Update docs/docs/about/modelling/workflow/generic_workflow.md

Co-authored-by: Ole Petter Lødøen <opl@equinor.com>

docs/docs/about/modelling/workflow/generic_workflow.md

@@ -149,7 +149,7 @@ The generic compressor curves, use the assumption of constant polytropic efficie
 
 Before running an eCalc™ model, checking whether the eCalc™ model is valid or not is an essential task. If a model is not valid, this means that input requirements set by the user are not being fulfilled, or that some consumers are giving unrealistic solutions. 
 
-Validity can be checked by consumers, and there are often specific reasons why certain consumers are invalid. Therefore, it requires engineers not only to understand the valication of operation points (history data) from consumers, but also to know the specific limits of compressor or pump charts. The charts of consumers should fit their operation points. For example:
+Validity can be checked by consumers, and there are often specific reasons why certain consumers are invalid. Therefore, it requires engineers not only to understand the validation of operation points (history data) from consumers, but also to know the specific limits of compressor or pump charts. The charts of consumers should fit their operation points. For example:
 
 - **Compressors and Pumps**: It is common that either too high a head or rate value is specified. This means that the invalid point is outside the limits of the performance chart. To determine the issue, it is recommended that the operational points (Head, and actual flowrate) are plotted together with the chart.
 - **Generator Set**: The most common issue here is that the amount of power required is higher than the maximum value in the utilised genset.