• No results found

Analysis of water sample for the campaign 1918-1919

N/A
N/A
Protected

Academic year: 2021

Share "Analysis of water sample for the campaign 1918-1919"

Copied!
10
0
0

Loading.... (view fulltext now)

Full text

(1)

THE GREAT WESTERN t>UGAR CO

Copies to:

BAY.;;.,RD

Gen 'la CbGYJ1ist. Chief P..a~ineer. Ass•t~ ~en•l., llgro Ass't. Gen•l. Su:.;.,•t. Ass't. Jhief Jnginaer.

Su:pe:r int end cut o. Traveliug Chemjsto La1,oratory.,

(2)

A..1'IALYSIS OF WATER S.A!ti?LES FOR. THE CA::\-11-'...HGN 1918-1919a BA.YARD F.!CTORY

THE GREAT W11:STERN SOGA.R COMEli:NY

WATE.R FROM :MAHI WA-T:½:.R SUPPLY W§,

.ANALYSIS

Parts

;Qtr 100,oo_i

Silica S1o2 Iron Fe Calcium Ca Magnesium. Mg Sodium Na Chlorine Cl Sulphurio Acid S04 Carbonic Acid C03

Organic & Volatile Matter

{lfJ d.ifferenctt) TOTAL SULIDS 5e20 .32 4.92 lo09 s.11>3 lo70 17.98 a,21 47.45 1.19 4,l8o6t

SAlr!PLE:- Average sample for the campaign.

SuURCE:~ Sample taken from Main Water Supply Tank,

consisting of water from 28 wells located about one block South of :ldain Factory Bldg.,

8 well,a about one block Ea.st of Mai.."1'2 Factory building.,

1fiP()TEETI0.AL C01IBINATI0NS .A.}i SALTS, :l?azts per 100,000

Silioa Si02 5o20

Sodium Chloride :tifaCl 2 •.

ao

Sodiiun Sulpbah Na2S04 21.48

Calcium Sulphate OaS04 4.97

Caloiu~ Carbonate Ca003 8064

:Magnesium Oa.rbon~,te MgC03 3.78

Ferrous Carbonate FeC03 166

47045 Organic & Volatile Matter

(By nifference) 1.1~

TOTAL SOLIDS 48.64

BAYARD.

WATER :F'ROl'I MAIN WATER SIJl?PLY T.ANK.

(3)

-ANALYSIS OF WATER SAMVLES FOR THE CAl{PA.IGN 1918 ... 1919

BAYARD FACTORY

THE GREAT WESTERN SUGAR COMPANY

;fURE BATTERY SUJ,:fLY

,:i,;N.ALYSIS HY;EOTHETICA.L CO!iB !NATIONS AS SALTS

pa.rta per 100,000 Silica Si02 4.,46 Iron Fe 018 Calcium Ca 6.,83 Magne &1 i um Mg ,c,95 Sodiun Ma 5.02 Chlorine Cl 1.43' Sulphuric Acid S04 19.62 Cait.bonic Acid C03 5.64 44.i33 Orga.nio & Volatile Matter

(By difference) 2o55

TOTAL SOLIDS 46.88

SAMPLE:- Average sample for the campaign.

SOURCE:- Overflow from Hot prea1 wash ~rater Tank9 with the addition of Water from Leg Pir~

of ls t Evaporator Condenser and water f'roro :Pan and Evap0ra.tor seal Tank,i,

;parts

Silica Si02

Sodium Ohlorido Na.cl Sodium Sulphate Na2S04

Calcium SUlpbate Oaso4

Calcium Carbonate

caco

3 Magnesium Carbona.t }1gC03 Ferrous Carbonate Fe003

Organic & volatile Jr.attar (By differenc•) TOTAL SOLIDS per BA.YA.PJ) 100,000 4.46 2 ... 36 121163 15,.70 5,.52 3o29 037 44~33 2.55 46088

(4)

.!NAL'!SIS OF WATER SAMPLES FOR THE CilPAIGN 1918~919 BAYA...'IID FACTORY

THE GP..ZAT W:!!:STFfilf SUGAR COl!PANY.

.ANALYSIS

H1pURE BATTERY SU-PPLY Earts ~er 100.000

HYPOTHETICAL COMBINATIONS AS SALTS, 2arts 91r 100,000 Silica Iron Calcium Jdagnesiu:m Sodium Su:J,phurio Aoid Carbonio Aoid Fe

ca

Na 01

Organic & Volatile Matter (Bydif'f'erenoe)

TOTAL SOLIDS

,,22 7o95

3.76

SAifJ.PLEi~ J:Terage aample for the oampaigno

SOURCE:- Overflow from pure Battery Supply TanJc and water from pa.n and ETaporator Seal T ~

Silica s102

Sodium Cr.J.oride NaCl B~l~ Sulphate Na2

so

4 Calcium sulphat<t CaS04 Caleium Carbonate

caeo

3 Magneai1.m1 Carbonate li'Ig'C03 Ferroua Carbonate F•COa

Organic & volatile 11atter (By dif"f'erenoe) TOTAL SOLIDS BAYARD 8ti56 3o54 44039

(5)

ANALYSIS OF WATER SAMPLES FOR THE CAMPAIGN 1918-1919. BAYARD FACTORY

TEE GREAT WESTERN SUGAR cmr:Pl.'N'Y.

'!AT:::IB :U:Sb'D FOB. WASHING P.-O·r .AJ::~YSIS1 rarta r~r 100.0 Silica Si02 1.24-Iron Fe .18 Calcium Ca 2.84 r.1agnestnm l.it:: .36 Sodi lia .78 Chlorine Cl e59

S1urhuric Acid

so..,

1.05

Carb :Jlio Aoid 003 5.2

12.24 Organic & V latile Matter

(By di ftarence) 4.40

TOTAL SOL IDB 16.64

SAMPLE:-

Av•r&B•

sample for th omnpa.igu

SOURC~:~ OTerflow from Boiler Feed Tank, combined

with Drip• from all Heatera, Batteey

ca-lorizator,, Drips from Steam Trapa ot lat 2nd, & 3rd Carbonation and Blow-u:pa, Dripa from Coils of :ran Storage Tank• and lat ETaporator Stean Chamberao

;ERES3ES

HY;FOTHETIOAL COMBINATIONS AS ;e.~rta per

Silica SiOz

Sodi un Chl•ride N3Cl

Sodi S~phato Na.2S04

Calcium SuJphate CaS14, Calcium Oarb nate CaC03 llagueeium Carbonate iigC03

Ferrous Carb nate FeC03

Organi & V•latile :.ratt r

(BY difference) TOTAL SOLIDS

BAY.A.RD WATER U&'ED FOR tASHING HOT PRESSES.

r : t ' / 6 ~

lo24 ,.97 1.24 .,30 6.87 1.25 !37 12.24 4.4() 16.64

(6)

ANALYSIS OF WATER SAMPLES FOR THE CAMl-'.AIGN 1918-1919 BArARD FACTORY

T".riE GREA.T WESTERii SUGAR COMP.AJ.IT

LEGPIPE WATER FROJ!.rI SECu.Liu CO~":D]ltSER OF EVAFOBATORS

ANALYSIS

parts per 100,000

liYFOT!lliTICAL CO.!JJB rn.ATIONS AS s.uiTS

parts -per 1001000 Silioa Si02 6038 rron Fe .22 Caloium Oa 4.67 )1a.gnes 1 un Jilg 1.11 Sodium lira 7.56 Chlorine Cl 1.78 Sulphuric Acid

so

4 7,..,(§0

Ca.rbonio Aoid 003 13a43

41.66 organio & volatile :r.ratter

(BY difference) ,43

TOT.AL SOLIDS 42.08

S.ll1.?LE:• Average sample tor the orunpaign.

SOURCE:- Well water and condensed Vapors

from 2nd condenser ot Evap0rators.

Silica Si02

Sodium Chloride Na.cl

Sodium Sulphate Na2S04

Sodium Carbonate Na2

co

3

Magnesium Carbonate)IgC03

Calcium Carbonate

oaco

3

Ferrou1 Carbonate FeC03

Organic & volatile Matter

( By difference) 1.rOTAL SOLIDS BAY.ARD 6.38 ~46 41.65

(7)

A ALYSIS OF WATGR SA ·~rL}~J ~vR ·.nr,: C.iUl:::'AltJ.i'I 1918-1919. BAYARD .F:A.CTOTIY lii'u ''l E ',JAT,;~-. A !\LYSIS. parts ·1,,er 100, 0 Silica Si02 5.74 Iron Fe .14 Calcium Ca 2o73 ·agnesium .77 sodium Na 7.30 Chlorine Cl 1.63 Sulphurio Acid S04 7o. S Carboni- .Acid 003 9088 35022 Org iO & Volatil• .r.atter

(BY ditter••oe}

a.as

TOTAL SOLIDS 39.IIG

Sample:- ATera~ ~ pl• torte campaign. , OtBCEi- Well water and ooD1e:i:ued. Va ra t'rom

C nden•era of pan A ( Whit•)• pan B

and C ( -qa; ;rd,•

.:3UGAR

co.~

PA.NY.

-F ALL

;p.e.rs.

EY ~ O'.i1h"ETIGAL

Silica

Sodium C. lorid•

Sodium Sulp ate S ,li u,11 Garbona t

Galoium C rbona.t a6n•siUJI1 Jlli.rb u .... t errous uarbona.t orga.nio ~ Volatile (.B J.it~ere fOUL SOLIDS S10z 5.74 Ua.Cl 2.69 Na.2$04 10.40

:mi

2

co

3 6.61 CaC<>.3 6.82 XgC03 2o67 FeG03 .29 35.22 tter

c•)

3.86 39.,18 BAYARD

LEJH:PE WATUlR .i:'ROl.1 COUDt:1NSERS F ALL J?A fS.

(8)

ANALYSIS OF ~VATER SA.MPLJ~S FOR ~P.E CAM?.4.IGn 1918-19190 BAYARD FACTORY

THE GREAT WZSTERN SUGAR COltP.A11Y

ANALYSIS

WATER FRCM BOILER FJ.ilED a·r~K._

;papta

ver

100,000

HYPOTHETICAL COM:BINATIONS AS SALTS,

c :Farts J! r 100,000 Silioa. Si02 1.62 Irl'>n

F•

1104 Caloitm1 da 2.06 Magnesium Mg .24 Sodium

Na

5.52 Chlorine Cl 068

Sulphuric Aoid S04 2o72

Carbonic Acid 003 8064 21.52 Orga.nio & Volatile Matter

{By difference) 4,74

TOT.AL SOLIDS 26.,25

SAMPLE: .... Average ~ample for the camraign.

SOURCE:- Drips from Stea.m Cl'J.ambers of 2nd, 3r<l, 4th, & 5th E:f'fects JJ,va:rerlittors, Drips from Stearn Coils of White pans, Traps on Granulators

Dru.ms and Steam Separator alse Dripa from

Steam Chambers of Raw Pans when Vap>r is used.

Silioa s102 11162

Sodium Chloride N&Cl 1.12

S@dium Sulphate :Ma2S04 4 .. 02

Sodium Carbonate Na~03

a.n

lllagneaium Carbonate MgC03 .83

Calcium Carbonate Ca.C03 5.14

Ferrous Carbonate FeC03 sOS

21052

Organic & Volatile Matter

(By diff'erenoe) 4o74

TOTAL SOL IDS 26.26

BAY.A.RO

\V.A.'.L'ER PROM BOILER PEED TA.NK.

(9)

ANALYSIS OF WATER SAMPL'!JS FOR THE CAMPAIGN 1818-19190

Jtn

A.RD FACTORY

THE. GREAT Vf.EST1..Ellli SU'J,iR CO~"Y.

l.NA.LYSIS

CONDEi'TSED WATER PIDtlPED DIRJllOT TO BOILERS,

Parts per 100,ooe

HYPOTH:E:TIC.A.L COMBHIATIONS AS SALTS, Parts i:or lQQ,QQQ Silica S102

.ao

Iron Fe .07 Ca.loiun Ca 1.29 ~gnesium lVig .44 Sodium Na e68 Cltlorin• Cl. .49 Sulrh.urio Aoid 804 .. 99 Carbonic Acid 003 2.86 7.,53

Orgauia & Volatile t-r.atter

(BY d 1 :f'ferenc11J) la77

T8TAL SOLIDS 9,30

SOURCE:'"" :)ri:ps from Steam Coila of

Ptm

"A"

White.

Silica $102 080

Sodium Chloride Na.Cl

.a1

Sodium Sulphate Na.2S04 086

Caloiu.~ Sulphate Oa.S04 .58

Calcium Carbonate OaC03

2.eo

~agnea:J_mn Carbonate MgC0

3 1.53

Ferroua Carbonate FeC03 115

7.,53

Orga,nio & Volatile Matter

(By d if:hrence) 1.77

TOT.AL SOLIDS 9.30

El..YA...t:ro •

(10)

All,~YSIS OF ',V.i.J~ER S).U:..LES I!10R Tl;"';!: CA.11.1.·ll.IGN 1918-1919 BAYARD 1!'.A.C'l'ORY

rrHJ<! GP&T WiilSTEF.:N SUGA...'l C0:\~1:ANY

·;7ATER HT BOILERS

AlifAL

r

SIS

parts per 1001000

m:i:-oTHETICll.L C01'IB nra.TI0l'rn AS SALTS

i-a.rt s ·per 100,000 Silica rron Calcium 11agnesium Sodium Chlorine sulphuric J.:::id Carbonic Acid Si02 Ca Cl

Organic & Vol~,tile M::i.tter

(By difference} TOTAL ~OLIDS 8,,96 .. 15 1~76 • 13 44.24 5.,78 241149 40 .. 64 126.15 136. 59 262 .. 74

SOURCE: ',Vater taken directly from Boilers.,

Silica. Si()2 8.96

Sodium Chloride Na.CL 9 .. 53

Sodium Sulphate 11a2S04 36.,22

Sodium Carbonate Na2

co

3 66~28

:,IiJ.g:.1esiurn Carbont..te MgC03 045

Calcium Carbonate Caco 3 4.40

Ferrous carbonate Fe003 .. 31

126 .. 15

Organic & Volatile ~atter

(B~· diff'erence) 136d59

TOT.AL SOLIDS 262.74

H.AY.ARD WAT.!.!IB. IN. BOI1BRS.

References

Related documents

Metod: Rekrytering av informanter gjordes i samverkan med folktandvården i Region Jönköpings län och institutionen för Gerontologi på HHJ. Triggern testades i egna bostaden av

This research aims at using GIS technology and multi-criteria decision analysis (MCDA) to determine possible locations to build residential houses and analyzing

I senaste läroplan för grundskola, förskoleklassen och fritidshemmet, Lgr11, finns en tydlighet om att samarbetet och utbytet av kun- skaper mellan lärare i de olika skolformerna

Varkaris and Neuhofer (2017, p.4) highlights that the potential traveller uses social media in various stages of a trip including, before, during and after physical travel has

Med Fronter som hjälpmedel har man ännu en möjlighet att kunna exempelvis individualisera undervisningen lättare, men om inte eleven har viljan eller motivationen, spelar

I hope that this systematic review will worth improving learning experiences for children with autism spectrum disorder by making teachers more aware of their roles and

H1 Variety in retailing is positively associated with the number of people employed in a local retail market H2 Variety in retailing has positive influence on the number of shops

Avoid and reduce waste Reuse waste Recycle waste Recover energy Treat waste Dispose waste Least preferable Waste management... Intro