USE CASEFood & Beverage

Optimizing Water and Energy Use in Food and Beverage Facilities

Food and beverage facilities use significant amounts of water and energy not only for manufacturing but also for ingredient washing, equipment sanitation, heating, cooling, and storage.

When consumption is only measured at the facility level, it can be difficult to identify which processes or equipment offer opportunities for improvement.

Using IoT and AI to visualize and analyze resource consumption by process can optimize water and energy use while maintaining product quality and food safety.

01Challenge

The Relationship Between Resource Consumption and Production Processes Is Difficult to See

When water, electricity, steam, and gas consumption is managed only at the monthly or facility level, differences between individual equipment and products cannot be clearly identified.

Equipment may consume more water or energy than necessary when it continues operating under the same conditions despite changes in production volume.

Water leaks, reduced equipment efficiency, and energy consumption during idle periods can also remain unnoticed without detailed data.

02Solution

Integrate and Analyze Production and Resource-Consumption Data

Smart meters and IoT sensors can collect water, electricity, steam, and gas consumption data by equipment and process.

AI can analyze this information alongside production volume, product type, operating conditions, and time of day to identify processes with unusually high consumption and recommend potential improvements.

For example, the following workflow can be established:

  1. 1Resource and Production Data Collection
  2. 2Consumption Visualization
  3. 3AI-Based Process Analysis
  4. 4Anomaly and Improvement Opportunity Detection
  5. 5Operating Condition Review
  6. 6Reduction Result Verification

When abnormal consumption is detected, the system can notify equipment teams and recommend checking for leaks or equipment problems.

03Use Cases

Potential Applications

  • Visualizing water use by equipment and process
  • Analyzing electricity, steam, and gas consumption
  • Calculating resource consumption by product
  • Detecting water leaks and abnormal energy consumption
  • Optimizing equipment operation based on production volume
  • Comparing efficiency across facilities and production lines
  • Measuring the results of energy-saving initiatives
  • Supporting CO₂ emissions and environmental reporting

04Expected Benefits

Reduce Environmental Impact While Maintaining Food Safety and Quality

Understanding resource consumption by process makes it possible to identify improvement opportunities without compromising food safety or product quality.

Reducing unnecessary water and energy consumption can lower manufacturing costs and environmental impact at the same time.

Robo Lab uses AI, IoT, and cloud technologies to support sustainable and efficient food and beverage manufacturing operations.

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