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MasterRecipe: sim-tank-blend-m1

Tank blend test on sim-cell/mix-tank-1. Use this recipe as the simplest mix-tank end-to-end demo: an integrity test followed by a fill/agitate/drain cycle with three operator confirmation prompts. Good starting point for mix-tank development and for demonstrating human-in-the-loop phase execution.

Where to find it

HMI endpoint → Batch Execution → + New → select sim-tank-blend-m1. Also visible in System endpoint → Recipes → MasterRecipes.

What you see when it runs

Element Meaning
Procedure Running from batch start
Phase detail Shows the active SFC step and — crucially — surfaces any PROMPT() checkpoint that's waiting for an operator response
Command bar The batch parks on three confirm-* steps inside the blend-and-drain phase; respond on the phase detail to advance

HMI screenshot pending

An annotated capture of this recipe's running procedural tree with an active operator prompt will be added here.

Batch sizing

Field Value
Nominal 300 L
Minimum 50 L
Maximum 500 L
Product Blended Solution (Simulated)
Product ID SIM-BLEND-001
Version 1.0.0

Target units

ProcessCell: sim-cell

Capability Unit
mixing mix-tank-1
storage mix-tank-1

Procedure

# Step Phase template Description
1 pressure-test tank-pressure-test Pressurize tank and verify no leaks
2 blend-and-drain tank-mix Fill tank to level, agitate, and drain to empty

How it works

  1. pressure-test runs a closed-loop N₂ pressure-hold leak test on the tank headspace. A failing test parks the batch in Held.
  2. blend-and-drain executes the full tank-mix SFC (fill, three confirm prompts, agitate, drain) with parameters bound from the recipe formula.

The recipe is deliberately minimal. Most real mix-tank recipes bracket tank-mix with additional phases (pH adjust, pressurized drain, tempered fill, etc.). See the sibling sim-tank recipes for examples.

Try it

  1. HMI endpoint → Batch Execution → + New
  2. Select sim-tank-blend-m1 and a batch size within the allowed range
  3. Click Create, then Start on the batch
  4. Click into the blend-and-drain phase to see the tank-mix SFC step advance
  5. Respond to each of the three confirm prompts (confirm-fill, confirm-mix, confirm-drain) as the phase parks on them
  6. Open Data endpoint → Trends on tank level, agitator CMD, and pressure to see the full blend profile