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Determining the optimum concentration rate

In order to economize on water as well as conditioning products, it is useful to determine the highest possible concentration rate. [Pg.218]

Savings on make up water. A, result from the following equation (see Fig. 80)  [Pg.218]

For example if evaporation E = 80 m -h l, there will be the following results  [Pg.218]

The savings on the amount of inhibitors come from the fact that to keep 60 g of inhibitor in the system, all that is needed in the example above is to introduce  [Pg.218]

Fig- 80 Flow rates of blowdown, D, and make up. A, versus the concentration rate, C [Pg.219]


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