Pideya Learning Academy

Oil and Gas Process Engineering Excellence

Upcoming Schedules

  • Live Online Training
  • Classroom Training

Date Venue Duration Fee (USD)
27 Jan - 31 Jan 2025 Live Online 5 Day 2750
31 Mar - 04 Apr 2025 Live Online 5 Day 2750
28 Apr - 02 May 2025 Live Online 5 Day 2750
02 Jun - 06 Jun 2025 Live Online 5 Day 2750
28 Jul - 01 Aug 2025 Live Online 5 Day 2750
29 Sep - 03 Oct 2025 Live Online 5 Day 2750
20 Oct - 24 Oct 2025 Live Online 5 Day 2750
08 Dec - 12 Dec 2025 Live Online 5 Day 2750

Course Overview

The Oil and Gas Process Engineering Excellence training by Pideya Learning Academy is a comprehensive program designed to equip professionals with the advanced knowledge and practical skills required to optimize processes in oil and gas plants. This training focuses on modern techniques and strategies to enhance operational efficiency, reduce energy consumption, and lower costs in the process industry. Through a well-structured approach that blends theoretical concepts with hands-on learning, the course provides participants with the tools necessary to drive sustainable improvements in plant operations.
As the global oil and gas industry continues to face increasing pressure to improve efficiency and reduce environmental impacts, the role of process engineers has never been more crucial. With energy prices fluctuating and sustainability goals at the forefront of industry priorities, professionals in this sector must constantly innovate to stay ahead. Statistics show that well-optimized processes can lead to up to a 30% increase in operational efficiency (Source: International Journal of Energy Research), while strategies like Combined Heat and Power (CHP) optimization can reduce energy costs by 10-20% (Source: U.S. Department of Energy). These figures highlight the importance of advanced training, such as the Oil and Gas Process Engineering Excellence, in fostering skills that are essential for navigating today’s energy-driven market.
The training begins with the fundamentals of hydrocarbon processing, covering crucial topics such as hydrocarbon chemistry, phase behavior, and thermodynamic principles. Participants will delve into the core principles of energy and material balances, ensuring a solid foundation in these essential areas. The course then progresses to more advanced techniques, including Heat Integration, Pinch Analysis, Exergy Analysis, and Energy Targeting, which can significantly improve plant optimization. These strategies enable engineers to pinpoint areas of inefficiency and implement solutions that enhance energy recovery and reduce waste.
One of the standout components of this course is its focus on Combined Heat and Power (CHP) systems design, which is vital for improving energy efficiency in industrial settings. Participants will explore how to design and optimize steam and power systems to achieve peak efficiency and reduce operational costs. These models will allow professionals to make informed decisions that align with their organizations’ energy management goals. In addition, the training addresses combustion optimization in various industrial systems, including steam boilers and fired heaters, using API-based calculation methods and Excel-based modeling, ensuring practical, real-world application.
The Oil and Gas Process Engineering Excellence course also covers essential topics in process simulation and modeling, where participants will develop steady-state and dynamic models. This skill is critical for improving process control, reactor calibration, and simulation, ensuring accuracy and reliability in process operations. Participants will be introduced to the latest tools for process simulation, enabling them to effectively optimize and troubleshoot processes for continuous improvement.
Throughout the course, participants will be guided by expert trainers with extensive industry experience, ensuring a deep understanding of both foundational principles and cutting-edge techniques. By the end of the course, professionals will be able to integrate their learning into everyday practice, optimizing processes, improving cost-efficiency, and contributing to their organization’s sustainability goals.
Key highlights of the training include:
Mastering energy efficiency techniques to reduce the carbon footprint of oil and gas processes.
Gaining hands-on skills to design and optimize Combined Heat and Power (CHP) systems for better energy utilization.
Learning advanced combustion optimization strategies and API-based calculation methods.
Developing practical process simulation and modeling capabilities to improve operational accuracy.
Understanding the integration of sustainable practices, such as energy recovery and renewable energy sources, into process plants.
Gaining the knowledge to perform advanced process integration techniques for improving plant performance.
The Oil and Gas Process Engineering Excellence by Pideya Learning Academy is tailored for professionals aiming to elevate their skills in process engineering, including Process Engineers, Operations Engineers, and Energy Optimization Engineers. This course provides the knowledge and confidence to make impactful decisions that drive efficiency and sustainability in the oil and gas sector, positioning participants for success in an evolving industry.

Key Takeaways:

  • Mastering energy efficiency techniques to reduce the carbon footprint of oil and gas processes.
  • Gaining hands-on skills to design and optimize Combined Heat and Power (CHP) systems for better energy utilization.
  • Learning advanced combustion optimization strategies and API-based calculation methods.
  • Developing practical process simulation and modeling capabilities to improve operational accuracy.
  • Understanding the integration of sustainable practices, such as energy recovery and renewable energy sources, into process plants.
  • Gaining the knowledge to perform advanced process integration techniques for improving plant performance.
  • Mastering energy efficiency techniques to reduce the carbon footprint of oil and gas processes.
  • Gaining hands-on skills to design and optimize Combined Heat and Power (CHP) systems for better energy utilization.
  • Learning advanced combustion optimization strategies and API-based calculation methods.
  • Developing practical process simulation and modeling capabilities to improve operational accuracy.
  • Understanding the integration of sustainable practices, such as energy recovery and renewable energy sources, into process plants.
  • Gaining the knowledge to perform advanced process integration techniques for improving plant performance.

Course Objectives

By completing the Oil and Gas Process Engineering Excellence, participants will learn to:
Grasp modern trends for energy efficiency and reducing the carbon footprint of process plants.
Reduce operational costs while enhancing profitability.
Understand key principles of energy and material balance.
Accurately calculate fired heater efficiency using the API method.
Optimize firing efficiency for improved combustion processes.
Develop simulation models for process plants, including steady-state and dynamic systems.

Personal Benefits

Participants will:
Gain confidence in optimizing plant processes and enhancing efficiency.
Master the development of process simulation and modeling.
Enhance their capability to calculate and improve process equipment efficiency.
Acquire valuable skills to reduce plant operational costs.

Organisational Benefits

Who Should Attend

This course is ideal for professionals seeking to advance their expertise in oil and gas process engineering, including:
Process Engineers
Operations Engineers
Project Engineers
Energy Optimization Engineers
Middle and Top Management in the oil and gas sector

Course Outline

Module 1: Fundamentals of Hydrocarbon Processing
Fundamentals of Hydrocarbon Chemistry Phase Behavior Analysis in Hydrocarbons Flash Calculations in Hydrocarbon Systems Thermodynamic Principles for Process Optimization Mass Balance Applications in Process Plants Energy Balance Techniques in Industrial Systems Trends in Waste Recycling and Sustainability
Module 2: Advanced Process Optimization Strategies
Principles of Heat Integration Pinch Analysis and Energy Targeting Techniques Developing Heat Availability Curves for Optimization Retrofitting Heat Exchange Networks for Performance Improvement Exergy Analysis for Industrial Systems Comparative Analysis: Exergy vs. Pinch Methods Exergy Application in Oil and Gas Process Optimization
Module 3: Combined Heat and Power (CHP) Systems Design
Fundamentals of Steam Systems in Industrial Applications Power Generation Techniques in Process Industries Design and Operation of CHP Systems Optimization of Steam and Power Systems for Efficiency Developing CHP Models for Process Plants Case Studies in CHP System Integration
Module 4: Advanced Combustion Technology
Fundamentals of Heat Transfer: Conduction, Convection, Radiation Heat Quality vs. Heat Quantity: Industrial Applications Types of Combustion Technologies Strategies for Optimizing Combustion Efficiency Industrial Steam Boilers: Types and Applications Fired Heater Efficiency Analysis Using API Methods Practical Case Study: Enhancing Fired Heater Performance
Module 5: Process Simulation and Modeling Techniques
Introduction to Process Simulation and Modeling Steady-State Simulation Models for Process Optimization Reactor Modeling and Calibration in Process Plants Dynamic Simulation for Operational Excellence Simulation Tools for Enhanced Process Control
Module 6: Advanced Process Integration Techniques
Heat Exchanger Network Optimization Process Intensification and Equipment Upgrades Heat Recovery and Reuse in Process Plants Integration of Renewable Energy in Process Plants
Module 7: Environmental and Sustainability Considerations
Carbon Emission Reduction Strategies in Process Plants Lifecycle Analysis of Process Equipment Water and Energy Conservation Practices Incorporation of Circular Economy Principles
Module 8: Data-Driven Process Optimization
Application of Big Data Analytics in Process Plants Machine Learning for Process Optimization Predictive Maintenance Using Advanced Algorithms Real-Time Process Monitoring and Control

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