Chloride In Sewage Water

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- In this experiment we had to test for the presence of either a cation or anion, our chosen ions were lead and chloride. The results we received were expected this would be only for chloride however the results for lead were quite skeptical. The first test that was conducted was the test for chloride in sewage water. We discovered that sewage water contained 1.85g/L or 1850mg/L of chloride this means that this exceeds the maximum limit of chloride in 5mg/L this would mean that sewage water contains 370x more chloride than the maximum limit in drinking water however this is sewage water and would be classified as undrinkable, this test would support this statement as this water is definitely not suitable for human consumption, if this was ever …show more content…
Which could result in the negative effects I have stated before. The next water to be tested was tap water the results that were received came with the answer that tap water contained 12.5g/L or 12,500ml/g of chloride which exceeds the limit of 5mg/L by 2500x this would mean that this water is definitely not suitable for human consumption, however the tap water in the chemistry lab has a sign that says no drinking which warns people it is not safe for human consumption. The test that was completed next was the test on the Logan River the results that were obtained were that the Logan river contained 1.85g/L or 1850mg/L of chloride again this is too high for human consumption according to the government of western Australia department of …show more content…
There is no guidelines to lead as this should not be in anything that can be consumed. This is definitely not suitable for human consumption however again it is sewage water which would mean there would be many more harmful substances like lead, if this water was ever consumed by a person there would be many negative and no positive health effects some of the negative health effects would include fertility problems in both men and women, high blood pressure, digestive issues, Nerve disorders and muscle and joint pain and in infants can cause seizures, unconsciousness, and death. The second test conducted was the test using the flooded quarry water the results came back with 1.55g/L or 1550mg/L of lead in the sample of water as I have stated before there is no guidelines to lead as it should most definitely not be consumed. This water is not suitable for human consumption as it shall cause negative health effects as I have stated previously. The test we completed next was the test for lead in tap water the result we received were that there was 2.48 g/L or 2480mg/L of lead in tap water which is a problem in many ways, but as I said in the test for chloride in tap water, the tap water that was used was the one in the chemistry lab that did have a sign that said not for drinking. However this water would definitely not be