SYNTEC GROUP ISO 9001:2000  
Datasheet for Cooling Tower & Cooling Water System
Party's Particulars :
Dt. :
Company's Name :
Factory Address :
Adm./Purchase Add. :
Name of Unit - head / Works Manager/General Manager
 :
Head of Purchase :
Manager - Engg./ Utilities :
1) COOLING TOWER & CIRCULATION SYSTEM :
a. Tower Model :
Tower - wise System Volume
Tower Basin, M³ :
Piping & Equipments, M³ :
TOTAL, M³ & Jacket/piping
b. Recirculation Rate & Pump Power
Pump Recirculation Rate M³ / hr.
Power drawn Rationg Actual Working/ Stand by
1
2
3
4
c. Temp. Drop. Δ T , °C :
d. Blow down, B M³/ hr. (M³ / Day) :
e. Evaporation, E -M³ /hr. (M³ /day) :
f. Make - up Water, M M³ /hr. (M³ /day) :
g. Cycles of Conc. 'n' :
h. Material of construction of heat Exchangers/Piping & Parts in contact with cooling water :
i. Unit - wise capacity of Refrigeration/Chilling plants fed by Cooling Towers :
j. Is the system once through or Recirculating? :
k. Report suspected losses of Water :
Qty. Points of losses:
Whether such losses are avoidable :
Yes No
i. Hours of operation per day :
2) Water 3) Others
A. Source :
B. Pretreatment , if any : Softening De-mineralisation
C. Quality Parameters : Yes No
  If not available, furnish water samples.
1. Type of Major Problems seen  
  Algae Corrosion Scale
2. Frequency of cleaning on Cooling Water side.
3. Whether Cooling water goes to vacuum pump or barometric Condenser of ejectors and returned to Cooling Tower . Yes No
  If yes , details of process vapours material / chemical coming to cooling tower
4. Present Chemicals Treatment  
  Branded Produc Own Treatment System Details
 
Raw water
Feed Water
Circulating Water
pH
TDS ppm
Total Hardness
Ca Hardness
M - Alkalinity
P - Alkalinity
Chlorides
Iron
Silica
Sulphate
Turbidity
 
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