Good Article and informative!! Do you know? Condenser cleaning balls technology in an automatic tube cleaning machine is the process started by injecting the balls from the ACCS ball collector to the mainline connected with a heat exchanger. ACCS balls travel along the mainline to reach the condenser’s main header. The balls are randomly distributed across the condenser tubes, automatically keeping heat exchanger tubes perpetually free from effects of scaling and particulate fouling. The system water pushes the ball through the tubes and these balls clean up any residual like scale, dirt, or biofilms attached to the tube before they have a chance to stick to the tube walls. Once the balls exit the condenser they are collected in the uniquely designed ball trap that does not allow balls to escape. The controller directs the collection valves to open and the balls are pushed back to the ball collector where they are rinsed well and wait for the next cycle to start. The entire cycle takes less than three minutes and cycles are programmed to take place automatically every 20 to 30 minutes. The process assures that fouling does not develop on the internal tubes allowing optimization of the heat transfer process, as a result, the heat exchanger operates at top performance, contributing to the prevention of unnecessary energy loss and low total-cost-of-use.
Good Article and informative!! Do you know? Condenser cleaning balls technology in an automatic tube cleaning machine is the process started by injecting the balls from the ACCS ball collector to the mainline connected with a heat exchanger. ACCS balls travel along the mainline to reach the condenser’s main header. The balls are randomly distributed across the condenser tubes, automatically keeping heat exchanger tubes perpetually free from effects of scaling and particulate fouling. The system water pushes the ball through the tubes and these balls clean up any residual like scale, dirt, or biofilms attached to the tube before they have a chance to stick to the tube walls. Once the balls exit the condenser they are collected in the uniquely designed ball trap that does not allow balls to escape. The controller directs the collection valves to open and the balls are pushed back to the ball collector where they are rinsed well and wait for the next cycle to start. The entire cycle takes less than three minutes and cycles are programmed to take place automatically every 20 to 30 minutes. The process assures that fouling does not develop on the internal tubes allowing optimization of the heat transfer process, as a result, the heat exchanger operates at top performance, contributing to the prevention of unnecessary energy loss and low total-cost-of-use.
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