Seite - 114 - in Intelligent Environments 2019 - Workshop Proceedings of the 15th International Conference on Intelligent Environments

Table 8. Measurement of the turbidity and suspended solids of the liquid discharges of the 5 industrial units and the final collector Sampling point Turbidity (NTU) Matter in suspension (mg / l) Poultry slaughterhouse 715,87 1300 Vegetable fat 01 3,06 2 Vegetable fat 02 347,02 465 Textile industry 84,63 190 slaughterhouse 401,75 2065 final save-all 742,49 855 Figure 5. Graphical Representation of Turbidity and Suspended Measurement 4.5. Conductivity measurement Table 9. Measurement of the Conductivity of Liquid Releases from the 5 Industrial Units and the Final Collector Sampling point Conductivity (mm/cm) Limit value Poultry slaughterhouse 2110 2700 Vegetable fat 01 1895 2700 Vegetable fat 02 2650 2700 Textile industry 9580 2700 slaughterhouse 2910 2700 final save-all 5420 2700 Figure 6. Graphical representation of the conductivity of the liquid discharges of the 5 industrial units and the final collector The values recorded for the conductivity of the liquid discharges of the textile unit and those of the final collector remain above the authorized norm (2700 mS / cm). The 1300 2 465 190 2065 855 715.87 3.06 347.02 84.63 401.75 742.49 Poultry slaughterhouse The company produces vegetable fat 01 The company produces vegetable fat 02 Textile industry slaughterhouse final save-all Turbidity end the matter in suspension Matter in suspension Turbidity (NTU) 2110 1895 2650 9580 2910 5420 2700 Poultry slaughterhouse The company produces vegetable fat 01 The company produces vegetable fat 02 Textile industry slaughterhouse final save-all conductivity (mm/cm) K.Laaroussi etal. /PhysicochemicalCharacterizationTowardsSmartWaterManagement114