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The cost function for the mechanical flocculator is based on the flow rate of the plant, in addition to the of nitrogen and sediment concentrations present at the entrance of the plant. This article presents how to arrive at the final equ…
The cost function for mechanical rapid mixing is based on the flow rate of the plant, in addition to the nitrogen and sediment concentrations present at the entrance of the plant. This article presents how to arrive to the final equation.
The cost functions for the raw water transmission canal area function of the sediment load retained within it. This article explains the process to get to the final function.
The cost function for pipeline adduction is a function of the plant flow, in addition to the nitrogen and sediment concentrations present at the inlet of the plant. In this article the way to arrive at the final equation is presented.
The cost function for the break chamber is based on the flow of the plant, in addition to the concentrations of nitrogen and sediments present at the entrance of the plant. On this Wiki, the mechanism by which the final equation was reache…
The cost function for the desander and the break chamber is based on the flow of the plant, in addition to the concentrations of nitrogen and sediments present at the entrance of the plant. On this Wiki, the mechanism by which the final eq…
The cost function for the bottom intak is a function of the plant flow rate, in addition to the nitrogen and sediment concentrations present at the plant intake. The mechanism by which the final equation was reached is shown on this Wiki.
The cost function for the lateral intake is based on the flow of the plant. This Wiki presents the way to get to the final equation.
The cost function for the lateral intake is based on the flow of the plant, in addition to the concentrations of nitrogen and sediments present at the entrance of the plant. This Wiki presents the mechanism by which the final equation was …
The cost function for pumping is based on the flow of the plant, in addition to the concentrations of nitrogen and sediments present at the entrance of the plant. This article shows how the final equation was arrived at