Overview

Not every operational improvement requires new equipment.

Many industrial facilities already have opportunities to improve throughput, reliability, and efficiency within their existing automation systems. Over time, facilities evolve, production demands change, and control systems are modified without a complete review of overall process performance.

This often leads to:

  • Process bottlenecks
  • Excessive energy usage
  • Inefficient sequencing
  • Unstable control loops
  • Nuisance alarms
  • Production inconsistencies
  • Reduced Overall Equipment Effectiveness (OEE)

TIESA Process provides structured optimisation services focused on improving system performance, operational visibility, and long-term process reliability while minimising production disruption.

Our Process Optimisation Services

Our optimisation capabilities include:

  • Process audits and performance benchmarking
  • Control loop tuning and PID optimisation
  • Throughput analysis and bottleneck identification
  • Batch recipe optimisation
  • Alarm rationalisation and reduction
  • Sequence logic review and improvement
  • Energy consumption analysis
  • Downtime root cause analysis
  • OEE improvement programs
  • SCADA and historian data analysis
  • Process trending and reporting
  • Automation system performance reviews

Improve Efficiency Without Major Capital Investment

Process optimisation focuses on improving how existing systems operate before considering major equipment replacement.

Our engineers help facilities:

  • Increase production throughput
  • Reduce operational waste
  • Improve process stability
  • Reduce nuisance alarms
  • Improve equipment reliability
  • Lower energy consumption
  • Improve product consistency
  • Extend equipment life

By improving control strategies and operational visibility, facilities can often achieve measurable gains using existing infrastructure.

Data-Driven Process Analysis

Every optimisation project begins with operational data.

TIESA Process connects with existing:

  • SCADA systems
  • Historians
  • PLC platforms
  • DCS systems
  • Alarm logs
  • Production records

We analyse:

  • Process trends
  • Alarm frequency
  • Equipment performance
  • Cycle times
  • Energy usage
  • Downtime events
  • Operator interactions

This allows our engineers to identify inefficiencies, prioritise improvement opportunities, and develop practical optimisation strategies with measurable operational outcomes.

Control Loop & PID Optimisation

Poorly tuned control loops can increase energy usage, create instability, and reduce process efficiency.

We optimise:

  • PID control loops
  • Temperature control systems
  • Pressure control systems
  • Flow control loops
  • Compressor staging
  • Pump control strategies
  • Batch sequencing
  • Process timing and transitions

Well-tuned control systems improve operational stability while reducing unnecessary process variation.

Alarm Rationalisation & Operational Visibility

Excessive alarms reduce operator effectiveness and make fault diagnosis more difficult.

Our engineers perform:

  • Alarm rationalisation
  • Alarm priority reviews
  • Alarm reduction strategies
  • Operator interface improvements
  • Event analysis
  • Alarm performance reporting

We follow recognised industry practices including:

  • ISA-18.2
  • EEMUA 191

The result is improved operator visibility and faster response to critical process events.

Energy Optimisation & Efficiency Improvement

Industrial facilities often consume more energy than necessary due to outdated control strategies, poor sequencing, or inefficient operating conditions.

We identify opportunities to improve:

  • Compressor staging
  • Pump scheduling
  • Motor operation
  • VSD performance
  • HVAC and refrigeration control
  • Process sequencing
  • Equipment run times

These improvements help reduce operational costs while improving system performance and equipment reliability

Typical Operational Outcomes

Facilities commonly achieve:

  • Reduced energy consumption
  • Improved production throughput
  • Faster batch cycle times
  • Reduced nuisance alarms
  • Improved OEE performance
  • Reduced downtime events
  • Improved product consistency
  • Lower maintenance requirements
  • Better process visibility

The focus is achieving measurable operational improvements that support long-term performance and reliability.

Industries We Support

TIESA Process delivers optimisation services across multiple industrial sectors throughout Australia.

Food & Beverage Processing

CIP optimisation, batch sequencing, refrigeration efficiency, and production flow improvements.

Pharmaceutical Manufacturing

Process parameter optimisation, batch genealogy improvements, and controlled process stability.

Water & Wastewater Treatment

Dosing optimisation, pump sequencing, and energy efficiency improvements.

Manufacturing & Assembly

Cycle time reduction, throughput optimisation, and OEE improvement programs.

Refrigeration & Cold Chain

Compressor staging optimisation, defrost cycle improvements, and refrigeration efficiency analysis.

Why Choose TIESA Process

Practical Industrial Experience

Our engineers understand real production environments and operational constraints.

Data-Driven Optimisation

Every recommendation is based on process data, operational trends, and measurable system behaviour.

Minimal Production Disruption

Optimisation strategies are staged carefully to minimise operational downtime during implementation.

Focused on Long-Term Performance

We develop sustainable process improvements that support reliability, efficiency, and operational growth.

Unlock More Value From Your Existing Systems

Many facilities already have untapped performance potential within their current automation infrastructure.

TIESA Process helps industrial operations improve efficiency, reliability, and throughput through practical process optimisation solutions designed around real operational outcomes.

Speak With Our Process Optimisation Engineers

Contact TIESA Process today to discuss your process optimisation requirements and discover how improved automation performance can support your operational goals across Australia.

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