Abstract
Turbidity (T) is an important water quality parameter lied to its contamination state. This study is conducted to test the feasibility of a sensing mechanical model, able to provide as result, a combination of physical, chemical and bacteriological parameter that can define or identify water quality (state of contamination) in a few times and in situ knowing turbidity. The Rheological Integrated water quality model (RIX) to be validated is compute first of all with Fes (Morocco) data for twenty (20) wells and ten (10) springs. The experimentation data are those of Maroua (Cameroon) from four springs and six (06) wells. All the sampled water station (wells and springs) are firstly studied with standards (physico-chemical and micro bacteriological) approaches. Some water parameter was analyzed in situ as well as brought to the laboratory for further analysis. Obtained data are use in the RIX model to approve its ability thorough the result comparation. The water quality results from RIX correlated with the standard analysis to determine the characteristics and their relationship with turbidity, alkalinity, pH, total organic Carbone (TOC), total coliform (E. coli) and (Total suspended solid) TSS.
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