A complete circuit view
Consider make-up, circulation, heat exchange and blowdown together. A single water sample cannot describe every operating condition.
Water & Desalination
Cooling systems
Protect the heat-transfer duty through a considered approach to cooling-water chemistry.
Discuss this application
Illustrative application context01 / THE CHALLENGE
Understand the duty before the treatment.
Concentrating salts, suspended matter and corrosion can complicate heat transfer and circuit reliability. Treatment selection depends on the complete water balance and the materials in the system.
Conditions that shape the decision
- Make-up water quality and concentration cycles
- Circuit metallurgy, heat load and operating history
- Blowdown, deposits and current treatment programme
02 / THE APPROACH
Define the mechanism. Scope the evaluation.
Review the circuit as a whole, then define the chemistry duty and monitoring plan. BRONEL CW 220 is a development candidate for a scope agreed against the specific system.
A defined monitoring plan
Agree where samples are taken and how observations will be compared before assessing a candidate treatment.
03 / VALUE TO EVALUATE
Agree what progress should mean.
These are evaluation objectives. They are not claims of achieved product performance.
- 01
Deposit tendency and heat-transfer condition
- 02
Corrosion monitoring appropriate to the metallurgy
- 03
Water balance, treatment demand and operating cost
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Tell us about your process, your constraints and the outcome you need to evaluate.
