Fermentation monitoring and temperature control

Step-by-Step Breakdown

Detailed explanation of each automated stage in the workflow.

1. 1

   Trigger

   Temperature deviation detected

   Smart sensors in fermentation tanks detect temperature readings that fall outside the optimal range for the current beer style. The system immediately captures the temperature data and batch information.

   BrewNinjaBrewPulse
2. 2

   Action

   Retrieve batch parameters

   The system pulls the specific fermentation profile and temperature tolerances for the affected batch from the brewery management system. This includes target temperature ranges and acceptable deviation thresholds.

   Ekos BrewmasterBrewPlanner
3. 3

   Decision

   Assess deviation severity

   The workflow evaluates whether the temperature deviation is minor (within correction range) or critical (requiring immediate intervention). This determines the urgency and type of response needed.

   BrewNinja
4. 4

   Action

   Execute temperature correction

   For minor deviations, the system automatically adjusts cooling/heating equipment to bring temperature back within range. For critical deviations, it triggers emergency cooling protocols.

   BrewNinjaBrewPulse
5. 5

   Action

   Log intervention and alert

   The system records the temperature event, correction actions taken, and timestamps in the batch log. Brewmaster receives real-time notifications about the intervention and current status.

   Ekos BrewmasterBrewPlanner
6. 6

   Action

   Monitor correction effectiveness

   The workflow continues tracking temperature readings for 30 minutes to verify the correction was successful. If temperature doesn't stabilize, it escalates to emergency protocols.

   BrewNinjaBrewPulse
7. 7

   Output

   Generate stability report

   The system produces a detailed report showing the temperature event timeline, corrective actions, and final stabilization status for quality assurance review.

   Ekos Brewmaster

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