Training Course in Types of Maintenance in Industrial Facilities

Basic Maintenance Concepts

• Definition of industrial maintenance and its operational importance.

• Relationship between maintenance, product quality, and asset efficiency.

• Economic impact of equipment downtime.

Types of Industrial Failures

• Sudden failures vs. chronic failures.

• Classification of failures by cause and impact.

• Methods for early detection of faults.

Organizing Maintenance Operations

• Distinguishing between planned and unplanned maintenance.

• Role distribution and responsibilities within the technical team.

• Managing maintenance records and outcomes.

Corrective Maintenance Concept

• Definition of maintenance after failure occurrence.

• Advantages and risks of relying solely on corrective maintenance.

• When corrective maintenance is the suitable option.

Steps for Implementing Corrective Maintenance

• Accurate diagnosis of the root cause.

• Rapid technical repair procedures.

• Documenting the repair process within the technical system.

Resources Required for Corrective Maintenance

• Flexible management of maintenance teams.

• Preparing emergency materials and supplies.

• Monitoring performance recovery after repair.

Fundamentals of Preventive Maintenance

• General concept and purpose of proactive prevention.

• Indicators that trigger preventive maintenance.

• Key differences between preventive and corrective approaches.

Designing Preventive Maintenance Programs

• Establishing regular maintenance schedules.

• Identifying high-priority equipment.

• Using manufacturer guidelines in scheduling.

Analyzing Preventive Performance Results

• Comparing failure rates before and after implementing preventive measures.

• Measuring technical and financial feasibility.

• Evaluating the effectiveness of the preventive maintenance program.

Introduction to Predictive Maintenance

• Definition and position within the maintenance system.

• Role of proactive analysis in reducing failures.

• Key differences compared to preventive maintenance.

Tools and Techniques for Fault Prediction

• Vibration and noise analysis.

• Thermal imaging and non-destructive testing.

• Use of digital sensors.

Data Interpretation and Decision Making

• Reading indicators and analyzing patterns.

• Planning maintenance based on predictions.

• Linking data to operational improvement.

Condition-Based Maintenance Concept

• Scientific principles for monitoring operating conditions.

• Selecting equipment suitable for this type.

• When condition-based maintenance becomes economically viable.

Monitoring and Control Systems

• Smart sensor systems.

• Integration with SCADA and PLC systems.

• Use of real-time performance indicators.

Operational Data Analysis

• Recording readings and monitoring changes.

• Identifying actual deterioration levels.

• Making technical decisions based on equipment condition.

Fundamentals of Maintenance Planning

• Determining optimal downtime intervals.

• Aligning scheduling with operational needs.

• Role of planning in reducing failures.

Modern Scheduling Systems

• Use of specialized software (CMMS).

• Scheduling short- and long-term activities.

• Continuous updating of technical work plans.

Monitoring Execution and Ensuring Discipline

• Comparing planned vs. executed tasks.

• Documenting deviations and corrective actions.

• Improving planning based on actual performance.

Importance of Spare Parts for Maintenance Success

• Identifying critical materials in the system.

• Relationship between inventory and downtime costs.

• Optimal inventory levels.

Storage and Distribution Procedures

• Organizing warehouses and prioritizing items.

• Controlling shelf life of materials.

• Documentation systems and inventory tracking.

Logistics Cost Analysis

• Comparing storage costs with downtime costs.

• Evaluating economic feasibility of safety stock.

• Smart purchasing strategies.

Key Maintenance Performance Indicators (KPIs)

• KPIs related to reliability and availability.

• MTTR and MTBF indicators.

• Technical efficiency and cost-related KPIs.

Collecting and Analyzing Performance Data

• Data recording systems and report generation.

• Tools for analyzing operational trends.

• Evaluating recurring failure causes.

Continuous Improvement Using Indicators

• Making strategic decisions based on data.

• Enhancing equipment and team efficiency.

• Allocating resources based on results.

Industrial Maintenance Environment Risks

• Electrical and mechanical hazards.

• Managing repeated accidents.

• Procedures for handling critical failures.

Safety Systems and Procedures

• Isolating energy sources before intervention.

• Selecting appropriate personal protective equipment (PPE).

• Using warning signs and complying with international standards.

Promoting a Safety Culture in Work Teams

• Continuous awareness of safety instructions.

• Organizing regular emergency drills.

• Monitoring compliance and reporting incidents.

Introduction to Total Productive Maintenance (TPM)

• Concepts of “zero breakdowns” and “zero downtime”.

• Involving all staff in maintenance activities.

• Integrating maintenance with production and quality.

Continuous Improvement Strategies

• Analyzing shortcomings and identifying improvement opportunities.

• Updating technical procedures and policies.

• Applying improvement methodologies such as Kaizen.

Maintenance as a Strategic Tool

• The role of maintenance in enhancing competitiveness.

• Aligning maintenance activities with organizational goals.

• Building a sustainable long-term maintenance system.