Analysis of water samples for the campaign 1930-1931 Lovell factory

(1)

LOVELL

J'

AC'l'ORY

Oopiea to:-Genral

Supt.

General

Chc1a'\

Mr.

c.

W. Doherty

superintendent

(2)

Form 443 3m 12-22 Pad. 100

WATER ANALYSIS

- -

- - -

--=L:__::..O

_

V

-"--"

E~Lc:...ccL'---_f

actory

ay

22,

1931

__

192 _

Kind of Water:

Description of Sam pie:

Source of ,vater:

Note:-Lovell City

Water

Averag aampl tor c paig•

City min direct traa city tank; aample taken tran tap in laboratory.

City water was not used in the factory operations except

as

an emergency

supply to the boilers. It is used in the laboratory and also tor drinking

water.

ANALYSIS HYPOTHETICAL COMBINATIONS

Silic11 Si02 Iron Fe Calcium Cu Magnesinm M1,1 Sodium Ne Chlorine Cl Sulphuri(' Acid f\04 Carbonic Acid C03

Organic and Volatile (by differt'nce) TOTAL SOLIDS COPIES TO

Genernl Snpt. Ge11eral Chemist Asst. Genl. Supt. Asst. Chief Enj!'ineer Hnperintendent Traveling Chemist Laboratory Part, Per l 00.000

3.34 .24.

!5.63

1.68 '1.20

.91

19.30 9.U

47.71 .43

'8.14,

Parts Per l 00,000 Silica Si02

_3.34

Sodium Chloride NaCl

_1.150

Sodium Sulphate Na2R04

_20.,1

Sodium Carbonate Na2C03

Magnesium Chloride MgCl

Magnesium Sulphate MgS04

_8.89

Magnesium Carbonate MgC03

_1.01

Calcium Chloride CaCh

Calcium Sulphate CaS04

Calcium Ca1·bonate CaC03

_1,.oe

Ferrous Carbonate FeC03

.eo

47.71

Organic and Volatile (by difference)

_.43

TOTAL SOLIDS

_'8.14,

(3)

Form 443 3m 12-22 Pad, 100

WATER ANALYSIS

_ _ _ _ _ _

L

_

O~V

_

E

_

L_L

_ _

f

actory

Kind of Water:

Description of Sample:

Shoehone R1Ter

Water

ATaraga sample tor campaign

May

22, 1931

_{_}

₎₉₂

_{_}

Source of Water:

Shoshone R1Ter (tactor, intake) main source

ot

suppl)"

tor

all

tactor,

operations.

ANALYSIS Silicn Si02 Iron Fe Calcium Ca lllagnesium Mg Sodium Na Chlorine Cl Sulphuric Acid 804 Carbonic Acid

co,

Organic and Volatile (

by

difference) TOTAL f-;0UD8 CoPlES TO

General 'npt. Genernl Chemist Asst. Genl. Supt. Asst. Chief Enirineer ~npl'rin tend en t Trnveling Chemist Laborntory Paru Per 100,000

2.18 .17

5.6!5

l.63

5.28 .e4'

17.28

8.21 .frl.2&

HYPOTHETICAL COMBINATIONS Silicll Si02

Sodium Chloride NaCl Sodium Sulphate Na28U4 Sodium Carbonate Na2C03 Magnesium Chloride MgCl Magnesium Sulphate MgS04 Magnesinm Carbonate MgC03 Calcium Chloride CaCh Calcium Sulphate Ca804 Calcium Carbonate CeC03 Ferrous Carbonate FeC03

Organic and Volatile (by difference) TOT AL SO LIDS Pam Per 100,000

2.18

1.06 l~.Ol

8.07 .98

13.39 .35

Chief Chemiat.

(4)

Form 443 3m 12-22 Pads JOO

WATER ANALYSIS

- -

-

- -

~L~O

_

V

_

E~L~L_F

actory

Mi;iy

22,

1931

192 _

Kind of Water: Description of Sample:

Source of "\\Tater:

Batiery

l\lpply 'later (Single

Sy1tm)

Average aem.ple tor campaign

'If

ter trcm the evaporator condenser lg-pipe, overflow

tr

waJib.

tank

and

the overflow :trom the

leg-pipe 1eal

tank.

the pres•

ANALYSIS HYPOTHETICAL COMBINATIONS

Silica Si01. lron FP Calcium Ca Magnesium Mg Sodium Na Chlorine Cl Sulpliuric Acid S04 Carbouic Acid C03

Organic a11.J Vol11tile (by difference)

TOTAL i-,OLJDS COPIES TO

General 8llpt. Gcnernl Chemist Asst. Gen I. Supt. Asst. Ohief Engineer Hnperintendent '!'raveling Chemist Laborntory Part, Per 1001000

1.74 .20

~.37

1.42

4.47 .55

14.65 7.0'1

36.37 .59

Silic11 SiO:z.

Sodium Chloride NaCl Sodium Sulphate Na2R04 Sodium Carbonate Na2C03 Magnesium Chloride MgCI Magnesium Sulphate MgS04 Magnesium Carbonate MgC03 Calcium Chloride CaCh Calcium Sulphate CaS04 Calcium Carbonate CaC03 Ferrous Carbonate FeC03

Organic and Volatile (by difference) TOTAL SOLTDS Parta Per I 00,000

1.74 .91

_,..

_._

12.89

7.03 .85

12.94

38.37 .!59

38.98

Chief Chemiat.

(5)

Form 443 3m 12-22 Pad, 100

• WATER ANALYSIS

_ _ _ _

L=

~

O

~

V_E

~

J,

_

:t

_ _

Factory

M,g

22, 1g31

_

J92

_ _

Kind of Water: Description of Sample: Source of Water:

Press ash ater

Averag semple for campaign

Drips :trom all reheatera, first ettect

or

the evaporators and the

overflow tram the boiler teed

tank.

It 1• poaaible to send the drip•

tram the second and third etf'ecta

ot the eTaporatore end the granulator

trapa to

tbe

preaa waah tank.

ANALYSIS HYPOTHETICAL UOMBIN A TlOKS

Silica Si02 Iron Fe Calcium Ca Magnesium M,:r Sodium Na Chlorine Cl Sulphuric Acid I 04 Carbonic Acid 003

Organic and Volatile (by difference) TOTAL SOLIDS COPIES TO

General Supt. General Chemist Asst. Gen I. Supt. Asst. Chief Engineer

Hnperintendent Traveling Chemist Laboratory Part, Per 100.000

.19

.04

.37

.07

.49

.09

.4e

1.03

2.73

3.73 e.46

Parts Per 100,000 Silica Si02

.10

Sodium Chloride ;'ilaCJ

_.15

Sodium Sulphate Na2f-l04

_.67

.48

Magnesium Chloride MgCl Magnesium Sulphate l\1gS04

• .24

Calcium Chloride CaCl:i.

Calcium Carbonate CaC03

_.92

_.08

2.73

3.73

TOT AL 80 LIDS

_6.4&

(6)

Form 443 3m 12-22 Pad, 100

WATER ANALYSIS

- -

~L~0~Y

_

E_

- _

,L~L

_

factory

May

22,

_

1931

__

_

192 _

Kind of Water:

_{Boiler Feed}

_Water

Description of Sam pie;

_Average

_sample

_{tor campaign}

Source of \Vater:

Drips tram second, third,

tounh

and

titth effects

ot the evaporator•,

main steam line traps, Pan "A", Pan "B", granulator traps end general

drips.

ANALYSIS Silica SiOz Iron Fe Calcium Ca Magnesium Mg Sodium Na Chlorine Cl Sulplrnric Acid S04 Carbonic Acid . C03

Organic and Volatile (by difference) TOT AL SOLIDS COPIES TO

General Supt. General Chemist Asst. Genl. Supt. Asst. Chief Engineer

Superintendent Traveling Chemist Laboratory Part• Per I 00,000

.23

.o&

.46

.09

1.20 .

.og

.59

2.09

4.81 _ _

5.&a,_

10.69

HYPOTHETICAL C0'.\1BINATJOJ\S Parts Per I 00.000 Silica l:li02

_.23

Sodium Chloride NaCl

_.115

Sodium Sulphate Naz"104

_.8'1

_1.98

:Magnesium Chloride MgCI Magnesium Sulphate MgS04

_.31

Calcium Chloride CaCh

_l.lt5

_.18

4.81 15.aa

TOTAL SOLIDS

_10.&9

(7)

Form 443 3m 12-22 Pad, 100

WATER ANALYSIS

- - - - -

-=L~

O

V

E I.

t

_

Factory

192 _

Kin cl of W nter:

Boiler Water

Description of Sn111ple:

"J."

_{S ....}

_i-.

_,1--'5

Average amn.ple

trClll

atart

ot

campaign to NoTember 23, 1930

Source of vVater:

_{Water from boiler teed tank}

Note:-

795 pounds of soda ash were added to the boilers during this period.

ANALYSIS Silica Si01. Iron Fe Calcium Ca Magnesium Mg Sodinm Na Chlorine Cl Sulpbaric Acid S04 Carbonic Acid C03

Org:mic and Volatile (by difference) TOTAL SOLIDS

COPIES TO

General Supt. General Chemist Asst. Genl. Supt. Asst. Chief Engineer Sn peri n tenden t Traveling Chemist Laboratory Part, Per 100,000

4.04 .45

6.62 .56

50.28

1.27

42.47 49.'16

155.45 69.1!5

224.60

HYPOTHETICAL co:\'lBINATIOKS Parts Per I 00,000 Silica Si01.

"·°'

Sodiam Chloride NaCl

2.00

Sodium Sulphate Na2f.\04

_62.81

Sodinm Carbonate Na2C03

_6'1.ll

l\fagnesiam Chloride MgCI

Magnesium Sulphate MgS04

Magbesium Carbonate MgC03

_1.94

Calcinm Chloride CaCh

_16.53

Ferroas Carbonate FeC03

_.03

1'55.4:5

_~9.l~

TOTAL 80LID8

_224.60

(8)

Form 443 3m 12-22 Pad. I 00

WATER ANALYSIS

Factory

-

-,ay

2,

-

lQ:5-l

192~

Kind of Wnter:

Boiler

Water

"B"

Description of Snmple:

Average

sample tram

November

23, lG30 to the end of campaign.

Sonrce of Water:

ate~ from the boiler

feed

tank

Note:-

3120

iounds

ot

soda

ash were

added to the

boilers during this period.

ANALYSIS Silica Si02 Iron Fe Calcium Ca Magnesium M1t Sodium Na Chlorine Cl Sulphuric Acid 804 Carbonic Acid 003

Organic and Volatile ( by difference) TOTAL F-OLIDS COPIES TO

General Supt. General Chemist Asst. Genl. Supt. Asst. Chief Engineer Superintendent Traveling Chemist Laborntory Parts Per I 00,000

3.32 .eg

3.23 .23

70.21 l."6

88.84 .a.gg

208.97 75,03

284.00

HYPOTHETICAL COMBINATIONS ,'ilica ::;i02 Sodium Chloride NaCl

Sodium Sulphate Nai·,Q4

Sodium Carbonate Na2C03 Magnesium Chloride :;\,fgCI Magnesium Sulphate MgS04 )fognesium Carbonate l\1gC03 Calcinm Chloride CaCh Calcium Sulphate CaS04 Calcium Carbonate CaC03 Ferrous Carbonate FeC03

Organic and Volntile (by difference) TOTAL ::;OLJDS Parts Per 100,000

3.32

2.41

131.39

81.55 .80

8.07

1.43

208.97

75.03

294.00

Chief Chemiat.

Analysis of water samples for the campaign 1930-1931 Lovell factory

LOVELL

J'

AC'l'ORY

Oopiea to:-Genral

Supt.

General

Chc1a'\

Mr.

c.

W.

Doherty

superintendent

WATER ANALYSIS

- -

- - -

--=L:__::..O

_

V

-"--"

E~Lc:...ccL'---_f

actory

ay

22,

1931

__

192

_

Note:-Lovell City

Water

Averag aampl tor c paig•

City min direct traa city tank; aample taken tran tap in laboratory.

City water was not used in the factory operations except

as

an emergency

supply to the boilers. It is used in the laboratory and also tor drinking

water.

3.34

.24.

!5.63

1.68

'1.20

.91

19.30

9.U

47.71

.43

'8.14,

3.34

1.150

20.,1

8.89

1.01

1,.oe

.eo

47.71

.43

'8.14,

WATER ANALYSIS

_ _ _ _ _ _

L

_

O~V

_

E

_

L_L

_ _

f

Shoehone R1Ter

Water

ATaraga sample tor campaign

May

22, 1931

_

)92

_

Shoshone R1Ter (tactor, intake) main source

ot

suppl)"

_3.34

_1.150

_20.,1

_8.89

_1.01

_1,.oe

_.43

_'8.14,

_{_}

₎₉₂

_{_}