HCOi) Carbonic acid (COi) Nitric acid (NOi) Nitrous acid (NOi) Phoaphoric acid fPO.^ Chlorine .............'. ^ (CI) Bromine fg,' Iodine -' Silica Iron ). Aluminum / Manfaneee. .. Calcium Strontium Masneeium... Lithium Potassium Sodium Ammonium.. ■0 . . . (Sio,; .(Fe,Al) ....(Mn; ....(Ca (8r (Li (K . . . . (Na . . (NH, Found Parts per million 39,000 930 510 i'.m 5,700 Advertised Parts per million •Previous Analysis Parte per million 31,000 810 1,100 8» S3 83 830 4,300 9-5 87 6,300 •"Natural Mineral Waters" by Ingram ft Royle, p. 9, analysis by Tiehborne. y S3 S3 29 VICHY CELE8TINS FMv, FrMM bmbpU Nm. es«sa, mm, nm, stttt, Man, nm Coutitow lU Fooad AdvwtiMd •PrtvloM Aatirwia Pwtspv milUon Futipw millioa Partapw milUoa flnlpiiarioMid (8O4) MO 180 BieubiMieadd (HCOI) GwboaieiMdd (COi 3,300 NitrieMdd :::::::::::::::::::g (PO4 (C\ PkoBhorioMid Cbloriaa 370 310 BromiM (gr lodiM rd 8Uk» (8K)i 34 40 tnoM Inm ... (F0.AI A Iqminwin Cabdom (Md) (C» 170 300 Stroatium lUcnedom LitEium.~ (N«) 83 30 8-7 180 i.aoo FotaMiom 84 1,600 Sodium Ammanium (NH45 ' *"EMa DouoMet Emu HinaimlM" by Dienart (ltl3) Table 3. APOLUNARIS MINERAL WATER SkeniikPruuis Sunple No*. 88877, 80310. 83003. 88104 Conrtitoei It* Found AdTartlnd •Pleyioua Analyria Parts per milUon Part* per million Part* per million Sttlphurio aeid (80«) 330 2,100 170 3,«00 Bioarbonio aoid (HCO<) Carbonio add (COi) Nitric add (NO.) (NO.) CPCtA Nitromadd PluMphoric add 370 170 Chlorine '. (ci) 330 Bramina mr^ Iodine (i) SiUoa (SiO.) 80 38 Iron (Fe) M^ngnMMe .(Mi) Calcluni (Ca) 59 «8 Strontium (8r) Maftnenuin Lithium '....'....".'.'.'.'.'.'.'.'.'.'."(K) 130 • 140 Potamum Sodium ...........(Na 800 800 Ammonium (NH,) .- ' i •- ^ i •AnalyaieinMrte per million oaleujated from thota given in Mineral and Aerated Watm by C. A. Blitohell, exproawd in grauK per pint. Analyaieby Kyll (1007J. »««• uy vy. a. MAY 2 i ]Pf?^ ■, mu CooiUtMnta Snlphorie acid (80«) Bioarboiiio acid (HCOi) Carbonio add (COi' Nitrio add (NOi! NitRMia add (N0« Phovborie add (i-O, Chkffia* (CI Bromia* (Br Iodine (IJ f11«» : (SJOi) Ifp"",- \ (F'.Al) Alnmiimm [ Caldum... '. . . ........,.....'...'... (Ca) Btrontium : (8r) MMmwium (H>) Lithium (l3) Potanium ( K) Sodium (Na) Ammonium (NHj) Foud Parte pw milUoa M,000 340 1,400 3« S40 6. too "iiioco' *U.8. Dept. of Agr. Bur. of Chem.. Bui. 91, p. U. (a) Heavy Trace. AdTwtiMd minioB 70,000 340 i.aoo M 530 '«,m6' 17 Sl.OW 6-7 ■PntIoim Aaalyaia Parte par M.OOO 330 1,400 traoe 30 e.ioo (») 380 33,000 Sample Noa. 86405, 86414 REGENTE St. Yorre prtt Vicky, Fnnei Conitituente Sulphuric add (SO4) Bicarbonio add (HCOi Carbonio add (COi) Nitrio acid (NOi) Niuoua add (NOt) Phoaphorio acid (PO«) Chlorine (CV Bromine ^r' Iodine (l' Silioa (BiO,| if» (Fe).. "•npM" fMn) Caldum (Ca" Strontium (8r ' liacnaeium (Mg' LiOium fiQ) Potaanum (K) Sodium (Na) Ammonium (NH4) Araenic (AS.O.) Found Parte per million 67 1,100 10 Advertiaed Parte per million 360 4,300 3,300 130 340 16 10 U ••1 14 166 6-6 30 14 3-5 170 1,700 1-5 Previooi Analyaia Parte per ^__^ mm^n^ 4 31 BunpU No*, aana. aan 4 AEflCiruU' MINERAL WATER CoMtituaata Mpharie aoid (80» Bicarfaoaie :iehl (HCOi Carbooio add (COi' gteji;^- Im Nitroaa aoid (NOi Fhoaphofia aaid (po/ CWoffae ......roi) Bramiaa (Brl lodiaa ^ -' HUea Iron \ Ahunianm / ii«»».ii.« . CSalMoin StiDBtinm. . Macnaaiain UtUam ' PotaaaiBm SodiBm Ammoaiani ...(WOi .(Fa.Al) ...(Ca ....(Kl Fond Partapw ».000 1.700 4.aoo AdYirtiMd Fartovar S>,000 a 11 uo S.I 4-7 6.100 1-7 AMiy* Fturtapar St. 000 too traea AliOt-W « •10 i.aoo traea 6.100 *ABalyaM by Mohr tooad ia lliaaral aad Aaratad Watan by C. A. MitehaU aiprawid ia cniaa p» puit Kn racalou l atad, BEBASTIEN SPRING WATER No. 800» 8U. UrtuU. Qt. Solphario add (80«) traea Biourbonieadd (HCOi) 330 parte par mUUoB Carbonfas aoid (COi) 30 " " Chloriiw (CI) 1,400 " " Total wlid* dried ot 100^: 8,70o " " No. 8070 Sttlphurie add (SO4). SAINT JUUEN SPRING WATER SU. VrnU, Qm. Bioarboaic add (HCOi) Carbonicaoid (CO«) ' 84 Phoaphorio aoid (FO4) traea CUorine (CD S, 100 SiUea (8iO«) 1-8 Total aoUda dried at 100% 8.600 t-3 parte par millioa 1,300 No. 84391 MEYER'S MOUNT CLEMENS WATER UvM Cltrnm*. Miek. Solphurie aoid (SO4) 37, 000 parte per milUoa CUoriaa (CI) 3,000 " " Caloiora (Ca) 440 " " MagBaeiam Ota) 4.300 " " Non.— Usable to obtain aaalyiia of thia watw. No. 80301 LITHIA WATER Suma, NJ. No traea ol Uthinm ooold be deteeted with the apeetroaoope atter'oqaoentratioa o{ the whole aunpl* (32Boe). ^ Total aolida OB araporation No theiapeutie ralna ia olaimed for it. 145 p>. -rmiUioB No. ■'«74 SOURCE GRANDE GROTTE (Sr-YoBaa nm Vkbt) Baia'a d* Vtdky, Fkwaee parte per millioa anlphnrio aeid (8O4) CUOTine (CI).. IiOB (Fe).. Caldom iCa) . Magiadmn (Mg). 130 340 •( 310 30 •OS I 4 i I i -^l 38 No«.IM7, LANORAn NATURAL UmSRAL WATER SidpkuUMid. (80«). N PMta *«r miiliM «.l No. BiewbtMieMid (HCOt). Chtoj- CI) Caldam (C«) Non.— Vaabl* to obuia m ualyiii ol thk w»tor. LAURENTIDE MINERAL WATER 1 VolMta, Qm. Sij'Y'^-.Jj SSv ».IOOp«rUp«i Mphorio Mid (80«) tt " ~ BiewboidaMkl (HCCH) ■ M " " Caldam (C») M " " Uaabl* to obtain aa awibnia •! thia watar. MwUdaal elaima oa labal— "gpMifta ia rbaamatiimt —Mia, atomaah aad Uirw tnwblaa— a uivMrnl bavwat*, mUd laiatiT* altaraUra aad toale." oaly a T«ry gMMnl itotamaBt ol oompoaltioB i« mad*. wEST^ No. I LA BOUVERAINE MINERAL WATER Satpharia add (S04)...t Biaarbottie add (HCOi). CUoriaa \c\) Caldam (Ca) 190 parti par mOlioa i.aoo " jao " " 41 " haorytnaa " Vaabla to obtaia aaalyda o( this watar. Labal raada "It U oaaqoaUad ia all Uvar aad atomaab aompUata, troablaa o( tha bowali, diaaaaaa of tha Udaayi, diabataa, fout, rhaomatiam, dyapapda, ata. ^ X ,« 1. *.. *. * About two bottlaa a day may aflaet tha lama aura at homa aa a prolo^ad atay at Viehy." SUTHERLAND'S LITHIA WATER No. MIM Hamtttoa, Ont. Total aoUda driad at 100* C. Chiarina Litbiam M: MM porta par millioa » " " . prarsst . .^ ff^f^T*^ "B*"- '^l" maaofaetnran haye not had an analyiis mada althooch thay claim (oa labal) it to ba "Uidul ia dyapapaia, rhaumstiam, kidnay and all bladdar troublaa." EAU MINERALS No. 8065 ai. FMm it Fabit, Qu*. C loriw (CI)... Sttlphai'j (80<) . Caldam (Ca). . Lithium (Li) . . Macnecium (Mg). 4,600 parta par miUioa •9 " " piaaaat " " Thia water ii (ortifiad with eommon lalt and Uthia fall "taita avee t'aan daa louraaa da Ramaay" ia promioaat on labal. No medicinal olaimi made (or it. L0UI8EVILLE NATURAL MINERAL WATER No. 8064 LouittrUU. Qm. Chlonae.... , (CI) 9,300 parta per mUlion Biearbonic add (HCOi) 830 " " Unable to obtaia aaalyaia of thia watar; no therapeutic daima mKde for ic. No. 8&W CORONA PURGATIVE WATER MoiUrtal, Que. Sulphuric add (SO4). Magnesium (Mf ). . 118,000 pNts per million 30,000 " Statement on lobei reoiit— "Conna Purgative Water ia uot aa artificial water. Ita medidnal aad purgative propertiea are uaivetaally known, etc." Statement in letter from mamSaeturer reai*~"Tht formula for Eau Purgative Corona waa givaa to Ottawa under No. 25$«, eto., eto." No. 88160 ST. CATHARINES MINERAL WATER St. CatAan'nee, Oat. Sulphnrieadd (SOt). Chlorine (CI)... Caldum (P»)- . M^gnenum (Hg) . . 380 parta per jaillion 7,300 " 1,900 ' " 310 " " _ There ia an advertiaed aaalyaia of thia water but ezpraasiou of results is not made dear. Water ia clamied to be "For medicinal purpc 3S only." lis." (oa •y 1 to u