The concentration mixer allows calculating the resulting concentration from the mixture of two inlet streams with different flows and mass concentrations.
The method is based on a mass balance, considering both the total outlet flow and the weighted average concentration according to each inlet stream contribution.
Parameter | Default units | Description |
|---|---|---|
Flow 1 (Q1) | m³/s | Flow rate of the first inlet stream |
Concentration 1 (c1) | mg/L | Concentration of the first stream |
Flow 2 (Q2) | m³/s | Flow rate of the second inlet stream |
Concentration 2 (c2) | mg/L | Concentration of the second stream |
Parameter | Default units | Description |
|---|---|---|
Outlet flow (Qout) | m³/s | Total flow rate resulting from the mixture |
Outlet concentration (cout) | mg/L | Weighted average concentration of the mixture |
The concentration mixer allows calculating the resulting concentration from the mixture of two inlet streams with different flows and mass concentrations.
The method is based on a mass balance, considering both the total outlet flow and the weighted average concentration according to each inlet stream contribution.
Parameter | Default units | Description |
|---|---|---|
Flow 1 (Q1) | m³/s | Flow rate of the first inlet stream |
Concentration 1 (c1) | mg/L | Concentration of the first stream |
Flow 2 (Q2) | m³/s | Flow rate of the second inlet stream |
Concentration 2 (c2) | mg/L | Concentration of the second stream |
Parameter | Default units | Description |
|---|---|---|
Outlet flow (Qout) | m³/s | Total flow rate resulting from the mixture |
Outlet concentration (cout) | mg/L | Weighted average concentration of the mixture |