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Test Report Sample LT09-Q07CF0038 CONFIDENTIAL July XX, 20XX 1 of 5 TEST REPORT Application: AMMONIUM SULPHATE COOLER Client: Sample Company Location / Plant: Sample Test no.: LT09- Q07CF0038 Ref. Quote: Q555-5555 Report by: C. Richard Reviewed by: C. Forniciov Date of Report: July XX, 20XX

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Page 1: Lab Test Report - solex-thermal.com · Fig.1 - Thermal Conductivity test Fig.2 – Particle Size Distribution ! Fig.3 – Test Feeder!! ! ! ! Fig.4 – Flowability test at different

Test Report Sample LT09-Q07CF0038

CONFIDENTIAL

July XX, 20XX 1 of 5

TEST REPORT

Application: AMMONIUM SULPHATE COOLER

Client: Sample Company

Location / Plant: Sample

Test no.: LT09- Q07CF0038

Ref. Quote: Q555-5555

Report by: C. Richard

Reviewed by: C. Forniciov

Date of Report: July XX, 20XX

Page 2: Lab Test Report - solex-thermal.com · Fig.1 - Thermal Conductivity test Fig.2 – Particle Size Distribution ! Fig.3 – Test Feeder!! ! ! ! Fig.4 – Flowability test at different

Test Report Sample LT09-Q07CF0038

CONFIDENTIAL

July XX, 20XX 2 of 5

TEST OBJECTIVES

1. Perform standard laboratory tests to determine physical and thermal properties of bulk material

2. Determine flow characteristics and confirm plate spacing for plate bank design

3. Determine feeder design parameters

PRODUCT DESCRIPTION

Physical Properties Thermal Properties

Thermal Conductivity k:

0.122 kcal/m·∙h·∙°C

Specific Heat

Cp:

0.328 kcal/kg·∙°C

Color & Shape: Mix of white granules and crystals

Density: 1060 kg/m3

Angle of Repose α : 37°

Moisture content: 0.2%

Size: 95% between 0.2 and 2.3 mm

α

Page 3: Lab Test Report - solex-thermal.com · Fig.1 - Thermal Conductivity test Fig.2 – Particle Size Distribution ! Fig.3 – Test Feeder!! ! ! ! Fig.4 – Flowability test at different

Test Report Sample LT09-Q07CF0038

CONFIDENTIAL

July XX, 20XX 3 of 5

EQUIPMENT SET-‐UP & TEST DESCRIPTION

For laboratory testing, the Solex test unit is used. The test plate bank has adjustable spacing and transparent walls that allow flow characteristics to be observed while the optimum distance between plates is assessed. A vibratory discharge feeder, combined with a variable frequency drive, controls the

product rate.

The test unit is initially filled with product before the motors are turned on. Flowability is observed for every clearance section as the feeder empties the unit at various speed settings.

RESULTS & OBSERVATIONS

Feeder type: Vibratory feeder

Feed rate: 30-‐100 kg/min

TEST CONDITIONS & SUMMARY RESULTS

Plate Spacing

C-‐C

Product Flow

Comments

19mm Good Uniform mass flow observed

22mm Good Uniform mass flow observed

24.5mm Good Uniform mass flow observed

28.5mm Good Uniform mass flow observed

32mm Good Uniform mass flow observed

Page 4: Lab Test Report - solex-thermal.com · Fig.1 - Thermal Conductivity test Fig.2 – Particle Size Distribution ! Fig.3 – Test Feeder!! ! ! ! Fig.4 – Flowability test at different

Test Report Sample LT09-Q07CF0038

CONFIDENTIAL

July XX, 20XX 4 of 5

RECOMMENDATIONS & CONCLUSIONS

The intent of this experimental testing was to determine the operability of the Solex heat exchanger for cooling ammonium sulphate.

Standard procedures have determined all necessary physical and thermal properties. The flowability test results have shown that a minimum clearance of 19mm between the heat exchanger plates (25mm

center to centre) combined with a vibratory discharge feeder provides reliable mass flow at room conditions.

The use of a Solex cooler is recommended for this application.

Page 5: Lab Test Report - solex-thermal.com · Fig.1 - Thermal Conductivity test Fig.2 – Particle Size Distribution ! Fig.3 – Test Feeder!! ! ! ! Fig.4 – Flowability test at different

Test Report Sample LT09-Q07CF0038

CONFIDENTIAL

July XX, 20XX 5 of 5

APPENDIX: Test Pictures

Fig.1 - Thermal Conductivity test Fig.2 – Particle Size Distribution

Fig.3 – Test Feeder

Fig.4 – Flowability test at different times

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