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Use case

Optimizing Sugar Beet Pulp Dry Mass with Smart Dilution Reporting

Pablo Sanchez
,
Industry Principal - Food & Beverages
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min.
Dilution Done Right = Higher Revenue, Less Waste

Beet pulp must reach a minimum of 26% dry mass. Between 26–28%, price increases with purity — but anything above 28% brings no added value. To maximize profit, excess purity should be diluted with water.

The Approach

  • Water Addition Tracking: calculated the total water added as “product” per campaign using integrals in the statistics table, with campaign filters to highlight each period.
  • Dry Mass Ratio Measurement: computed average dry mass percentage only during active system operation, applying formulas to derive dry mass from live signals.
  • DoubleCheck with Flow & Activity: cross-verified results by comparing flow integrals and pump activity filters against calculated reports for accuracy.
  • Rapid Visualization: leveraged the statistics table and precreated filters for fast, repeatable checks and ad-hoc analysis of dry mass trends over specific time ranges.

Insight

This method provides precise, contextualized tracking of water addition and dry mass, enabling reliable monitoring and quick process evaluations.

Integral of water flow (total volume) in the statistics table, applying filters for the production of grade Beta.

Results

KPI Result
Water Added 200+ truckloads last campaign
Dry Mass Avg. Consistently between 26–28%
Trend Water addition increasing over time
Efficiency Campaign KPIs now available instantly

Takeaway

A once time-consuming report now takes minutes. Smart filtering and KPI tracking helped ensure product met quality targets — without over-delivering value. Want to turn hidden dilution data into real value? Let’s connect.

   
        Let's Connect    
Food & beverages
Operational Performance Management
Process Optimization
Cost Reduction
Increase Yield
Product Quality Monitoring
Production Reporting
Trend Client / Data Discovery
Quality Optimization
Process Engineer
Plant Manager
Quality Engineer
Shift Lead
C-Suite
Automation Engineer
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Dilution Done Right = Higher Revenue, Less Waste

Beet pulp must reach a minimum of 26% dry mass. Between 26–28%, price increases with purity — but anything above 28% brings no added value. To maximize profit, excess purity should be diluted with water.

The Approach

  • Water Addition Tracking: calculated the total water added as “product” per campaign using integrals in the statistics table, with campaign filters to highlight each period.
  • Dry Mass Ratio Measurement: computed average dry mass percentage only during active system operation, applying formulas to derive dry mass from live signals.
  • DoubleCheck with Flow & Activity: cross-verified results by comparing flow integrals and pump activity filters against calculated reports for accuracy.
  • Rapid Visualization: leveraged the statistics table and precreated filters for fast, repeatable checks and ad-hoc analysis of dry mass trends over specific time ranges.

Insight

This method provides precise, contextualized tracking of water addition and dry mass, enabling reliable monitoring and quick process evaluations.

Integral of water flow (total volume) in the statistics table, applying filters for the production of grade Beta.

Results

KPI Result
Water Added 200+ truckloads last campaign
Dry Mass Avg. Consistently between 26–28%
Trend Water addition increasing over time
Efficiency Campaign KPIs now available instantly

Takeaway

A once time-consuming report now takes minutes. Smart filtering and KPI tracking helped ensure product met quality targets — without over-delivering value. Want to turn hidden dilution data into real value? Let’s connect.

   
        Let's Connect    

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