Major U.S. Pharmaceutical, Pennsylvania

Test performed in a Pennsylvania pharmaceutical facility on an 800-ton process chiller/cooling tower system with a 3,000 gallon capacity.

PARTICLE COUNTS PER 100 mL TEST PORTION

MicronBEFORE
ELECTROchem Particle Precipitator
Side-Stream Installation
AFTER
ELECTROchem Particle Precipitator Side-Stream
Installation
TOTAL 100/mL 1,522,608204,234
1 - 3 1,309,584 159,706
3 - 5101,488 25,626
5 - 10 63,808 13,422
10 - 1511,9521,992
15 - 2513,056 2,182
Over 25 22,720 1,306

TEST METHOD: Samples analyzed by electro-optical particle analyzer employing the light-scattering principle of operation in a dilute ratio 1:15 with filtered water and particle data corrected.

SOLIDS PER 100 LITERS OF SYSTEM VOLUME (mm3)

MicronBEFORE
ELECTROchem Particle Precipitator
Side-Stream Installation
AFTER
ELECTROchem Particle Precipitator Side-Stream
Installation
TOTAL 100/mL15,37 154 ppm901 9 ppm
1 - 5 173
5 - 10276
Over 10
15,327 893

TEST METHOD: Samples analyzed by electro-optical particle analyzer employing the light-scattering principle of operation in a dilute ratio 1:1 with filtered water and particle data corrected.

Global Communications Center, Louisiana

Source: CT Basin Water

TEST METHOD: Samples analyzed by electro-optical particle analyzer employing the light-scattering principle of operation in a dilute ratio 1:800 with filtered water and particle data corrected. Stirring was continuos.

Baseline – Prior to ELECTROchem System

Particle Counts per 100mL Test Portion

Total / 100mL:13,410,160
1 - 3 micron8,352,320
3 -5 micron1,568,520
5 - 10 micron1,708,520
10 -15 micron572,480
15 - 25 micron776,640
Over 25 micron431,680

Solids per 100 liters of System Volume (mm3)

Total / 100 Liters296,405.05 (2,964ppm)
1 - 5 micron167.20
5 - 10 micron721.00
Over 10 micron295,516.85

After 3 months with ELECTROchem System

Particle Counts per 100mL Test Portion

Total / 100mL:937,962
1 - 3 micron835,508
3 -5 micron23,090
5 - 10 micron48,440
10 -15 micron18,706
15 - 25 micron6,570
Over 25 micron5,648

Solids per 100 liters of System Volume (mm3)

Total / 100 Liters3,868.53 (39 ppm)
1 - 5 micron8.16
5 - 10 micron20.44
Over 10 micron3,839.93

Great American Brewing Company, NH

Source: CT Basin Water

TEST METHOD: Samples analyzed by electro-optical particle analyzer employing the light-scattering principle of operation in a dilute ratio 1:800 with filtered water and particle data corrected. Stirring was continuos.

Baseline – Prior to ELECTROchem System

Particle Counts per 100mL Test Portion

Total / 100mL:268,203,200
1 - 3 micron167,046,400
3 -5 micron31,370,400
5 - 10 micron34,170,400
10 -15 micron11,449,600
15 - 25 micron15,532,800
Over 25 micron8,633,600

Solids per 100 liters of System Volume (mm3)

Total / 100 Liters5928101.07 (59,281 ppm)
1 - 5 micron3344.08
5 - 10 micron14419.91
Over 10 micron5910337.07

After 3 months with ELECTROchem System

Particle Counts per 100mL Test Portion

Total / 100mL:672,995
1 - 3 micron633,057
3 -5 micron22,860
5 - 10 micron9,189
10 -15 micron1,642
15 - 25 micron2,612
Over 25 micron3,635

Solids per 100 liters of System Volume (mm3)

Total / 100 Liters4266.41 (25 ppm)
1 - 5 micron6.53
5 - 10 micron3.88
Over 10 micron2456.00

Typical Savings

of 12% in Energy and 25% in Water Use in Condenser Open Loop Applications

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