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MAXIMIZE CONTROL LOOP PERFORMANCE ACROSS YOUR PLANT

PID loops are the backbone of every industrial process: yet studies show that over 60% of control loops in a typical plant are under-perform...

60%+
Loops under-performing
30%
Variability reduction
<3 mo
Typical payback

Overview

WHAT IT DOES

60%+
Loops under-performing
30%
Variability reduction
<3 mo
Typical payback

PID loops are the backbone of every industrial process: yet studies show that over 60% of control loops in a typical plant are under-performing. AhilyaSoft's PID Loop Performance Optimization solution provides real-time monitoring, diagnostics, and systematic tuning of every control loop in your facility. We identify oscillating loops, detect valve stiction, quantify variability, and deliver prioritized tuning recommendations that stabilize operations and unlock latent capacity.

Methodology

HOW IT WORKS

01

Loop Assessment

Automated scanning of all PID loops to identify oscillation, saturation, valve stiction, and poor tuning across the entire plant.

02

Performance Scoring

Each loop receives a performance score based on Harris index, standard deviation analysis, and control error benchmarking.

03

Prioritized Tuning

Loops are ranked by economic impact. Tuning recommendations are generated with simulation-validated parameters before deployment.

04

Continuous Monitoring

Real-time dashboards track loop health KPIs, flag degradation, and trigger re-tuning alerts before performance impacts production.

What You Gain

KEY BENEFITS

Measurable results within weeks, not quarters.

01

Identify and fix the worst-performing loops that directly impact throughput and quality

02

Reduce process variability by 20–30% through systematic tuning

03

Detect valve stiction, hysteresis, and actuator problems automatically

04

Continuous loop health monitoring with automated degradation alerts

05

Foundation for successful APC deployment: stable base-layer is a prerequisite

PID Loop Performance Optimization

Deployed across industries where milliseconds and margins matter.

Applications

USE CASES

01

Sugar plant: stabilize juice flow, Brix, and evaporator level loops for consistent crystallization

02

Cement: optimize kiln draft, fan speed, and raw mill feed loops for reduced energy consumption

03

Power plants: improve boiler drum level, steam temperature, and combustion air control

04

Refineries: stabilize column pressure, temperature, and flow loops across CDU/VDU units

Ready to deploy pid loop performance optimization in your plant?

Talk to us