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Région Provence, Alpes, Côte d’Azur, France

Waste Combustion Optimization

The project aimed to improve combustion stability, maximize steam production, and increase electricity generation at a waste-to-energy plant through the engineering and commissioning of Advanced Process Control (APC) solutions.

Key Results

100% Financed and Guaranteed APC Project by Enero Solutions

+10,000 t

Household Waste Burned Annually

+20,000 MW

Production électrique annuelle

-50 %

CO₂ Emissions Reduction

-20 %

NOx Emissions Reduction

+3 %

Combustion Efficiency

+5 %

Fan Utilization

Challenges

Combustion Stability and Reliability

Waste Energy Recovery

Maximizing Energy Performance

Project Overview

Deliver a turnkey energy performance project, self-financed by Enero, deploying Advanced Process Control (APC) logic for incineration furnace combustion and steam grid coordination in combined heat and power (CHP) generation.

With the following objectives:

  • Stabilize waste combustion
  • Increase combustion efficiency to maximize steam output
  • Boost power generation
  • Reduce steam loss to atmospheric vents
  • Minimize production losses
  • Reduce manual operator interventions

APC Solutions

Combustion, Steam Network, Drum Level, and Superheated Steam Temperature Solutions

The APC solutions delivered continuous, stable, and optimized steam production while fully leveraging plant capacity: increased waste combustion efficiency, reduced manual interventions, and improved incineration furnace availability.

The performance gains verified on-site following APC commissioning resulted in a full return on investment (ROI) in under 24 months.

Approach

  • Instrumentation and Control Performance Audit
  • Dynamic Simulation of Furnaces and Turbine
  • APC Logic Programming
  • Simulator Validation and Operator Training
  • Operational and Financial Performance Monitoring
  • Remote Support