Hydroprocessing Reactor Engineering & Catalyst Management
Advanced Reactor Operations, Catalyst Selection, and Process Optimization
Course Schedules
Training Course Overview
Hydroprocessing Reactor Engineering & Catalyst Management Training Course principles remain essential for modern refining operations aimed at producing cleaner fuels and upgrading complex feedstocks. Optimal unit performance requires integrating core reactor design, precise hydrogen management, targeted catalyst selection, and safe operational controls.
Fluctuations in feed composition, hydrogen partial pressure, temperature profiles, and contaminant levels directly affect reaction rates, product quality, and pressure drop. Issues like rapid catalyst deactivation, reactor hot spots, maldistribution, and high differential pressure can restrict throughput and introduce severe operating risks.
This Hydroprocessing Reactor Engineering & Catalyst Management Training Course delivers comprehensive insight into reactor mechanics, reaction chemistry, catalyst behavior, and process optimization. Delegates gain practical expertise to evaluate unit parameters, streamline catalyst lifecycles, resolve operational issues, and enhance refinery profitability.
Training Course Objectives
This Hydroprocessing Reactor Engineering & Catalyst Management Training Course equips delegates with the technical skills to manage fixed-bed reactors and optimize operational efficiency. Participants will gain actionable insight into reaction chemistry, process variables, and troubleshooting strategies to boost unit performance.
- Explain fundamental hydroprocessing chemistry while distinguishing between hydrotreating and hydrocracking applications.
- Evaluate how feedstock quality variations affect overall reactor performance and conversion rates.
- Analyze fixed-bed reactor internal design, liquid distributors, and vapour-liquid flow patterns.
- Monitor reactor temperature profiles, quench systems, and hydrogen partial pressure dynamics.
- Select, load, activate, and manage catalysts based on feedstock demands and product specifications.
- Diagnose and resolve reactor hot spots, differential pressure spikes, and catalyst deactivation issues.
- Optimize catalyst life, hydrogen consumption, and operating severity to achieve target product quality.
Designed for
This Hydroprocessing Reactor Engineering & Catalyst Management Training Course is tailored for refinery professionals seeking to improve operational reliability and unit yields. It provides vital technical knowledge for specialists tasked with managing complex hydrotreating and hydrocracking systems.
- Refinery process, operations, production, and shift engineers working on hydroprocessing units.
- Hydroprocessing unit operators, supervisors, and technical services personnel.
- Reactor specialists, catalyst engineers, and process design specialists.
- Inspection, maintenance, and reliability engineers supporting fixed-bed reactor assets.
- Laboratory professionals, product quality control analysts, and safety personnel.
Learning Methods
Hydroprocessing Reactor Engineering & Catalyst Management Training Course delivery relies on interactive technical presentations combined with real-world refining data analysis. Participants analyze actual reactor diagrams, perform key performance calculations, and explore detailed catalyst case studies to strengthen practical comprehension.
Hands-on troubleshooting workshops allow delegates to investigate realistic operational challenges such as maldistribution, runaway temperatures, and pressure drops. Through group discussions and guided exercises, delegates develop actionable strategies to maximize catalyst lifecycle, optimize hydrogen usage, and maintain unit stability.
Course Content
Hydroprocessing Fundamentals and Reaction Chemistry
- Role of hydroprocessing within the modern refinery
- Hydrotreating, hydrofinishing and hydrocracking applications
- Hydrodesulphurisation and nitrogen-removal reactions
- Hydrogenation of aromatics and olefins
- Removal of oxygen, metals and other contaminants
- Reaction kinetics, equilibrium and thermodynamic considerations
- Exothermic reactions and reactor heat generation
- Process-flow configuration and major equipment systems
Reactor Engineering and Process Performance
- Fixed-bed trickle-flow reactor principles
- Reactor design, configuration and operating characteristics
- Reactor internals, inlet devices and liquid distributors
- Vapour-liquid distribution and catalyst-bed wetting
- Temperature profiles, quench systems and interbed cooling
- Hydrogen partial pressure and hydrogen-to-oil ratio
- Space velocity, residence time and operating severity
- Monitoring reactor conversion and product quality
Catalyst Selection and Performance Evaluation
- Hydroprocessing catalyst composition and active phases
- Catalyst supports, pore structure and surface area
- Cobalt-molybdenum, nickel-molybdenum and nickel-tungsten catalysts
- Selecting catalysts for different feeds and product targets
- Catalyst activity, selectivity, stability and mechanical strength
- Catalyst grading, guard beds and contaminant control
- Catalyst testing and performance-monitoring techniques
- Economic evaluation of catalyst options
Catalyst Loading, Activation and Life-Cycle Management
- Catalyst loading plans and reactor-bed configuration
- Dense loading, sock loading and loading-quality control
- Catalyst presulphiding and in-situ activation procedures
- Start-up precautions and initial catalyst conditioning
- Catalyst deactivation by coke, metals and feed contaminants
- Catalyst ageing and temperature-compensation strategies
- Shutdown, catalyst unloading and pyrophoric-material handling
- Catalyst regeneration, rejuvenation, reuse and disposal
Troubleshooting and Hydroprocessing Optimisation
- Diagnosing increasing reactor differential pressure
- Identifying maldistribution, channelling and poor catalyst wetting
- Reactor hot spots, temperature excursions and runaway prevention
- Troubleshooting off-specification sulphur and nitrogen levels
- Managing hydrogen purity, consumption and recycle-gas performance
- Optimising weighted average bed temperature and catalyst cycle length
- Feed-quality changes, operating constraints and corrective actions
- Integrated reactor and catalyst optimisation case study
The Certificate
- Anderson Certificate of Completion for delegates who attend and complete the training course
In Partnership With
Learn more about this course
The course is suitable for mechanical maintenance engineers, reliability engineers, maintenance technicians, field service engineers, plant operators, production supervisors, condition monitoring specialists, and technical personnel responsible for industrial hydraulic machinery and fluid power equipment.
Yes. Participants who successfully complete the Hydroprocessing Reactor Engineering & Catalyst Management training course will receive a Anderson Certificate of Completion, demonstrating their commitment to professional development and continuous learning. This certificate provides formal recognition of the knowledge and skills gained during the course and can support professional growth and career progression.
Yes. The Hydroprocessing Reactor Engineering & Catalyst Management training course can be customised and delivered exclusively for organisations seeking a tailored learning solution. Course content can be adapted to address specific business objectives, operational challenges, industry requirements, and organisational priorities. Customised training allows teams to focus on the topics most relevant to their roles while supporting wider organisational development goals.
Participants attending the Hydroprocessing Reactor Engineering & Catalyst Management training course gain access to valuable industry insights, practical techniques, and internationally recognised best practices. The course helps professionals improve performance, strengthen confidence, broaden their perspective, and develop skills that contribute to both personal and organisational success. It also provides an excellent opportunity to exchange ideas and experiences with professionals from diverse sectors and backgrounds.
No. The Hydroprocessing Reactor Engineering & Catalyst Management training course is open to professionals from a wide range of backgrounds and experience levels. The course content is structured to provide value to both those who are new to the subject and experienced practitioners seeking to deepen their expertise. While some prior knowledge may enhance understanding of certain concepts, it is not a requirement for participation
The Hydroprocessing Reactor Engineering & Catalyst Management training course combines practical knowledge, current industry practices, and expert guidance to create a highly relevant learning experience. Rather than focusing solely on theory, the course emphasises practical application, enabling participants to develop skills and approaches that can be implemented directly within their organisations. This balance of knowledge and practical relevance helps participants achieve meaningful and lasting professional impact.
The Hydroprocessing Reactor Engineering & Catalyst Management training course uses a variety of learning approaches to maximise participant engagement and knowledge retention. These may include expert-led presentations, practical exercises, case studies, group discussions, scenario-based activities, and collaborative learning opportunities. This approach encourages active participation and helps participants translate learning into practical workplace results.
Yes. Industrial hydraulic systems are widely used across manufacturing plants, process facilities, heavy machinery, marine operations, utilities, and other industrial environments. The principles covered are relevant to professionals responsible for operating, maintaining, inspecting, or troubleshooting hydraulic equipment across a broad range of applications.
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