How Process Performance Is Defined in Practice at Trifol

Trifol Team
Apr 9
3 min read

Process performance in plastic recycling technology is defined in daily operations.

At Trifol, plastic conversion through thermal decomposition depends on how consistently each stage of the pyrolysis process is managed — from raw material preparation to final product handling.

This perspective is based on operational insight from Pedro Ayala, Project Manager at Trifol, whose work focuses on process execution and coordination across the plant.

Where Process Control Becomes Critical

In the thermal decomposition process, the most sensitive point is where material transformation defines output quality.

At Trifol, this is concentrated in quality control. Product performance is determined during operation, not after it. Small variations in process behaviour directly affect the composition and stability of the final materials. There is no margin for shortcuts at this stage.

This makes consistency essential. Process control at this stage is not corrective — it is continuous.

Experience Shapes Process Behaviour

Operational complexity is reduced through experience.

As the team develops a deeper understanding of system response, previously disruptive issues become manageable. This is particularly relevant when working with variable feedstock.

The raw material mix directly affects how the system behaves during thermal decomposition. Managing this requires continuous adjustment based on observed process behaviour, rather than fixed operating assumptions.

Coordination Drives Process Execution

The process depends on coordinated execution across teams.

At Trifol, raw material preparation, processing and product handling are not separate functions. Each stage relies on the previous one being performed correctly and on time.

This makes communication operational, not supportive. Changes in feedstock, operating conditions or handling requirements must be reflected immediately across the process.

Process performance is therefore shaped by how well teams stay aligned during execution.

Material Properties Define Operational Constraints

Material behaviour defines how the process must be operated.

In thermal decomposition, handling hydrocarbons that solidify at ambient temperature requires regular intervention in tanks, pipes and condensers. These are not unexpected events, but known constraints of the system.

Maintenance, cleaning and flow management are built into the operating model. They determine how long the system can run, how it is scheduled and how continuity is maintained.

Process control includes managing these physical constraints as part of normal operation.

Process Control Is Applied Across the Entire System

Control is distributed across the process.

Each stage — from feedstock preparation to product handling — introduces conditions that affect downstream performance. No single point defines the outcome.

This means process control is maintained through continuity. Each step must be executed within defined parameters to prevent deviations from propagating through the system.

System performance depends on how consistently control is applied across all stages, rather than on isolated optimisation.

Operational Discipline Enables Industrial Performance

The performance of a pyrolysis process depends on how it is managed in practice.

At Trifol, the industrial process is structured around defined operating routines, consistent standards and a strong safety culture. This creates stable system behaviour over time.

Such discipline enables reliable production of circular economy materials, where consistency is required for downstream use.

In plastic conversion through thermal decomposition, process performance is determined by execution.

At Trifol, this means managing system behaviour across all stages of the process — through coordination, experience and operational discipline.

This approach enables consistent material transformation at scale and defines whether the process performs reliably at industrial scale.