Proven Results. Quantified ROI.
We don’t just write reports; we engineer cash flow. Explore how SonRite uncovers hidden margins in complex manufacturing environments.
Case Study 1: Pharma Manufacturing
How a Mid-Sized Pharma Plant Identified ₹22.4 Lakh/year Energy Loss in WFI & Utility Systems
🏭 Client Profile
Location: Western India
Plant Type: Injectable facility (WFI-based operations)
⚡ Utilities Audited
- WFI Generation & Distribution
- Chilled Water System
- HVAC (Cleanroom)
- Boilers & Steam
- Air Compressors
🚨 Current State (Before SonRite)
- High electricity and fuel cost
- WFI system running continuously without optimization
- Chillers operating without load-based control
- No KPI like kWh/m³ WFI or kWh/TR tracking
- Compressed air leaks not monitored
“Costs are increasing, but we don’t know where the losses are.”
— Management Concern
— Management Concern
💥 Key Problems Identified
- WFI System: Continuous recirculation at higher temperature; overuse of heating energy.
- Chillers: Running at constant load; poor COP due to fouling.
- Compressed Air: Leakage estimated at ~15%.
- HVAC: Overdesign operation; higher airflow than required in some zones.
📊 SonRite Approach
- Utility mapping (WFI, HVAC, Chiller)
- Energy vs. production correlation
- Thermal + operational observation
- Leak detection (air system)
- KPI benchmarking (industry references)
💰 Gap Calculation (Real Impact)
Annual Energy Spend: ₹2.1 Crore
WFI System ₹8.5 Lakh/yr
Chiller Inefficiency ₹6.8 Lakh/yr
Air Leakage ₹3.2 Lakh/yr
HVAC Optimization ₹3.9 Lakh/yr
Total Identified Opportunity
₹22.4 Lakh/year
⏱️ Estimated Payback Period: < 2 Months
🌟 Future State Expected Outcome
10–12% reduction in total utility cost via:
- Optimized WFI operation cycles
- Improved chiller efficiency (higher COP)
- Reduced compressed air load
- Balanced HVAC airflow
🧠 The Power Line: Even in highly regulated pharma environments, significant energy losses exist—not due to design, but due to operational drift over time.
If your plant uses WFI, chillers, or HVAC extensively, similar hidden losses may exist.
Identify Your Savings PotentialCase Study 2: Chemical Manufacturing
How a Mid-Sized Chemical Plant Uncovered ₹17.8 Lakh/year Loss in Steam & Compressed Air Systems
🏭 Client Profile
Location: Maharashtra
Plant Type: Batch processing unit
⚡ Utilities Audited
- Boiler (Steam)
- Thermic Fluid Heater
- Air Compressors
- Pumps & Motors
🚨 Current State (Before SonRite)
- High coal/fuel consumption in boiler
- Frequent pressure drops in compressed air
- No tracking of steam distribution losses
- Electricity bills increasing without clear reason
“Everything is running, so the system is fine.”
— Plant View
— Plant View
💥 Key Problems Identified
- Steam Losses: Poor insulation, steam trap failures, condensate recovery issues.
- Compressed Air: Leakages across plant lines (~20%).
- Pumps: Oversized operation; running continuously without load variation.
- Monitoring: No measurement of utility efficiency.
📊 SonRite Methodology
- Steam system inspection
- Leak detection (compressed air)
- Boiler efficiency review
- Electricity bill analysis (12 months)
- Loss conversion into ₹ value
💰 Gap Calculation (Real Impact)
Annual Energy Spend: ₹1.5 Crore
Steam Loss ₹7.2 Lakh/yr
Air Leakage ₹5.6 Lakh/yr
Pump Optimization ₹3.1 Lakh/yr
Electrical Penalties ₹1.9 Lakh/yr
Total Identified Opportunity
₹17.8 Lakh/year
⏱️ Estimated Payback Period: < 2 Months
🌟 Future State Expected Outcome
- Reduced steam consumption
- Stable compressed air pressure
- Lower electricity bills
- Improved process reliability
🧠 The Power Line: Most losses in chemical plants are not due to equipment failure, but due to unnoticed inefficiencies in utility distribution systems.
If your plant uses steam and compressed air, you may already be losing ₹10–20 lakh/year without realizing it.
Let’s Quantify Your Losses