Food & Pharma
A sector where GMP requirements directly drive cold storage, clean-room and CIP steam consumption.
In food and pharmaceutical manufacturing, quality and hygiene requirements (GMP) directly drive energy consumption; temperature and humidity control in clean rooms and cold storage often must continue even without active production. Steam consumed by CIP (clean-in-place) cycles and the cooling load of cold stores are the two dominant energy centers, and both depend more on cycle count or door-opening frequency than on production volume. Because pharmaceutical equipment is typically validated, any change made to optimize energy must be carried out with care and full documentation.
Energy management challenges in food and pharma
GMP requirements that mandate clean-room temperature and humidity control even without active production
High cold storage energy consumption, sensitive to door-opening frequency
Significant steam consumption from CIP cycles that scales with wash frequency, not just production volume
Equipment validation requirements that make energy-optimization changes slow and costly
Seasonal swings in cold storage cooling load with ambient temperature
Need to track energy and critical process conditions together to demonstrate compliance during audits
Gita 50001 for food & pharma
CIP cycle energy monitoring
Logging steam and water consumption for each CIP wash cycle and comparing it to a reference value to identify suboptimal or redundant cycles.
Combined cold storage temperature and energy tracking
Displaying cold store temperature and compressor energy consumption together to prove critical-condition control and surface savings opportunities.
GMP-compliant reporting
Producing audit-ready records of energy and environmental conditions together, without interfering with validated pharmaceutical equipment processes.
Energy per unit of product
Calculating an EnPI for energy consumption per tonne or batch of product, accounting for CIP cycle count and cold storage load.
Cooling load deviation alerts
Early detection of abnormal cold storage energy consumption relative to ambient temperature, flagging door seal leaks or insulation degradation.
- Refrigeration and cold storage
- Clean-room HVAC
- CIP process steam
- Compressed air and process air compressors
- Pasteurization and sterilization equipment
- Rapid cooling/freezing
- Utility steam boilers
- Product production volume/tonnage
- Ambient temperature
- Number of CIP cycles
- Clean-room operating hours under GMP
0kWh/t
Average cold storage energy intensity
Dependent on target temperature and product throughput
0%
Steam share of CIP cycle energy consumption
Of total thermal energy used in processing lines
0%
Reduction potential from CIP schedule optimization
By cutting unnecessary repeat cycles
At a food processing plant, tracking temperature and energy consumption of several cold stores together revealed that one warehouse consumed more than comparable units due to degraded door seals; fixing the door sealing brought that unit's consumption back in line with similar warehouses.
The figures and charts shown on this website are illustrative sample data used to demonstrate the software's capabilities and do not reflect the actual performance of any organization.
Ready to take control of your industry's energy performance?
Gita 50001 specialists will show you the solution tailored to your industry in a focused technical demo.