Recent content by aeacfm

ops ... , you make me laugh , thank you

also, it may be like what i said with DC but with small value so make electrolysis is minimal , or AC current with any value and i think it is the first

i am sorry but i cant get what exactly you want to say

ok many thanks

what happened nukeman is that mean that i must work on the previous circuit

so the key here that AC current used instead of DC current

water level

ok, you said the key with the water conductivity , but drinking water is a good conductor the water you said bad conductor is the deionized water or simply distilled water which would be with TDS of 3 ppm or 10ppm on max. but drinking water is 250 ppm and may reach 500 ppm so it is good...

ok i will post the diagram

water tank sensor works at 12 v what i studied in chemistry that water split at 1.23 v or mainly at 2.0 v at max so isnt that sensor harmful for water as it may make electroysis ? thanks in advance

- exactly i want to improve the results , also the conditions may be different (but not too much) - i also want to try with these data to see if i will reach the same results or not. - i dont know to measure the current effiency but , also i want to control it .

reduction of oxysulfur acid containig water to sulfide in other words convert HSOx to S (hydrogen is the most interfering spcs. here

i forgot to say that the key condition in this test are : - electrode type - current density - temperature

i hope this is helpful

here is the whole conditions i will work at it , i took it as prtscn to you some symbols like - C/M is molar concentration and it equals the no of moles of substances per liter of solution . - C carbon (graphite electrode). - pt platintium electrode. i think you know the rest better...