Upon the successfully Completion ICTQual AB Level 6 International Diploma in Refinery Operations, learners will be able to

• Year 1 – Foundation in Refinery Operations

• Principles of Chemical Engineering

• Understand fundamental chemical engineering principles applied in refinery processes.
• Analyse material and energy balances in process systems.
• Apply chemical engineering concepts to basic refinery operations.

• Introduction to Petroleum Refining

• Comprehend the overall structure and workflow of petroleum refining.
• Identify major refinery units and their functions.
• Explain the stages of crude oil conversion into usable products.

• Crude Oil Properties and Analysis

• Examine the physical and chemical properties of crude oil.
• Conduct laboratory tests to characterise crude oil quality.
• Interpret analytical data for process planning and optimisation.

• Refinery Process Units Overview

• Identify key refinery process units and their interconnections.
• Understand operational principles for each unit.
• Recognise the role of each unit in overall production efficiency.

• Distillation Principles and Applications

• Explain the principles of distillation and separation.
• Apply distillation techniques to crude oil fractionation.
• Analyse the impact of operational parameters on product quality.

• Heat and Mass Transfer in Refining

• Understand fundamental heat and mass transfer processes.
• Apply heat exchange and mass transfer principles in refinery operations.
• Solve basic engineering problems related to thermal and material flows.

• Introduction to Catalysts and Chemical Reactions

• Understand types and roles of catalysts in refining reactions.
• Analyse chemical reaction mechanisms relevant to refinery processes.
• Apply basic concepts of reaction engineering in operational contexts.

• Process Instrumentation and Control Basics

• Identify common instruments and control systems in refineries.
• Understand feedback and control loops for process stability.
• Apply basic control principles to ensure operational safety and efficiency.

• Health, Safety, and Environmental Awareness

• Recognise hazards in refinery operations.
• Apply safety regulations, risk mitigation, and emergency procedures.
• Promote environmentally responsible practices in daily operations.

• Industrial Laboratory Techniques

• Conduct practical laboratory tests for refinery operations.
• Apply standard operating procedures for sample handling and analysis.
• Interpret laboratory results to support process decisions.

• Technical Report Writing

• Develop skills for preparing professional technical reports.
• Communicate operational, analytical, and experimental findings clearly.
• Apply correct scientific structure, formatting, and referencing.

• Introduction to Process Simulation Software

• Gain basic proficiency in refinery process simulation tools.
• Model simple processes to predict operational outcomes.
• Use simulation data to support process understanding and decision-making.

• Year 2 – Intermediate Refinery Operations

• Advanced Distillation and Separation Techniques

• Apply advanced distillation methods for complex separation tasks.
• Analyse operational efficiency and product yield.
• Optimise separation processes using theoretical and practical knowledge.

• Hydrocracking and Hydrotreating Processes

• Understand the principles and applications of hydrocracking and hydrotreating.
• Monitor reaction conditions and catalyst performance.
• Evaluate product quality and process efficiency.

• Fluid Catalytic Cracking (FCC) Operations

• Analyse FCC unit operation principles and reactions.
• Apply knowledge to optimise conversion rates and product distribution.
• Identify operational challenges and troubleshooting methods.

• Process Control and Automation in Refineries

• Implement advanced control strategies in refinery units.
• Use automation systems to enhance process stability and efficiency.
• Analyse process data for continuous improvement.

• Energy Management and Efficiency in Refining

• Identify energy consumption patterns in refinery operations.
• Apply strategies to reduce energy waste and improve efficiency.
• Monitor energy usage and implement optimisation techniques.

• Reactor Design and Optimisation

• Understand design principles for industrial reactors.
• Analyse reactor performance for various chemical processes.
• Optimise operating conditions for maximum output and safety.

• Process Safety Management

• Apply safety management systems in refinery operations.
• Conduct hazard identification, risk assessment, and mitigation.
• Promote a culture of safety and compliance within operational teams.

• Refinery Production Planning

• Develop production schedules aligned with operational capacity.
• Analyse demand and optimise resource allocation.
• Apply planning tools to maintain continuous and efficient operations.

• Quality Control and Assurance in Refining

• Implement quality assurance standards and inspection procedures.
• Analyse product specifications to ensure compliance.
• Apply corrective actions to maintain consistent product quality.

• Environmental Management and Sustainability

• Identify environmental impacts of refinery operations.
• Implement sustainable practices and regulatory compliance.
• Promote environmental stewardship in production processes.

• Petroleum Product Blending Techniques

• Understand blending principles for fuels and lubricants.
• Analyse compatibility and quality of blended products.
• Apply operational techniques to achieve desired specifications.

• Data Analysis and Technical Communication

• Interpret process and operational data effectively.
• Develop reports, presentations, and documentation for technical audiences.
• Use data-driven insights to improve operational performance.

• Year 3 – Advanced Refinery Operations

• Advanced Process Optimisation and Troubleshooting

• Apply advanced techniques to optimise refinery processes.
• Identify operational bottlenecks and implement corrective actions.
• Enhance efficiency, safety, and product quality through analysis.

• Refinery Project Management

• Plan, execute, and manage refinery projects.
• Allocate resources and manage project risks effectively.
• Evaluate project outcomes and implement best practices.

• Catalysts and Reaction Kinetics in Depth

• Analyse catalyst behaviour and reaction kinetics for industrial processes.
• Apply kinetic models to optimise refinery reactions.
• Troubleshoot catalyst-related issues to maintain efficiency.

• Advanced Process Simulation and Modelling

• Use advanced simulation tools for process design and optimisation.
• Model complex refinery operations and predict outcomes.
• Apply simulations to decision-making and performance evaluation.

• Corrosion and Maintenance in Refineries

• Understand causes and prevention of corrosion in refinery equipment.
• Develop maintenance strategies to prolong equipment life.
• Apply best practices in inspection, repair, and safety compliance.

• Energy Transition and Cleaner Refining Technologies

• Evaluate sustainable technologies and cleaner production methods.
• Implement energy-efficient and low-emission practices.
• Analyse the impact of renewable integration on refinery operations.

• Risk Assessment and Hazard Analysis

• Conduct comprehensive risk assessments for refinery processes.
• Identify hazards, assess impact, and implement mitigation strategies.
• Develop contingency plans to ensure operational safety.

• Advanced Laboratory Techniques and Process Testing

• Perform high-level laboratory analyses to support process optimisation.
• Apply testing results to refine operational parameters.
• Ensure laboratory data informs strategic decision-making.

• Supply Chain and Logistics in Refining

• Analyse the supply chain for refinery feedstock and products.
• Optimise logistics, storage, and distribution strategies.
• Integrate operational planning with supply chain efficiency.

• Capstone Project in Refinery Operations

• Conduct an in-depth project integrating knowledge from all previous units.
• Solve real-world refinery challenges using analytical and practical skills.
• Present findings and recommendations professionally.

• Professional Development and Leadership in Energy

• Develop leadership, management, and communication skills.
• Enhance teamwork, decision-making, and strategic thinking.
• Prepare for senior roles in operational and technical management.

• Strategic Decision-Making in Refinery Management

• Apply analytical and strategic tools for refinery decision-making.
• Evaluate operational, financial, and environmental factors.
• Implement strategies for long-term performance and sustainability.