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Heat which needs to be dissipated is produced in many machines when they operate. This heat is generally dissipated with cooling water. The cooling water is admitted into the various machine sections by solenoid valves. If untreated water is used, deposits frequently occur at all points. One first sign of this is generally that solenoid valves jam. So much scale has been deposited at these valves that they become difficult to move and, ultimately, no longer work at all. In addition, the cooling capacity of the machine drops appreciably and extensive servicing work is generally necessary on the machine. Merus is used successfully on many machines. The maintenance intervals are generally prolonged appreciably and cooling is far more efficient than it was previously. Unfortunately, Merus does not have the same level of success on all machines. Frequently, the machines contain electric motors which, in some cases, emit substantial electrosmog. In some cases, these electrical fields are so strong that they reduce the effectiveness of the oscillations in the water and lessen the scale-reducing effect.
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