Analysis of water samples for the campaign 1928-29 Lovell factory

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ANALYSIS OF WATER SAMPLES

iO.R

THE CAMPAIGN

1929-29

LOVELL FACTORY

THE GREAT WESTERli SUGAR COMPANY

Copies to,- General Supt.

General Chemist

Asst. Chief Engineer

.Mr.

c.

w.

Doherty

Superintendent

Laboratory

a.o.~

Chief Chemist

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Lovell

Factory

_--

_....

_---

M_ay_

27 ,_

_

J92_

9 _

Kind of Water: Description of Sample:

Source of ·water:

Note:-Lovell City

Water

Average

sample for campaign

City main

direct from city tank; sample taken from tap in

main

office.

City water was

not

used

in the factory operations

except

as an emergency

supply to

the

boilers. It

wqs

used ih the laboratory and also for

drinkin

g

water.

ANALYSIS HYPOTHETICAL COMBINATIONS

Silica Si02 Iron Fe Calcium Ca Magnesium Mg Sodium Na Chlorine Cl Sulphuric Acid S04 Carbonic Acid C03

Organic and Volatile (by difference)

TOTAL SOLIDS

COPIES TO General Snpt. General Chemist Asst. Gen I. i:inpt.

Asst. Chief Engineer

Hnperintendent Traveling Chemist Laboratory Part, Per I 00,000

I

2.16 .20

6.73

2.24

8.83

1.09

28.06

8.88 -58.19

2.35

60.54

Part! Per 100,000 Silica SiO:z.

_2.16

Sodium Chloride NaCl

1Jso

Sodium Sulphate Na2R04

_25.08

Sodium Carbonate Na2C03

Magnesium Chloride MgCI

Magnesium Sulphate MgS04

_11.09

Magnesium Carbonate MgC03

Calcium Chloride CaCh

Calcium Sulphate CaS04

_3.19

Calcium Carbonate CaC03

_14.46

Ferrous Carbonate FeC03

_.41

58.19 _2.:35

TOTAL SOLIDS

_60.54

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WATER ANALYSIS

Lovell

Factory

- -

--

May

_

2_

'l,

Shoshone

River

Water

Average sample for

campaign

· ~ -

192__i_

Source of "\Yater:

_Shoshone

_:River

_{(factory intake) ma.in source of supply for all factory}

operations.

ANALYSIS Silica Si02 lrnn Fe Calcium Ca Magnesium Mg Sodium Na Chlorine Cl Snlplrnric Acid S04 Carbonic Acid C03

Organic and Volatile (by difference) TOTAL SOLIDS

COPIES TO General Supt. General Chemist Asst. Genl. Supt, Asst. Chief Enginee1· 8nperintendent Traveling Chemist Laboratory Parts Per 100,000

21.20

038

7.39

2.38 l0.4.8

1.00

30.29

11.26 65.3'1

2.13

67.50

HYPOTHETICAL COMBINATIONS Parts Per I 00,000 Silica Si02

2.20 _l.66

_30.36

_ll.78

_.51

_18.08

_.79

65.37

2.13

(4)

Lovell

.Factory

Kind of Water:

Description of Sample:

Battery Supp~ Water (Single

system)

Average sample for caq>aign

lfay

27,_

_{_}

₁₉₂

_.

₉

_.

_...

-Source of vVater:

_Water

_{from the evaporator condenser leg-pipe, overflow from the press wash}

tank

and

the overflow from the leg-pipe seal tank.

ANALYSIS Silica Si02 Iron Fe Calcium Ca Magnesium Mg Sodium Na Chlorine Cl Sulphuric Acid S04 Carbonic Acid C03

TOTAL SOUDS

COPIES TO

General Supt. General Chemist Asst. Genl. Supt. Asst. Chief Eng-ineer

8nperintendent Trayeling Chemist Laboratory Parts Per I 001000

2.28 .24

6.79

2.33

8.93 .91

27.78

9.71 -68.97

6.03

64.00

HYPOTHETICAL CQ;\1BIN ATIONS

Parts Per 100,000

Silica Si02

_2.28

_1.60

_25.76

l'l'Iagnesium Chloride MgCI

Magnesium Sulphate i\1gS04

ll.63

_l.M

Calcium Ca1·bonate CaC03

_16.76

_.60

58.97

Organic and Yolatile (by difference)

_5.03

TOTAL SOLIDS

_64.00

(5)

WATER ANALYSIS

Lovell

Factory

J4q

F-7,

---~

192._i_

Kind of Water:

l,eg-pipe

water from Pan "A" condenser, Pa:n "B" condenser, and

_

Evap. condenser.

Average sample for campaign

Source of Water:

Shoshone River water trom the ma.in water tank

and

the condensed vapors trom

the liquors of Pan "A" (White), Pan

".B"

(Remelt), and the fifth effect of the

evaporators.

ANALYSIS Silica Si02 Iron Fe Calcium Ca Magnesium l\fg Sodinm Na Chlorine Cl Sulphuric Acid S04 Carbonic Acid C03

Organic and Volatile (by difference) TOT.AL SOLIDS

COPIES TO General Supt. General Chemist Asst. Genl. f-:iupt, Asst. Chief Engineer

Hn perin tend en t Traveling Chemist Laboratory Parts Per 100,000

2.00 .oa

7.06 2."7

9.97

1.18

28.31 ll.08

62.15

3.61

65.76

HYPOTHETICAL COMBINATIONS Parts Per 100,000 Silica Si02

_2.00

_1.95

_28.41

flodium Carbonate Na2C03

_llo40

Magnesium Carbonate l\lgC03

_.59

17.63 _.17

62.15

3.61

TOTAL SOLIDS

_65.76

(6)

Lovell

Factory

1la.y

27, 192L

J

92 __

Kind of Water:

Source of \V ater:

Press wash water

Average sample for campaign

Drips trom all reheators, first effect of the evaporators,

and

the

overflow trom the boiler feed tank. It is possible to send the drips

trom second

and

third effects of the evaporators

and

granula:tou traps

to the press

wash

tank.

ANALYSIS HYPOTHETICAL COMBINATIONS

Part, Per 100,QQQ_ Parts Per 100,000

Silica Si02 Iron Fe Calcium Ca Magnesium Mg Sodium Na Chlorine Cl Sulphuric Acid S04 Carbonic Acid C03

Organic and Volatile (by difference) TOTAL :-;OLlDS

COPIES TO General Supt.

General Chemist

Asst. Genl. Supt.

Sn perin ten dent Traveling Chemist Laboratory

.47

.03

.79

.35

.66

.18

2.sa

.99

-6.35

1.38 -7.73

Silica Si02

_.47

_.30

_1.67

_1.73

.5&

1.60 _.06

6.35

1.38

TOTAL SOLIDS

_7.73

(7)

WATER ANALYSIS

Lovell

Factory

Mq

27, 1929

₁₉₂

_{~ .}

Condensed water from drips of Pan

"A",

Pan

"B",

EVaporators, and General Drips •

.&.verage sample for

oampa.1gn

Source of ·water:

_{Condensed water trom coils of}

_,an

_{"A" (White), Pan "B" (Remelt), and the}

evaporators. Also condensed wa.ter trom all

pan

storage tank coils; tint,

second and third carbonation tank coils; and possible to send conden&4tion

tram main steam line trap direct to boilers.

ANALYSIS Silica Si02 Iron Fe Calcium Ca Magnesium Mg Sodium Na Chlorine Cl Sulphuric Acid S04 Carbonic Acid C03

COPIES TO

General Supt. General Chemist Asst. Genl. Supt.

Superintendent Traveling Chemist Laboratory Paris Per 100.000

I

.41

.o,

.49

.16

3.83 .18

6.69 l.83

-13.63

L..61._

15.14

HYPOTHETICAL C0:\1BINATIOKS Parts Per 100,000 Silica Si02

.,1

_.30

Sodium Sulphate Na2f-<04

_9.89

l.18

l\'Iagnesium Chloride MgCI

_.66

_1.22

.oa

--13.63

_l16l

(8)

Lavell

Factory

~

27,

_

_ _

J

92 _

9 _

Kind of Water:

_{Boiler Feed water}

_{Average sample tor oa.mpaign}

Source of Water:

_{Drips from the second, third, fourth}

_a.nd

_{fifth effects}

_{ot the evaporators,}

main

steam line traps, and the drips

ot the

gra.nulator

traps. It is

possible

to

send the drips from

Pan

"A"

and

Pan "B",

and

the

general

drips to the

boiler feed tank; otherwise they

are pumped direct to the boilerso

ANALYSIS Silica Si02 Iron Fe Calcium Ca Magnesium Mg Sodium Na Chlorine Cl Sulphuric Acid 804 Carbonic Acid C03

COPIES TO

General Supt.

General Chemist

Asst. Genl. Supt.

Superintendent Traveling Chemist Laboratory Parts Per I 00,000

.35

.05

.28

oll

2.21 .09

2.57 l.94

-7.60

4.85 -12.45

HYPOTHETICAL ClHIBINATIOXS Parts Per I 00,000 Silica i:,i02

_.36

_.16

_3.80

_2.12

:Magnesium Chloride MgCI

Magnesium Sulphate l\lgS04

_.38

Calcium Chloride CaCl2

_.70

_.10

7.60

4.86

TOTAL SOLIDS

_12.46

(9)

WATER ANALYSIS

Lovell

Factory

M~ 27,

₁₉₂

9 ~

Kind of Water:

:Boiler

Water

_{Average sample for campaign}

Source of vVater:

_{ter from boiler feed tank, condensed water from general drips}

and condensed vapors from all

pan

coils.

Notea•

2400 pounds of sod.a ash were aaded to the boilers during

campaign.

ANALYSIS Silica Si02 Iron FP Calcium Ca Magnesium MJ.? Sodinm Na Chlorine Cl Sulphuric Acid S04 Carbonic Acid C03

Organic and Volatile (by difference) TOTAL SOLIDS COPIES TO

General Supt. General Chemist Asst. Genl. Supt. Asst. Chief Engineer Superintendent Traveling Chemist Laboratory Parts Per 100..QQQ.