Refractory Material Selection and Application in Heavy Industries

Refractory Material Selection and Application in Heavy Industries

Course Category : Project Management

This course builds professional competence in selecting and applying refractory materials in line with industrial standards, ensuring thermal integrity, operational safety, and long-term performance in high-stress environments
Duration: 5 Days
Level: Intermediate.

Starts On

19 - July - 2026

Ends On

23 - July - 2026

Location

Turkey - Istanbul

Language

Arabic

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View Course Introductory PDF

Targeted Audience

Process and materials engineers.
Maintenance and reliability engineers.
Production managers in manufacturing industries.
Quality control and assurance engineers.
Industrial project engineers.
Procurement and supply chain professionals.
Engineering and industrial consultants.
Technical supervisors of furnaces and thermal equipment.

Targeted Skills

Analysing physical and chemical properties of refractory materials.
Aligning refractory materials with operational conditions.
Evaluating refractory performance under thermal and mechanical stress.
Selecting materials based on industrial standards.
Applying best practices in installation and maintenance.
Conducting lifecycle and cost-effectiveness analysis.

Expected Outcomes

Interpret refractory material types, properties, and industrial uses.
Select suitable refractory materials for diverse operating environments.
Assess refractory performance under extreme service conditions.
Apply installation and maintenance methodologies that reduce failures.
Optimise procurement decisions based on lifecycle costing.
Ensure compliance with safety and regulatory requirements.

Training Topics Index

Role of refractories in industrial processes.
Fundamental thermal and mechanical properties.
Classification and industrial applications.
Composition and microstructural behaviour.
Factors influencing thermal performance.

Analysis of industrial operating requirements.
Thermal and chemical selection criteria.
Compatibility with service environments.
Industrial case examples.
Sustainability and energy efficiency considerations.

Key performance indicators for refractories.
Standard testing methods.
Mechanical and thermal resistance evaluation.
Chemical interaction and corrosion testing.
Non-destructive inspection techniques.

Principles of proper refractory installation.
Brick, castable, and monolithic systems.
Anchoring, jointing, and curing methods.
Preventive maintenance strategies.
Failure mechanisms and corrective actions.

Safety requirements in refractory applications.
Industrial and environmental compliance.
Lifecycle cost analysis.
Energy consumption optimisation.
Integrating safety across all application stages.