achieve a 15 mw power reduction this rate of power reduction may be faster than the rate of power reduction used at step 84 since the risk of damage to the hardware is greater as a result of the dynamics of the system the automatic process 88 provides for the immediate reduction in load upon the diagnosis of a hfd problem while at the same time providing protection against load reductions caused by spurious pressure fluctuations controller 36 may also include the necessary programmed instructions for implementing an emissions detection and mitigation process 108 that is integrated with dynamics monitoring as shown in fig4 a first decision step 110 is to determine if the system 10 is operating within a range of power levels where the emission levels are guaranteed for example it is not uncommon for emission levels to be guaranteed for only high power levels such as 70 power and higher furthermore emissions are not monitored during any calibration of the continuous emission monitoring system such as during a nox calibration test at step 112 if the system 10 is operating at an emission guarantee power level and there is no calibration underway the emission level is monitored at step 114 such as by monitoring the output signal 38 from emissions sensor 40 if the emissions level is below a predetermined threshold at step 116 the process returns to step 110 after checking dynamics at step 121 in one embodiment a one minute time averaged value of 15 o 2 corrected nox is used to determine if emissions limits are being met the process used to check dynamics may include the steps described.