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Step 9. If you have an Ammeter, put it in line with one of the wires, between one rod and the SMPS connection. If you don't have an Ammeter, skip this step. We very strongly recommend the Ammeter (or a Multimeter used as a DC Ammeter) since that is the only physical measurement of the magnitude of current flowing through the salt- water. Without that measurement, you would not know how many Coulombs you pushed through the salt-water. If by accident some contact is poor (leading to high electrical resistance) the current can fall by a factor of 10, and you won’t be able to know! Step 10. Before turning the system on, check your assembly again. Review steps 4-8 if you are unsure. Attach the free ends of the copper wires to the positive and negative terminals of the SMPS power source that can deliver 5 volts DC. KEEP THE POWER OFF. Step 11. Turn ON the SMPS power source. Note the time, and the current (on the Ammeter). Keep checking the current every 10 minutes or so. Operate for the desired duration. The goal is to deliver either 11,000 or 22,000 Coulombs to the bottle reactor. (Coulombs, a unit of charge, are calculated by multiplying the duration of the experiment in seconds, with the average current in Amps). Photo for step 11. The power has been just switched on, producing a current of 6.8Amps at the start of the experiment. Microbubbles of hydrogen rise from the cathode, and make the water look milky. Photo credit: Vijay Matange 5/8PDF Image | Electro-Clean Disinfectant Instructions
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