TABLE I

 

 

 

 

 

 

 

(°C)

 

 

(C.U.)

 

(°C)

 

 

(C.U.)

 

            Liquid

Temperature

Mlcromhos/cm

Conductivity Units

Liquid

Temperature

Micromhos/cm

Conductivity Units

 

 Acetadehyde

15

1.7

 

1.7 x 108

Ethylene bromide

19

2 x 104

2 x 104

 Acetic Acid

25

1.1 x 10-2

1.1 x 108

Ethylene chloride

25

3 x 10-2

3 x 108

 Acetic anhydride

25

4.8 x 10-1

4.8 x 10-1

Ethyl ether

25

<4 x 10-7

<4 x 101

 Acetone

25

6 x 10-2

6 x 106

Ethyl isothiocyanate

25

1.3 x 10-1

1.3 x 107

 Acetonitrile

20

7

 

7 x108

Ethyl nitrate

25

5.3 x 10-1

5.3 x 107

 Acetophenone

25

6 x 10-3

6 x 105

Ethyl thiocyanate

25

1.2

 

1.2 x 108

 Acetyl bromide

25

2.4

 

2.4 x 108

Formamide

25

4

 

4 x 108

 Acetyl chloride

25

4 x 10-1

4 x 107

Formic acid

25

6.4 x 101

7.4x 109

 Allyl alcohol

25

7

 

7 x 107

Furfural

25

1.5

 

1.5 x 108

 Aniline

25

2.4 x 10-2

2.4 x 106

Glycerol

25

6.4 x 10-2

6.4 x 106

 Benzaldehyde

25

1.5 x 10-1

1.5 x 107

Glycol

25

3 x 10-1

3 x 107

 Benzene (benzol)

 

 

7.6 x 10-2

7.6 x 106

Heptane

 

<1 x 10-7

<1 x 101

 Benzoic acid

125

3 x 10-3

3 x 105

Hexane

18

1 x 10-10

1 x 10-2

 Benzonitrile

25

5 x 102

5 x 108

Keroscene

25

1.7 x 10-2

1.7 x 106

 Benzyl alcohol

25

1.8

 

1.8 x 108

Methyl acetate

25

3.4

 

3.4 x 108

 Bromobenzene

25

<2 x 10-5

<2 x 103

Methyl alcohol

18

4.4 x 10-1

4.4 x 107

 Butyl alcohol

25

1 x 10-2

1 x 106

Methyl ethel keytone

25

1 x 10-1

1 x 107

 Carbon disulphide

1

7.8 x 10-6

7.8 x 102

Methylisobutylkeytone

 

6.7 x 10-2

6.7 x 106

 Carbon tetrachloride

18

5 x 10-12

5 x 104

Methyl nitrate

25

1.5

 

1.5 x 108

 Cyclohexanone

 

 

5 x 10-3

5 x 105

Naptha, VM&P, EC

 

<1.3 x 10-7

    <1.3 x 101

 Dichloroacetic acid

25

1.2 x 10-1

1.2 x 107

Naphthalene

82

4 x 10-4

4 x 104

 Dichloroethylene

 

 

1.7 x 10-2

1.7x106

Nitroberizene

0

5 x 103

5 x 105

 Diethyl amine

-33.5

2.2x10-3

2.2 x 105

Nitromethane

18

6 x 10-1

6 x 107

 Diethyl carbonate

25

1.7x 10-2

1.7 x 106

Petroleum

 

3 x 10-7

3 x 101

 Diethyl oxalate

25

7.6 x 10-1

7.6 x 107

Phenol

25

1 x 10-2

1 x 106

 Diethyl sulfate

25

2.6 x 10-1

2.6 x 107

n-Propyl alcohol

18

5 x 10-2

5 x 106

 Dimethyl acetamide

 

 

1.1 x 10-1

1.1 x 107

iso-Propyl alcohol

25

3.5

 

3.5 x 108

 Dimethyl sulfate

0

1.6 x 10-1

1.6 x 107

Sulfuric acid

25

1 x 104

1 x 1012

 Epichlorohydrin

25

3.4 x 10-2

3.4 x 106

Toluene

 

<1 x 10-8

<1

 Ethyl acetate

25

1 x 10-3

1 x 105

Trichloric acid

25

3 x 10-3

3 x 105

 Ethyl acetoacetate

25

4 x 10-2

4 x 106

Trimthylamine

-33.5

2.2 x 10-4

2.2 x 104

 Ethyl alcohol

25

1.3 x 10-3

1.3 x 105

Turpentine

 

2.2 x 10-7

2.2 x 101

 Ethyl amine

0

4 x 10-1

4 x 107

Water

18

4 x 10-2

4 x 106

 Ethyl bromide

25

2 x 10-2

2 x 106

Xylene

 

<1 x 10-9

<1 x 10-1

 

NOTES

1. 1 conductivity unit (C.U.) = 1 picosiemen per meter.  
2.1 micro mho per cm = 106 C.U.  
3. 1 mho per cm = 106 micro mhos per cm.
4. ‘Conductivity of benzene can vary widely.  
5. Conductivity values for typical plant solvents can vary, significantly from values given in above table.  

 


 

FLOW RATES

 

Schedule 40 Pipe Size Diameter in inches

Flow Rate GPM at 15 Ft./Sec

Flow Rate GPM at 3Ft./Sec

1

40

8

1 1/2

95

19

2

160

31

2 1/2

220

45

3

345

70

3 1/2

460

93

4

595

120


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