Welcome to our eLearning Academy tailored for technical and managerial professionals in the downstream refining industry. Our academy offers structured and customizable learning options to elevate your skills and apply them effectively in your profession. Choose between self-paced eLearning or scheduled streaming sessions to accommodate your availability and preferences. Try a complimentary course to explore our offerings and feel free to suggest topics for inclusion. Happy eLearning!
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About the Webinar
Refineries store liquid assets worth billions of dollars in their tank farms—every hour of product stagnation equates to lost revenue and missed opportunity. This webinar, Strategic and Profitable Management of Refinery’s Liquid Assets, explores how optimizing tank farm operations can minimize losses, unlock profitability, and support strategic decision-making. By connecting tank farm performance to refinery-wide economic models, we reveal how you can transform this often-overlooked area into a powerful profit center.
What Will You Learn
- The economic significance of tank farms and liquid inventories in refineries
- Key operations that directly impact profitability, from planning to execution
- How automation and LP models can enhance decision-making and reduce opportunity losses
- The importance of training personnel for strategic and efficient asset management
- Real-world examples showcasing measurable improvements from tank farm optimization
Target Audience:
This webinar is tailored for refinery managers, planning engineers, LP analysts, operations teams, and corporate strategists looking to unlock value from tank farm operations through advanced planning and management tools.
Why You Should Attend
- Enhance Operational Efficiency: Understand how tank farm design, automation, and data integration improve workflows and reduce downtime.
- Minimize Economic Losses: Discover how poor tank farm practices lead to revenue loss—and how to stop it.
- Boost Strategic Decision-Making: Learn how tank farm visibility supports infrastructure investment, planning cycles, and optimization across the refinery.
- Improve Responsiveness: See how accurate inventory tracking and better coordination enhance your ability to meet market demand swiftly and reliably.
About OMS eLearning Academy
- Provides a portal for the continuing education of refinery and related business professionals
- Professionals can make their curriculum from 200+ topics or enroll in 200+ structured courses
- Progressive eLearning mode—courses can be taken anytime, anywhere, and on any device
- Issues course completion certificate and transcript with Continuing Education (CE) credits
- Offers flexible plans and subscriptions for both individuals and enterprises
About the webinar
A refinery's offsite operations have four aspects called MCOR. They are managed, controlled, optimized, and reconciled. Profitability and efficiency increase from management to reconciliation, whereas effectiveness increases from reconciliation to management. The webinar discusses this strategy developed by OMS.
What will you Learn
- Four facets (MCOR) of refinery offsite operations, namely, manage, control, optimize, and reconcile
- How are effectiveness, efficiency, and profitability affected in the MCOR strategy?
- Implementation of “Divide and Conquer” MCOR Strategy
- How automation of MCOR strategy can achieve tangible benefits for a refinery
- How adequate staff training can make a difference in managing MCOR steps
Target Audience:
This webinar is tailored for refinery managers, planning engineers, LP analysts, operations teams, and corporate strategists looking to unlock value from tank farm operations through advanced planning and management tools.
Why You Should Attend
- Enhance Operational Efficiency: Understand how tank farm design, automation, and data integration improve workflows and reduce downtime.
- Minimize Economic Losses: Discover how poor tank farm practices lead to revenue loss and how to prevent it.
- Boost Strategic Decision-Making: Learn how tank farm visibility supports infrastructure investment, planning cycles, and optimization across the refinery.
- Improve Responsiveness: See how accurate inventory tracking and better coordination enhance your ability to meet market demand swiftly and reliably.
About OMS eLearning Academy
- Provides a portal for the continuing education of refinery and related business professionals
- Professionals can make their curriculum from 200+ topics or enroll in 200+ structured courses.
- Progressive eLearning mode courses can be taken anytime, anywhere, and on any device.
- Issues course completion certificate and transcript with Continuing Education (CE) credits
- Offers Flexible plans and subscriptions for both individuals and enterprises
About the Webinar
The gasoline production is about 45-50% of its crude throughput. RVP or Reid vapor pressure is critical for the fuel volatility in the car engine, and its specs change seasonally and regionally. Butane is used to boost the RVP of gasoline to supplement components' RVP values. This webinar presents an economic choice between two routes.
What will you Learn
- Concept of butane blending
- Gasoline Properties and Seasonal RVP specs
- Butane Blending Economics
- Source and Destination of Butane
- Blend Models
- Benefit Calculator
- Commercial Butane Blender
About OMS eLearning Academy
- Provides a portal for the continuing education of refinery and related business professionals
- Professionals can make their curriculum from 200+ topics or enroll in 200+ structured courses
- Progressive eLearning mode course can be taken anytime, anywhere, and on any device
- Issues course completion certificate and transcript with Continuing Education (CE) credits
- Offers Flexible plans and subscriptions for both individual and enterprises
About the Webinar:
A refinery typically produces 45-65% fuel products (gasoline, diesel, LPG, fuel oil) of its crude throughput by blending 10-12 refinery products that vary in quality and monetary value. These fuel products have rigorous specifications to meet, and refineries use automated fuel blending control systems to optimize and control their properties.
This webinar discusses a methodology to benchmark the state of the fuels blending system in a refinery to compare with other refineries using two indices, Automation Effectiveness, and Operational Efficiency. These two indices also gauge the budgetary investment required to convert the manual to an automated system or upgrade the automated system to a state-of-the-art blending control system.
What will you Learn
- Overview of crude oil products and fuels blending economics
- Review a typical fuels blender, its issues, and ways to handle them
- Explain the fuels blending benchmarking methodology
- Introduce blending performance Indices
- Discuss details to calculate performance indices
- Compare the benefits and features of methodologies used in the industry
Target Audience:
- Blending engineers
- Process Control engineers
- Operations Managers
- Refinery Planners
About OMS eLearning Academy
- Provides a portal for the continuing education of refinery and related business professionals
- Professionals can make their curriculum from 200+ topics or enroll in 200+ structured courses
- Progressive eLearning mode course can be taken anytime, anywhere, and on any device
- Issues course completion certificate and transcript with Continuing Education (CE) credits
- Offers Flexible plans and subscriptions for both individual and enterprises
About the Webinar
Crude blending is an economically feasible option to feed the crude units with uniform feed quality as crude sources and quality have changed over the years, and no one source can supply the same crude quality.
Part-I of these two webinars on crude blending discusses the concept and economics of blending different types of crude by using a crude blending optimizer.
Part-II of the webinars series on crude blending will discuss the control system, crude quality analyzers and system implementation.
What will you Learn
- Types of crude classifications
- Crude Supply resources and reserves qualities for blending
- Crude price benchmarks
- Various modes of crude Blending
- Crude Blending Optimizer
Target Audience
- Blending engineers
- Process Control engineers
- Operations Managers
- Refinery Planners
About OMS eLearning Academy
- Provides a portal for the continuing education of refinery and related business professionals
- Professionals can make their curriculum from 200+ topics or enroll in 200+ structured courses
- Progressive eLearning mode course can be taken anytime, anywhere, and on any device
- Issues course completion certificate and transcript with Continuing Education (CE) credits
- Offers Flexible plans and subscriptions for both individual and enterprises
About the Webinar:
Crude blending is an economically feasible option to feed the crude units with uniform feed quality as crude sources and quality have changed over the years. No one source can supply the same crude quality.
Part-I of this two parts webinar discussed crude blending discusses the concept and economics of blending different types of crude using a crude blending optimizer.
Part II of the webinar series on crude blending will discuss the control system, crude quality analyzers, and system implementation. This Webinar discusses the second part of crude blending to discuss analyzers and controls implemented in the industry. In addition, we will discuss different analyzers' modeling techniques, such as spectrum-based neural network analysis, and how the control system is integrated with a robust crude blending system.
What will you Learn
- Crude qualities relevant to blending, transportation, and processing
- Mult-crude blending system
- Analysis technologies and analyzers for crude qualities
- Installation and interfaces of analyzers
- Installation of crude blending control system
Target Audience
- Blending engineers
- Process Control engineers
- Operations Managers
- Refinery Planners
About OMS eLearning Academy
- Provides a portal for the continuing education of refinery and related business professionals
- Professionals can make their curriculum from 200+ topics or enroll in 200+ structured courses
- Progressive eLearning mode course can be taken anytime, anywhere, and on any device
- Issues course completion certificate and transcript with Continuing Education (CE) credits
- Offers Flexible plans and subscriptions for both individual and enterprises
About the Webinar
A refinery can realize tangible benefits of a fully automated and integrated advanced blend control optimization system ranging from 24 to 30 million dollars annually. Refineries cannot afford to ignore this contributing factor to their bottom line. The Webinar discusses all aspects of an advanced blend control and optimization system.
What will you Learn?
- Concept and Modes of Fuel Blending
- Blending Models and modes of implementation
- Benchmarking the existing blending system in the refinery
- Blending Control System architecture and current technologies
- Customization of Blending Systems
- Economics of Blending and its effect on blending profitability
Who should attend this Webinar?
- Blending engineers
- Process Control engineers
- Operations Managers
- Refinery Planners
About OMS eLearning Academy
- It provides a portal for the continuing education of refinery and related business professionals
- Professionals can make their curriculum from 200+ topics or enroll in 200+ structured courses
- Progressive eLearning mode course can be taken anytime, anywhere, and on any device
- Issues course completion certificate and transcript with Continuing Education (CE) credits
- Offers Flexible plans and subscriptions for both individual and enterprises
About the Webinar
The measurement of tank qualities in near real-time is crucial in a refinery for feedforward and feedback to process units from blending control systems for all fuel products. This Webinar discusses model-based updating of tank qualities in real-time compared to 6 to 8 hours of lab analysis.
What will you Learn?
- Different methods for the analysis of tank qualities
- Methodology to measure lab analysis load and cost
- Modeling of tank qualities
- Feedforward and feedback of tank qualities between process units and tanks
- Real-time availability of tank qualities for planning and execution of fuel blends
- Tangible benefits of reduction of lab analysis and cost
Who should attend this Webinar?
- Blending engineers
- Process Control engineers
- Operations Managers
- Refinery Planners
About OMS eLearning Academy
- It provides a portal for the continuing education of refinery and related business professionals
- Professionals can make their curriculum from 200+ topics or enroll in 200+ structured courses
- Progressive eLearning mode course can be taken anytime, anywhere, and on any device
- Issues course completion certificate and transcript with Continuing Education (CE) credits
- Offers Flexible plans and subscriptions for both individual and enterprises
About the Webinar
Analyzers are the heart of process units and refinery offsite operations. Therefore, they must be carefully selected based on quality, response time, sampling, modeling, and integration criteria. This online seminar discusses selecting appropriate analyzers, modeling, installing, and guidelines for refinery offsite operations.
What will you Learn?
- Overview of required and analyzed qualities for crude oil and fuel products
- Methods of analysis of those qualities like lab or analyzers or both
- Discrete vs integrated analyzers and multiplexed sampling system in-situ versus remote points
- Review of all analysis technology
- Analyzers offered by MODCON for various qualities
- AI modeling techniques for spectrum-based analyzers
- Installation and commissioning of analyzers with a typical timeline
- Maintenance of analyzers
Who should attend this Webinar?
- Blending engineers
- Process Control engineers
- Operations Managers
- Refinery Planners
About OMS eLearning Academy
- It provides a portal for the continuing education of refinery and related business professionals.
- Professionals can make their curriculum from 200+ topics or enroll in 200+ structured courses.
- Progressive eLearning mode course can be taken anytime, anywhere, and on any device.
- Issues course completion certificate and transcript with Continuing Education (CE) credits
- Offers Flexible plans and subscriptions for both individual and enterprises
About the Webinar
One of the primary operations in a refinery is to move products between 300+ tanks. It involves a workforce and careful execution to avoid contamination in a manual oil transfer system. This webinar discusses the economy and technology of an automated oil movement and storage system and when such a system should be implemented.
What will you Learn?
- Define What is Oil Movement & Storage (OM&S)
- Extent of OM&S activities in refineries
- Review of history and current status of OM&S automation
- Discuss typical roles and responsibilities with respect to information Flow
- Discuss dynamic versus fixed movement paths methodology
- Walk thru an example to execute a movement and monitor tasks
Who should attend this Webinar?
- Blending engineers
- Process Control engineers
- Operations Managers
- Refinery Planners
About OMS eLearning Academy
- It provides a portal for the continuing education of refinery and related business professionals.
- Professionals can make their curriculum from 200+ topics or enroll in 200+ structured courses.
- Progressive eLearning mode course can be taken anytime, anywhere, and on any device.
- Issues course completion certificate and transcript with Continuing Education (CE) credits
- Offers Flexible plans and subscriptions for both individual and enterprises
About the Webinar
Fuel blending is a vital process in the downstream refining industry, as 80-85% of end-user refinery products are made by blending processes in offsite operations. Refineries lose 25 to 40 Million dollars annually due to inefficient and non-optimized blend recipes and poor blend quality control.
Refineries employ planning and real-time control systems to improve the marginality of the blending process. These systems are supposed to keep the blend qualities on spec while minimizing the quality giveaways and utilizing the available components to produce the desired quantity of the end product at the lowest cost. Both planning and control systems rely on the blend models.
These models predict the blend's properties based on the blended components' properties and their ratios in the blend. Two methods are adopted to model the blend.
The first predominant method uses the first principles of mathematical equations to model the blending process. This method requires initial customization of model parameters and continuously updating biases to correct the quality predictions online or offline by an experienced blend control engineer and must use historical data. Invariably, if not exercised diligently, this method results in a loss of tangible benefits for the refinery and blend quality error control.
What will you Learn?
- Discuss the process of blending technology using the first principles of Blend Models (FPBM)
- Enlist the uncertain source of errors in the blend quality prediction after the first principles
- Discuss the Role of AI in improving upon the FPMB by machine learning to minimize errors due to uncertain sources of errors
- Integration of hybrid model FPBM and AI to improve the blend quality prediction
Who should attend this Webinar?
- Blending engineers
- Process Control engineers
- Operations Managers
- Refinery Planners
About OMS eLearning Academy
- It provides a portal for the continuing education of refinery and related business professionals.
- Professionals can make their curriculum from 200+ topics or enroll in 200+ structured courses.
- Progressive eLearning mode course can be taken anytime, anywhere, and on any device.
- Issues course completion certificate and transcript with Continuing Education (CE) credits
- Offers Flexible plans and subscriptions for both individual and enterprises
About the Webinar
Expanding on the topic, the webinar aims to delve into the comprehensive overview of hydrocarbon management within a refinery setting, addressing the pivotal issue of oil loss which typically ranges between 0.5-1%. This percentage, albeit seemingly minor, can translate into significant financial implications given the vast quantities of oil processed daily in refineries. The process of quantifying this loss falls under the domain of hydrocarbon management or mass reconciliation—a critical facet of refinery operations that ensures efficiency and sustainability.
Hydrocarbon management encompasses a series of procedures aimed at tracking, analyzing, and optimizing the flow of hydrocarbons from the point of entry to the final product stages. Given the complexity and the sheer volume of transactions, both manual and automated methods are employed to achieve accurate reconciliation. Manual methods, while traditional, are increasingly being supplemented or replaced by sophisticated automated systems due to their ability to process large datasets with greater accuracy and efficiency.
What will you Learn?
- Grasp the fundamentals of hydrocarbon flow and its impact on cost and sustainability
- Learn techniques to quantify oil loss during processing, storage, and transport
- Compare manual vs. automated methods for hydrocarbon management
- Explore advanced technologies like sensors and software for real-time monitoring
- Review case studies of automation success in minimizing oil loss
- Understand best practices and industry standards for efficient hydrocarbon management
- Discover future trends and innovations in hydrocarbon loss reduction and sustainability
Target Audience
This comprehensive webinar is tailored for refinery operators, engineers, managers, and environmental compliance officers, providing them with actionable insights and proven strategies to enhance their hydrocarbon management systems. It emphasizes the importance of automation in reducing manual inefficiencies and highlights how data-driven approaches can significantly minimize oil loss.
About OMS eLearning Academy
- It provides a portal for the continuing education of refinery and related business professionals.
- Professionals can make their curriculum from 200+ topics or enroll in 200+ structured courses.
- Progressive eLearning mode course can be taken anytime, anywhere, and on any device.
- Issues course completion certificate and transcript with Continuing Education (CE) credits
- Offers Flexible plans and subscriptions for both individual and enterprises
About the Webinar
Join us for an engaging webinar on refinery optimization, tailored for energy sector professionals keen to enhance their operational efficiency and make informed strategic decisions.
This detailed session will explore the critical role of precise input analysis in setting the stage for effective optimization strategies, demonstrate the practical application of linear programming (LP) models for improving refinery operations, and discuss strategic approaches to adapting product configurations in response to fluctuating market demands and environmental regulations.
Participants will leave with a deeper understanding of integrating advanced optimization techniques into their operations to boost economic performance while ensuring compliance with industry standards.
What will you Learn?
- Learn how accurate input analysis forms the foundation of refinery optimization
- Understand techniques to improve data quality for better refining decisions
- Explore the use of LP models to boost refinery efficiency and profitability
- Review case studies showcasing successful LP model applications
- Discover how to adjust product configurations based on market dynamics
- Understand the economic effects of adding new units like cokers to refineries
Target Audience: This webinar is designed for refinery managers, process engineers, and strategic planners keen on harnessing advanced optimization techniques to improve refinery performance and adapt to evolving market conditions.
Why You Should Attend:
Enhance Operational Efficiency: Gain insights into leveraging LP models for more intelligent, efficient operations.
Navigate Market Volatility: Equip yourself with the knowledge to adapt product outputs in response to market and regulatory changes.
Strategic Planning: Learn how to make informed decisions about infrastructure investments and modifications.
About OMS eLearning Academy
- It provides a portal for the continuing education of refinery and related business professionals.
- Professionals can make their curriculum from 200+ topics or enroll in 200+ structured courses.
- Progressive eLearning mode course can be taken anytime, anywhere, and on any device.
- Issues course completion certificate and transcript with Continuing Education (CE) credits
- Offers Flexible plans and subscriptions for both individual and enterprises
Webinar-15 – Octane Blending - Concept, Models, Measurement, and Prediction
About the Webinar
This webinar delves into the multifaceted world of octane blending, a crucial aspect of modern fuel production that ensures the efficiency and performance of gasoline. Participants will gain a comprehensive understanding of the foundational concepts, advanced models, precise measurement techniques, and predictive methodologies involved in octane blending. The session is designed to cater to chemical, oil, and gas professionals, including process engineers, refinery operators, quality control specialists, and researchers.
Concepts of Octane Blending:
Octane blending is the process of combining different hydrocarbon streams to achieve a desired octane rating in gasoline. The octane rating measures a fuel's ability to resist knocking during combustion, which is critical for engine performance and longevity. This section will cover:
- Historical Background: An overview of octane rating development and its significance in the automotive and fuel industries.
- Chemical Basis: Understanding the chemistry behind octane numbers, including the role of iso-octane and n-heptane as reference fuels.
- Types of Octane Ratings: Exploration of Research Octane Number (RON), Motor Octane Number (MON), and Anti-Knock Index (AKI) and their respective testing methods.
Models for Octane Blending:
Developing accurate models is essential for optimizing the octane blending process. This section will discuss various modeling approaches and their practical applications in the industry:
- Linear Programming (LP) Models: Introduction to LP models for blend optimization, focusing on how refineries use these models to minimize costs while meeting octane requirements.
- Non-Linear Programming (NLP) Models: Examining the complexities of NLP models and their advantages in handling non-linear relationships in blending components.
- Artificial Intelligence (AI) and Machine Learning (ML) Models: Cutting-edge AI/ML techniques that enhance prediction accuracy and adaptability in octane blending processes.
- Case Studies: Real-world examples of successful implementation of these models in refineries, showcasing efficiency and product quality improvements.
Measurement Techniques:
Accurate measurement of octane ratings is paramount for quality control and regulatory compliance. This section will cover:
- Laboratory Methods: Detailed overview of standard laboratory methods such as the CFR engine test for determining RON and MON.
- In-Process Measurement: Modern techniques for real-time octane measurement, including NIR (Near-Infrared) spectroscopy and online analyzers.
- Challenges in Measurement: Common issues and challenges faced during octane measurement and strategies to overcome them to ensure reliability and precision.
Predictive Methodologies:
Predicting the octane number of blended fuels is crucial for planning and operational efficiency. This section will explore:
- Empirical Methods: Traditional empirical formulas and their application in prediction, including the blending octane number concept.
- Simulation Tools: Utilization of advanced simulation tools and software that integrate various data points to predict octane levels accurately.
- AI/ML-Based Predictions: Leveraging AI/ML algorithms for predictive analytics, enhancing the ability to forecast octane ratings based on historical and real-time data.
- Integration with Process Control Systems: How predictive models can be integrated with existing process control systems to automate and optimize the blending process.
Conclusion:
The webinar will conclude with a Q&A session, allowing participants to engage with experts and address specific queries related to octane blending. Attendees will leave with a thorough understanding of the entire octane blending process, from foundational concepts to advanced predictive methodologies, equipping them with the knowledge to implement and optimize these processes in their respective fields.
Who Should Attend:
- Process Engineers
- Refinery Operators
- Quality Control Specialists
- Researchers and Academicians
- Industry Professionals involved in Fuel Production and Distribution
Key Takeaways:
- Comprehensive understanding of octane blending concepts and their significance.
- Insight into various modeling techniques and their practical applications in the industry.
- Knowledge of accurate and reliable octane measurement methods.
- Exposure to advanced predictive methodologies and their integration with process control systems.
- Real-world case studies demonstrating successful implementation and optimization of octane blending processes.
Speaker
The first webinar speaker, Dr. Suresh S. Agrawal, is the founder and CEO of Offsite Management Systems LLC (OMS) and the academy director of OMS eLearning Academy.
He graduated from the Indian Institute of Technology, Mumbai, India, with a Bachelor of Chemical Engineering. He then obtained a Master's and PH.D. Degrees in Chemical Engineering from Illinois Institute of Technology, Chicago, USA.
Dr. Agrawal has 40+ years of experience in senior technical / management positions with international companies and has successfully managed many advanced refinery process control projects in numerous countries. Dr. Agrawal is a registered professional engineer in Illinois, USA, and a member of the American Institute of Chemical Engineers and Instrumentation Society of America. He has published and presented 30+ papers in international publications and conferences in advanced process control. He has consulted several refining and process industries worldwide and delivered training seminars in his expertise.
The second webinar speaker, Dr. Ariel Kigel, is the R&D Manager at UK-based mod-con-systems, Inc. He holds a Ph.D. in physical chemistry and an MBA in business administration.
Dr. Kingel Leads market-oriented development and day-to-day operations of online process analytical systems for conventional industries.
He leads the definition and development of new applications into new industries, overseeing multi-national teams.
Registration Details:
- Date: August 21, 2024
- Time: 11 AM CDT
- Duration: 60 minutes
- Platform: Zoom
- Registration Link: [Insert Link]
This webinar is an excellent opportunity for industry professionals to enhance their understanding of octane blending, stay updated with the latest advancements, and implement best practices in their operations. Don't miss out on this chance to learn from experts and network with peers in the field. Register now to secure your spot!
About OMS eLearning Academy
- Provides a portal for the continuing education of refinery and related business professionals
- Professionals can make their curriculum from 200+ topics or enroll in 200+ structured courses.
- Progressive eLearning mode course can be taken anytime, anywhere, and on any device.
- Issues course completion certificate and transcript with Continuing Education (CE) credits
- Offers Flexible plans and subscriptions for both individual and enterprises
Click to see the academy catalog of topics https://bit.ly/3cJ1YnM
Hashtags
“octane-blending #knowengine #fuelblending #AI-ML hybrid models
Event Link
https://bit.ly/3zTDIun
Zoom Link
https://us02web.zoom.us/j/86077740256?pwd=q8XvVU1VM1gGhd07r7aKlguB6FAufZ.1
Privacy policy link
https://www.oms-elearning-academy.com/privacy-policy/
Details Link
https://cdn.oms-eLearning-academy.com/wp-content/Webinars/Details/PDF/OEA15W.pdf
Webinar-16 – Lost Tangible Benefits In Refinery Operations- Ignorance or Indifference?
About the Webinar
In the ever-evolving world of refinery operations, the pursuit of efficiency and cost-effectiveness is paramount. However, despite the availability of advanced technologies and robust management systems, many refineries continue to experience significant, yet often unnoticed, losses in tangible benefits. These losses can stem from ignorance of best practices and a pervasive indifference to operational optimization.
This webinar delves into the critical factors contributing to these lost benefits, exploring the roles of ignorance and indifference in refinery operations. Participants will gain insights into common pitfalls, such as overlooked energy inefficiencies, suboptimal product yields, and inadequate maintenance practices. We will illustrate these issues' financial and operational impacts through real-world case studies, providing a compelling case for proactive management and continuous improvement.
Lost Tangible Benefits
The concept of "Lost Tangible Benefits" refers to the measurable advantages or gains an organization fails to achieve due to inefficiencies, lack of awareness, or missed opportunities in their operations. In the context of refinery operations, these lost benefits can be due to various factors such as:
What will you learn from this webinar
Attendees will leave with a clear understanding of:
- The tangible benefits are commonly overlooked in refinery operations.
- The root causes of ignorance and indifference that lead to these losses.
- Practical strategies for mitigating these issues, including training, technology adoption, and cultural transformation.
- The financial implications of addressing or neglecting these operational challenges.
Join us to learn how to transform potential losses into gains and drive your refinery toward greater efficiency and profitability.
Key Takeaways:
- Identifying and quantifying lost tangible benefits in refinery operations.
- It is understanding the impact of ignorance and indifference on operational performance.
- Strategies for overcoming organizational resistance and fostering a culture of continuous improvement.
- Real-world examples of successful interventions and their outcomes.
Target Audience:
- Refinery Managers and Supervisors
- Process Engineers and Technicians
- Operations and Maintenance Teams
- Environmental and Safety Compliance Officers
- Industry Consultants and Analysts
Speaker
The webinar speaker, Dr. Suresh S. Agrawal, is the founder and CEO of Offsite Management Systems LLC (OMS) and the academy director of OMS eLearning Academy.
He graduated from the Indian Institute of Technology, Mumbai, India, with a Bachelor of Chemical Engineering. He then obtained a Master's and PH.D. Degrees in Chemical Engineering from Illinois Institute of Technology, Chicago, USA.
Dr. Agrawal has 40+ years of experience in senior technical / management positions with international companies and has successfully managed many advanced refinery process control projects in numerous countries. Dr. Agrawal is a registered professional engineer in Illinois, USA, and a member of the American Institute of Chemical Engineers and Instrumentation Society of America. He has published and presented 30+ papers in international publications and conferences in advanced process control. He has consulted several refining and process industries worldwide and delivered training seminars in his expertise.
Registration Details:
- Date: November 20, 2024
- Time: 11 AM CDT
- Duration: 60 minutes
- Platform: Zoom
- Registration Link: https://bit.ly/4eHu1yX
This webinar is an excellent opportunity for industry professionals to enhance their understanding of octane blending, stay updated with the latest advancements, and implement best practices in their operations. Don't miss out on this chance to learn from experts and network with peers in the field. Register now to secure your spot!
About OMS eLearning Academy
- Provides a portal for the continuing education of refinery and related business professionals
- Professionals can make their curriculum from 200+ topics or enroll in 200+ structured courses.
- Progressive eLearning mode course can be taken anytime, anywhere, and on any device.
- Issues course completion certificate and transcript with Continuing Education (CE) credits
- Offers Flexible plans and subscriptions for both individual and enterprises
Click to see the academy catalog of topics: https://bit.ly/3cJ1YnM.
Hashtags
“RefineryOperations #tangiblebenefits #refineryoffsiteoperations #IgnoredBenefits #indefferentManagementActions
Event Link
https://bit.ly/3zTDIun
Zoom Link
https://us02web.zoom.us/j/87617139436?pwd=ucXJuaSSJSbjXy7vgO6gx3f1B8JLwR.1
Privacy policy link
https://www.oms-elearning-academy.com/privacy-policy/
Details Link
https://cdn.oms-eLearning-academy.com/wp-content/Webinars/Details/PDF/OEA16W.pdf
About the Webinar
In today’s competitive and rapidly evolving process industries, efficiency and adaptability are critical. Artificial Intelligence (AI) and Machine Learning (ML) are now at the forefront of this transformation, particularly in Advanced Process Control (APC) and Real-Time Optimization (RTO).
This webinar explores how AI/ML, empowered by oPRO.ai’s Deep Learning Optimization (DLO) platform, is revolutionizing APC solutions and enabling more intelligent, data-driven operations. Learn how these technologies are reshaping process optimization and delivering measurable value across the refining and oil & gas sectors.
What Will You Learn
- The fundamentals and real-world impact of AI/ML in APC and RTO
- How oPRO.ai’s Deep Learning Optimization platform enables smarter control strategies
- Case studies demonstrating yield improvement, energy reduction, and minimized product giveaway
- How AI/ML empowers operators and planners with enhanced decision support
- Practical pathways to adopting AI/ML in your existing APC and RTO systems
Target Audience:
This webinar is designed for control engineers, process engineers, operations managers, digital transformation leads, and executives seeking to leverage the power of AI/ML in process industries.
Why You Should Attend
- Discover Innovation in Action: Learn how leading refiners are using AI/ML to solve persistent challenges in APC and RTO.
- Achieve Measurable Gains: Understand the tangible ROI from real implementations—higher throughput, lower costs, improved margins.
- Bridge the Gap Between Data and Action: See how intelligent platforms turn raw process data into meaningful control decisions.
- Future-Proof Your Operations: Explore how AI/ML can integrate with your current systems and elevate your operational capabilities.
About OMS eLearning Academy
- Provides a portal for the continuing education of refinery and related business professionals
- Professionals can make their curriculum from 200+ topics or enroll in 200+ structured courses
- Progressive eLearning mode—courses can be taken anytime, anywhere, and on any device
- Issues course completion certificate and transcript with Continuing Education (CE) credits
- Offers flexible plans and subscriptions for both individuals and enterprises
This refresher course is an overview of operational aspects of the downstream refining industry for offsite operations. You can either enroll in 3 topics stand-alone module on the individual operational aspect or in 12 topics bundled courses at 17% cost saving covering all refinery operational areas. You can also review the introduction video here before enrolling in any of the module of the refresher course.
This is the first module of the refresher course to discuss how to manage and automate the refinery infrastructure for the operation.
This is the second module of the refresher course to discuss the control of the manufacturing of all refinery end-use products.
This is the third module of the refresher course to discuss how to optimize refinery productions.
This is the fourth module of the refresher course to reconcile or balance the refinery products and losses.
This is an individual enrollable bundled course consisting of all refresh course MCOR modules, namely, manage, control, optimize and reconcile.
These are full MCOR code courses with recorded audio-video, subtitled with Quizzes for each topic. These courses are fully structured for operational staff, management and technical consultants, EPC professionals, fresh CHE graduates, or new refinery professionals. These courses are not live and can be taken anytime, anywhere on any device with advanced eLearning. There is a long, unlocked period to facilitate learning at your own pace. There is a group discount for all MCOR Core courses. You can also review the introduction video here before enrolling in any of the MCOR courses.
This topic is a placeholder for a future topic. The topic will be in one of the categories of the MCOR, namely, Manage, Control, Optimize and Reconcile.
This topic is a placeholder for a future topic. The topic will be in one of the categories of the MCOR, namely, Manage, Control, Optimize and Reconcile.
This topic is a placeholder for a future topic. The topic will be in one of the categories of the MCOR, namely, Manage, Control, Optimize and Reconcile.
This section shows 50+ topics of Managing the Refinery infrastructure aspect of MCOR strategy for the offsite operations of the downstream refining industry. You can select topics from this category for a custom curriculum using a variable choose N Enroll plan or fixed enrollment plan. You can also review the introduction video here before enrolling in any of the custom curriculum plans.
This topic discusses the types and properties attributed by various additives to gasoline blends.
This topic discusses the significance/applicability of all three layers in the scheme of the blending control system.
This topic discusses gasohol properties; feedstock; and gasoline blends of ethanol, methanol, and biobutanol.
The prime objective of this topic is to outline the most critical blend header design parameters to consider.
This topic walks through a generic blend modeling process valid for all blend optimizers in the market.
This topic’s objective is to outline problems and challenges that should be considered during the blending process.
This topic discusses identifying error sources during blending, online vs. lab analysis, flow correction, etc.
This topic discusses the benefits of offsite refinery operations like material movement and return on investment.
This topic is a placeholder for a future topic. The topic will be in one of the categories of the MCOR, namely, Manage, Control, Optimize and Reconcile.
This topic discusses the typical blender, the analyzer and sampling system, additive controls, etc.
This topic discusses product yields, gasoline blending, kerosene blending, fuel oil blending, etc.
This topic discusses fuel specifications and explains the quality specs and their modes of control in manufacturing.
This topic discusses various challenging issues, giveaways, and violations that affect the quality of petroleum products.
This topic discusses how to identify and estimate blending errors, error minimization, criticalities, etc.
This topic discusses refinery fence line balancing, refinery loss distribution, inter-tank transfer, etc.
This topic discusses blending operations survey areas, field equipment automation, optimization software, etc.
This topic discusses lab sampling points for blending, measuring lab analysis load, economic incentives to reduce it, etc.
This topic is a placeholder for a future topic. The topic will be in one of the categories of the MCOR, namely, Manage, Control, Optimize and Reconcile.
This topic discusses linear, indexed linear, and nonlinear blending models, interactive coefficients, etc.
This topic discusses the economics of tank pseudo-analyzers, methods to analyze/estimate tank qualities, etc.
This topic discusses component volume balance, tank inventory limits, equipment limits, recipe constraints, etc.
This topic discusses the optimization of multi-period/multi-product planning models, the rollover process, etc.
This topic discusses optimizing summer and winter-grade gasoline, EPA RFG models, virtual blend tanks, etc.
This topic discusses the online analysis system, discrete analyzers, multiplexed sampling systems, etc.
This topic discusses the automation project checklist, reasons for project failure, steps for project success, etc.
This topic discusses onsite vs. offsite operations, problems, and challenges, hydrocarbon management, etc.
This topic is a placeholder for a future topic. The topic will be in one of the categories of the MCOR, namely, Manage, Control, Optimize and Reconcile.
This topic is a placeholder for a future topic. The topic will be in one of the categories of the MCOR, namely, Manage, Control, Optimize and Reconcile.
This topic discusses the need for storage, stages of storage, products and tank types, fugitive emissions, etc.
This topic discusses refinery products, storage stages, factors affecting tank farm storage capacity, etc.
This topic discusses the role of a tank and the required information, steps to measure parameters and inventory, etc.
This topic discusses the estimation of tank inventory, tank information system (TIS), the role of a tank, tank anatomy, etc.
This topic discusses ways to measure fugitive emissions, generating emission reports, types of tanks and losses, etc.
This topic discusses the supply chain, custody transfer challenges, specific challenges of various terminals, etc.
This topic discusses the extent of OM&S activities in a refinery, OM&S automation, typical OM&S activities, etc.
This topic discusses methods to determine tank quality, refinery lab analysis load, the economics of lab analysis, etc.
This topic answers all octane 20 quiz questions with detailed explanations. You will then have a better understanding of Octane and its mysteries.
This topic is a placeholder for a future topic. The topic will be in one of the categories of the MCOR, namely, Manage, Control, Optimize and Reconcile.
This topic discusses the concept of the quality giveaway, estimation of yearly loss of benefits from giveaway, etc.
This topic discusses refinery onsite versus offsite operations, the benefits of automation of offsite operations, etc.
This topic is a placeholder for a future topic. The topic will be in one of the categories of the MCOR, namely, Manage, Control, Optimize and Reconcile.
This topic is a placeholder for a future topic. The topic will be in one of the categories of the MCOR, namely, Manage, Control, Optimize and Reconcile.
This topic is a placeholder for a future topic. The topic will be in one of the categories of the MCOR, namely, Manage, Control, Optimize and Reconcile.
This topic is a placeholder for a future topic. The topic will be in one of the categories of the MCOR, namely, Manage, Control, Optimize and Reconcile.
This topic is a placeholder for a future topic. The topic will be in one of the categories of the MCOR, namely, Manage, Control, Optimize and Reconcile.
This topic is a placeholder for a future topic. The topic will be in one of the categories of the MCOR, namely, Manage, Control, Optimize and Reconcile.
This topic is a placeholder for a future topic. The topic will be in one of the categories of the MCOR, namely, Manage, Control, Optimize and Reconcile.
This topic is a placeholder for a future topic. The topic will be in one of the categories of the MCOR, namely, Manage, Control, Optimize and Reconcile.
This topic is a placeholder for a future topic. The topic will be in one of the categories of the MCOR, namely, Manage, Control, Optimize and Reconcile.
This topic is a placeholder for a future topic. The topic will be in one of the categories of the MCOR, namely, Manage, Control, Optimize and Reconcile.
These courses are offered as online streaming for individual enrollees. The online streaming mode is hybrid; it has part of recorded topics and part as live presented by the academy director. The online streaming has short quizzes after each topic and a certificate issued by email on successful completion. You can also review the introduction video here before enrolling in any of the online streaming course.
This curriculum is customized for the individual user for three to12 categorized topics selected from Choose N enroll category.
This curriculum is customized for corporate group users for 12-24 categorized topics selected from Choose N enroll category.
A welcome message from our academy Director and CEO, Dr. Suresh Agrawal
A thank-you message from our academy Director and CEO, Dr. Suresh Agrawal
This topic is a placeholder for a future topic. The topic will be in one of the categories of the MCOR, namely, Manage, Control, Optimize and Reconcile.
This topic is a placeholder for a future topic. The topic will be in one of the categories of the MCOR, namely, Manage, Control, Optimize and Reconcile.
This topic is a placeholder for a future topic. The topic will be in one of the categories of the MCOR, namely, Manage, Control, Optimize and Reconcile.
This topic is a placeholder for a future topic. The topic will be in one of the categories of the MCOR, namely, Manage, Control, Optimize and Reconcile.
This topic is a placeholder for a future topic. The topic will be in one of the categories of the MCOR, namely, Manage, Control, Optimize and Reconcile.
This topic is a placeholder for a future topic. The topic will be in one of the categories of the MCOR, namely, Manage, Control, Optimize and Reconcile.
This topic is a placeholder for a future topic. The topic will be in one of the categories of the MCOR, namely, Manage, Control, Optimize and Reconcile.
This topic is a placeholder for a future topic. The topic will be in one of the categories of the MCOR, namely, Manage, Control, Optimize and Reconcile.
This topic is a placeholder for a future topic. The topic will be in one of the categories of the MCOR, namely, Manage, Control, Optimize and Reconcile.
This topic is a placeholder for a future topic. The topic will be in one of the categories of the MCOR, namely, Manage, Control, Optimize and Reconcile.
This topic is a placeholder for a future topic. The topic will be in one of the categories of the MCOR, namely, Manage, Control, Optimize and Reconcile.
This topic is a placeholder for a future topic. The topic will be in one of the categories of the MCOR, namely, Manage, Control, Optimize and Reconcile.
This topic is a placeholder for a future topic. The topic will be in one of the categories of the MCOR, namely, Manage, Control, Optimize and Reconcile.
This topic is a placeholder for a future topic. The topic will be in one of the categories of the MCOR, namely, Manage, Control, Optimize and Reconcile.
This topic is a placeholder for a future topic. The topic will be in one of the categories of the MCOR, namely, Manage, Control, Optimize and Reconcile.
This topic is a placeholder for a future topic. The topic will be in one of the categories of the MCOR, namely, Manage, Control, Optimize and Reconcile.
These are free courses offered in the academy to familiarize you with the quality of content, audio-video, subtitles, and process flow to be a part of the academy. We encourage you to take any free courses before enrolling in a regular paid course or module. You will also receive a certificate but must complete all steps in progression. The price shown will be discounted 100% at the check-out time rendering no cost to you for these free courses. You can also view overview video of the academy here before watching any of the free courses.
This video describes the free course to give a preview of the MCOR academy curriculum for the management of the infrastructure. This video describes the free course to give a preview of the MCOR academy curriculum for the control of the manufacturing. This video describes the free course to give a preview of the MCOR academy curriculum for the optimization of the production. This video describes the free course to give a preview of the MCOR academy curriculum for the reconciliation of the hydrocarbons. This free course consists of four topics related to each aspect of the MCOR strategy for refinery offsite operations. This free course consists of four topics related to each aspect of the MCOR strategy for refinery offsite operations. This course is an overview of all operational aspects of the downstream refining industry for offsite operations. The executive primer is an excellent overview of refinery operations for busy management executives and has been divided into four modules, each covering MCOR strategy. You can also review the introduction video here before enrolling in any of the module of the executive primer. This topic is a placeholder for a future topic. The topic will be in one of the categories of the MCOR, namely, Manage, Control, Optimize and Reconcile. This topic is a placeholder for a future topic. The topic will be in one of the categories of the MCOR, namely, Manage, Control, Optimize and Reconcile. This topic is a placeholder for a future topic. The topic will be in one of the categories of the MCOR, namely, Manage, Control, Optimize and Reconcile. This topic is a placeholder for a future topic. The topic will be in one of the categories of the MCOR, namely, Manage, Control, Optimize and Reconcile. These are special focused 15+ advanced level courses and include 12-15 topics to discuss to one area of operations. The examples of these advanced courses are blend control and optimization, quality control and management, blending in refining industry and many more. You can also review the introduction video here before enrolling in any of the advanced courses. This topic is a placeholder for a future topic. The topic will be in one of the categories of the MCOR, namely, Manage, Control, Optimize and Reconcile. This topic is a placeholder for a future topic. The topic will be in one of the categories of the MCOR, namely, Manage, Control, Optimize and Reconcile. This topic is a placeholder for a future topic. The topic will be in one of the categories of the MCOR, namely, Manage, Control, Optimize and Reconcile. This topic is a placeholder for a future topic. The topic will be in one of the categories of the MCOR, namely, Manage, Control, Optimize and Reconcile. This topic is a placeholder for a future topic. The topic will be in one of the categories of the MCOR, namely, Manage, Control, Optimize and Reconcile. This topic is a placeholder for a future topic. The topic will be in one of the categories of the MCOR, namely, Manage, Control, Optimize and Reconcile. This topic is a placeholder for a future topic. The topic will be in one of the categories of the MCOR, namely, Manage, Control, Optimize and Reconcile. This topic is a placeholder for a future topic. The topic will be in one of the categories of the MCOR, namely, Manage, Control, Optimize and Reconcile. This topic is a placeholder for a future topic. The topic will be in one of the categories of the MCOR, namely, Manage, Control, Optimize and Reconcile. This topic is a placeholder for a future topic. The topic will be in one of the categories of the MCOR, namely, Manage, Control, Optimize and Reconcile. This topic is a placeholder for a future topic. The topic will be in one of the categories of the MCOR, namely, Manage, Control, Optimize and Reconcile. This topic is a placeholder for a future topic. The topic will be in one of the categories of the MCOR, namely, Manage, Control, Optimize and Reconcile. This topic is a placeholder for a future topic. The topic will be in one of the categories of the MCOR, namely, Manage, Control, Optimize and Reconcile. This topic is a placeholder for a future topic. The topic will be in one of the categories of the MCOR, namely, Manage, Control, Optimize and Reconcile. This topic is a placeholder for a future topic. The topic will be in one of the categories of the MCOR, namely, Manage, Control, Optimize and Reconcile. This topic is a placeholder for a future topic. The topic will be in one of the categories of the MCOR, namely, Manage, Control, Optimize and Reconcile. This section shows 50+ topics of Controlling the Manufacturing aspect of MCOR strategy for the offsite operations of the downstream refining industry. You can select topics from this category for a custom curriculum using a variable choose N Enroll plan or fixed enrollment plan. You can also review the introduction video here before enrolling in any of the custom curriculum plans. This topic discusses advances in blending technology hardware and software such as high-end servers and C++. This topic discusses biodiesel properties, feedstock, blend recipes, production, transportation, storage, etc. This topic discusses the need for trim blending and methodology to correct violated fuel quality specs. This topic defines blending and teaches its importance in refineries and how it helps refiners meet specifications. This topic will describe two blending methods, their examples, applications, blend control strategies, etc. The prime objective of this topic is to discuss the control matrix of qualities and their interdependent terminologies. This topic discusses offline blend optimizers, compares them to online ones, and implements strategies. This topic discusses the concept of marginal values, their causes and effects, their usage to avoid giveaways, etc. This topic will explain fuel blending benchmarking, the typical fuel blender, fuel blending economics, etc. This topic deals with rundown blenders, open-loop KPI criteria, monthly KPI reports, steps to improve KPI, etc. This topic discusses performance measurement methodology, the automation effectiveness index, and other subjects. This topic discusses nonlinear blending values, handling blend nonlinearity, nonlinear blending indexes, etc. This topic discusses the blend planning process, gasoline blending, model constraints, optimization options, etc. This topic discusses oil movement management, control, and monitoring; operational problems and costs; etc. This topic discusses refinery offsite automation islands, the typical technology set, various interfaces, etc. This topic discusses the role of a tank, tank inventory, automatic tank gauging (ATG), types of gauges, etc. This topic discusses the factors behind the complexity of the blending process, blending as a nonlinear process, etc. This topic discusses blending automation phases, a typical plant survey agenda, refinery benchmarking, etc. This topic discusses the concept of butane blending, Gasoline properties, and seasonal RVP specs, Blend Models and benefits calculator. This topic is a placeholder for a future topic. The topic will be in one of the categories of the MCOR, namely, Manage, Control, Optimize and Reconcile. This topic is a placeholder for a future topic. The topic will be in one of the categories of the MCOR, namely, Manage, Control, Optimize and Reconcile. This topic is a placeholder for a future topic. The topic will be in one of the categories of the MCOR, namely, Manage, Control, Optimize and Reconcile. This topic is a placeholder for a future topic. The topic will be in one of the categories of the MCOR, namely, Manage, Control, Optimize and Reconcile. This topic is a placeholder for a future topic. The topic will be in one of the categories of the MCOR, namely, Manage, Control, Optimize and Reconcile. This topic is a placeholder for a future topic. The topic will be in one of the categories of the MCOR, namely, Manage, Control, Optimize and Reconcile. This topic is a placeholder for a future topic. The topic will be in one of the categories of the MCOR, namely, Manage, Control, Optimize and Reconcile. This topic is a placeholder for a future topic. The topic will be in one of the categories of the MCOR, namely, Manage, Control, Optimize and Reconcile. This topic is a placeholder for a future topic. The topic will be in one of the categories of the MCOR, namely, Manage, Control, Optimize and Reconcile. This topic is a placeholder for a future topic. The topic will be in one of the categories of the MCOR, namely, Manage, Control, Optimize and Reconcile. This topic is a placeholder for a future topic. The topic will be in one of the categories of the MCOR, namely, Manage, Control, Optimize and Reconcile. This topic is a placeholder for a future topic. The topic will be in one of the categories of the MCOR, namely, Manage, Control, Optimize and Reconcile. This topic is a placeholder for a future topic. The topic will be in one of the categories of the MCOR, namely, Manage, Control, Optimize and Reconcile. This topic is a placeholder for a future topic. The topic will be in one of the categories of the MCOR, namely, Manage, Control, Optimize and Reconcile. This topic is a placeholder for a future topic. The topic will be in one of the categories of the MCOR, namely, Manage, Control, Optimize and Reconcile. This topic is a placeholder for a future topic. The topic will be in one of the categories of the MCOR, namely, Manage, Control, Optimize and Reconcile. This topic is a placeholder for a future topic. The topic will be in one of the categories of the MCOR, namely, Manage, Control, Optimize and Reconcile. This topic will discuss the challenges and trends faced by the refining industry to maintain product qualities due to continuous changes in crude oil quality. This topic discusses the requirements and challenges of Crude Oil Blending, such as the blending procedure, tools, and aspects of process optimization. This topic discusses the online process analyzers used for Diesel, and Gasoline Blending control systems and further discusses the need for process analysis control and measuring methods available for online control. This topic discusses the neural network modeling method for the in-line blending optimization for crude and fuel blending systems. This topic is a placeholder for a future topic. The topic will be in one of the categories of the MCOR, namely, Manage, Control, Optimize and Reconcile. This topic is a placeholder for a future topic. The topic will be in one of the categories of the MCOR, namely, Manage, Control, Optimize and Reconcile. These courses are offered as online streaming for corporate users enrollees. The online streaming mode is hybrid; it has part of recorded topics and part as live presented by the academy director. The online streaming has short quizzes after each topic and a certificate issued by email on successful completion. A minimum of 10 users must be enrolled in this course. You can also review the introduction video here before enrolling in any of the online streaming course. This topic is a placeholder for a future topic. The topic will be in one of the categories of the MCOR, namely, Manage, Control, Optimize and Reconcile. This topic is a placeholder for a future topic. The topic will be in one of the categories of the MCOR, namely, Manage, Control, Optimize and Reconcile. This topic is a placeholder for a future topic. The topic will be in one of the categories of the MCOR, namely, Manage, Control, Optimize and Reconcile. This topic is a placeholder for a future topic. The topic will be in one of the categories of the MCOR, namely, Manage, Control, Optimize and Reconcile. This topic is a placeholder for a future topic. The topic will be in one of the categories of the MCOR, namely, Manage, Control, Optimize and Reconcile. This topic is a placeholder for a future topic. The topic will be in one of the categories of the MCOR, namely, Manage, Control, Optimize and Reconcile. This topic is a placeholder for a future topic. The topic will be in one of the categories of the MCOR, namely, Manage, Control, Optimize and Reconcile. This topic is a placeholder for a future topic. The topic will be in one of the categories of the MCOR, namely, Manage, Control, Optimize and Reconcile. This topic is a placeholder for a future topic. The topic will be in one of the categories of the MCOR, namely, Manage, Control, Optimize and Reconcile. This topic is a placeholder for a future topic. The topic will be in one of the categories of the MCOR, namely, Manage, Control, Optimize and Reconcile. This topic is a placeholder for a future topic. The topic will be in one of the categories of the MCOR, namely, Manage, Control, Optimize and Reconcile. This topic is a placeholder for a future topic. The topic will be in one of the categories of the MCOR, namely, Manage, Control, Optimize and Reconcile. This topic is a placeholder for a future topic. The topic will be in one of the categories of the MCOR, namely, Manage, Control, Optimize and Reconcile. This topic is a placeholder for a future topic. The topic will be in one of the categories of the MCOR, namely, Manage, Control, Optimize and Reconcile. This topic is a placeholder for a future topic. The topic will be in one of the categories of the MCOR, namely, Manage, Control, Optimize and Reconcile. This topic is a placeholder for a future topic. The topic will be in one of the categories of the MCOR, namely, Manage, Control, Optimize and Reconcile. This topic is a placeholder for a future topic. The topic will be in one of the categories of the MCOR, namely, Manage, Control, Optimize and Reconcile. This topic is a placeholder for a future topic. The topic will be in one of the categories of the MCOR, namely, Manage, Control, Optimize and Reconcile. This topic is a placeholder for a future topic. The topic will be in one of the categories of the MCOR, namely, Manage, Control, Optimize and Reconcile. This topic is a placeholder for a future topic. The topic will be in one of the categories of the MCOR, namely, Manage, Control, Optimize and Reconcile. The academy offers free quiz with 20 questions every month to test your knowledge level on different operational aspects of the downstream refining. These quizzes are free and can be taken only once with no passing grade. We will send an email with summary of your responses and assessment of your skill level based on the number of your correct answers. Your skill level and answers will also be summarized statistically with other quiz takers. The quizzes are free for fun. Only one quiz will be scheduled to be visible and activated for each month.
This is free (will be discounted 100% in the cart) 20 questions octane topic to evaluate your knowledge of octane. The detailed answers to quiz questions are discussed in a topic following the quiz completion. This is free (will be discounted 100% in the cart) 20 questions octane topic to evaluate your knowledge of octane. The detailed answers to quiz questions are discussed in a topic following the quiz completion. This is free (will be discounted 100% in the cart) 20 questions octane topic to evaluate your knowledge of octane. The detailed answers to quiz questions are discussed in a topic following the quiz completion. This is free (will be discounted 100% in the cart) 20 questions octane topic to evaluate your knowledge of octane. The detailed answers to quiz questions are discussed in a topic following the quiz completion. This is free (will be discounted 100% in the cart) 20 questions octane topic to evaluate your knowledge of octane. The detailed answers to quiz questions are discussed in a topic following the quiz completion. This is free (will be discounted 100% in the cart) 20 questions octane topic to evaluate your knowledge of octane. The detailed answers to quiz questions are discussed in a topic following the quiz completion. This is free (will be discounted 100% in the cart) 20 questions octane topic to evaluate your knowledge of octane. The detailed answers to quiz questions are discussed in a topic following the quiz completion. This is free (will be discounted 100% in the cart) 20 questions octane topic to evaluate your knowledge of octane. The detailed answers to quiz questions are discussed in a topic following the quiz completion. This is free (will be discounted 100% in the cart) 20 questions octane topic to evaluate your knowledge of octane. The detailed answers to quiz questions are discussed in a topic following the quiz completion. This is free (will be discounted 100% in the cart) 20 questions octane topic to evaluate your knowledge of octane. The detailed answers to quiz questions are discussed in a topic following the quiz completion. This is free (will be discounted 100% in the cart) 20 questions octane topic to evaluate your knowledge of octane. The detailed answers to quiz questions are discussed in a topic following the quiz completion. This is free (will be discounted 100% in the cart) 20 questions octane topic to evaluate your knowledge of octane. The detailed answers to quiz questions are discussed in a topic following the quiz completion. This course is an overview of all operational aspects of the downstream refining industry for offsite operations. The manager primer is an excellent overview of refinery operations for operations management professionals and has been divided into four modules, each covering MCOR strategy. You can also review the introduction video here before enrolling in any of the module of the manager primer. This topic is a placeholder for a future topic. The topic will be in one of the categories of the MCOR, namely, Manage, Control, Optimize and Reconcile. This topic is a placeholder for a future topic. The topic will be in one of the categories of the MCOR, namely, Manage, Control, Optimize and Reconcile. This topic is a placeholder for a future topic. The topic will be in one of the categories of the MCOR, namely, Manage, Control, Optimize and Reconcile. This topic is a placeholder for a future topic. The topic will be in one of the categories of the MCOR, namely, Manage, Control, Optimize and Reconcile. These are enterprise license-based courses in the entire academy. They are per user basis with a minimum of ten users enrollment. An assigned group leader can initially license the course, assign enterprise users, and monitor their progress and completion status. These courses have an expiration period and are not perpetual. This is a corporate enrollable bundled course consisting of all refresh course MCOR modules, namely, manage, control, optimize and reconcile. This topic is a placeholder for a future topic. The topic will be in one of the categories of the MCOR, namely, Manage, Control, Optimize and Reconcile. This topic is a placeholder for a future topic. The topic will be in one of the categories of the MCOR, namely, Manage, Control, Optimize and Reconcile. This topic is a placeholder for a future topic. The topic will be in one of the categories of the MCOR, namely, Manage, Control, Optimize and Reconcile. This topic is a placeholder for a future topic. The topic will be in one of the categories of the MCOR, namely, Manage, Control, Optimize and Reconcile. This topic is a placeholder for a future topic. The topic will be in one of the categories of the MCOR, namely, Manage, Control, Optimize and Reconcile. This topic is a placeholder for a future topic. The topic will be in one of the categories of the MCOR, namely, Manage, Control, Optimize and Reconcile. This topic is a placeholder for a future topic. The topic will be in one of the categories of the MCOR, namely, Manage, Control, Optimize and Reconcile. This topic is a placeholder for a future topic. The topic will be in one of the categories of the MCOR, namely, Manage, Control, Optimize and Reconcile. This topic is a placeholder for a future topic. The topic will be in one of the categories of the MCOR, namely, Manage, Control, Optimize and Reconcile. This topic is a placeholder for a future topic. The topic will be in one of the categories of the MCOR, namely, Manage, Control, Optimize and Reconcile. This topic is a placeholder for a future topic. The topic will be in one of the categories of the MCOR, namely, Manage, Control, Optimize and Reconcile. This topic is a placeholder for a future topic. The topic will be in one of the categories of the MCOR, namely, Manage, Control, Optimize and Reconcile. This topic is a placeholder for a future topic. The topic will be in one of the categories of the MCOR, namely, Manage, Control, Optimize and Reconcile. This topic is a placeholder for a future topic. The topic will be in one of the categories of the MCOR, namely, Manage, Control, Optimize and Reconcile. This topic is a placeholder for a future topic. The topic will be in one of the categories of the MCOR, namely, Manage, Control, Optimize and Reconcile. This topic is a placeholder for a future topic. The topic will be in one of the categories of the MCOR, namely, Manage, Control, Optimize and Reconcile. This topic is a placeholder for a future topic. The topic will be in one of the categories of the MCOR, namely, Manage, Control, Optimize and Reconcile. This topic is a placeholder for a future topic. The topic will be in one of the categories of the MCOR, namely, Manage, Control, Optimize and Reconcile. This topic is a placeholder for a future topic. The topic will be in one of the categories of the MCOR, namely, Manage, Control, Optimize and Reconcile. This topic is a placeholder for a future topic. The topic will be in one of the categories of the MCOR, namely, Manage, Control, Optimize and Reconcile. This topic is a placeholder for a future topic. The topic will be in one of the categories of the MCOR, namely, Manage, Control, Optimize and Reconcile. This topic is a placeholder for a future topic. The topic will be in one of the categories of the MCOR, namely, Manage, Control, Optimize and Reconcile. This topic is a placeholder for a future topic. The topic will be in one of the categories of the MCOR, namely, Manage, Control, Optimize and Reconcile. This topic is a placeholder for a future topic. The topic will be in one of the categories of the MCOR, namely, Manage, Control, Optimize and Reconcile. This topic is a placeholder for a future topic. The topic will be in one of the categories of the MCOR, namely, Manage, Control, Optimize and Reconcile. This topic is a placeholder for a future topic. The topic will be in one of the categories of the MCOR, namely, Manage, Control, Optimize and Reconcile. This section shows 50+ topics of Optimizing the Production aspect of MCOR strategy for the offsite operations of the downstream refining industry. You can select topics from this category for a custom curriculum using a variable choose N Enroll plan or fixed enrollment plan. You can also review the introduction video here before enrolling in any of the custom curriculum plans. This topic discusses mathematical programming, crude oil planning, scheduling, blending optimization, etc. This topic discusses linear/nonlinear blend models, combining blend quantities and blend quantity interactions. This topic discusses the technology and methodology of blend optimization during product blending. This topic discusses fuel blending problems and how different constraints can solve them in equations. This topic will describe types of crude blending configuration such as pipeline-to-tank and tank-to-tank blending. This topic is a placeholder for a future topic. The topic will be in one of the categories of the MCOR, namely, Manage, Control, Optimize and Reconcile. This topic is a placeholder for a future topic. The topic will be in one of the categories of the MCOR, namely, Manage, Control, Optimize and Reconcile. This topic is a placeholder for a future topic. The topic will be in one of the categories of the MCOR, namely, Manage, Control, Optimize and Reconcile. This topic is a placeholder for a future topic. The topic will be in one of the categories of the MCOR, namely, Manage, Control, Optimize and Reconcile. This topic is a placeholder for a future topic. The topic will be in one of the categories of the MCOR, namely, Manage, Control, Optimize and Reconcile. This topic is a placeholder for a future topic. The topic will be in one of the categories of the MCOR, namely, Manage, Control, Optimize and Reconcile. This topic is a placeholder for a future topic. The topic will be in one of the categories of the MCOR, namely, Manage, Control, Optimize and Reconcile. This topic is a placeholder for a future topic. The topic will be in one of the categories of the MCOR, namely, Manage, Control, Optimize and Reconcile. This topic is a placeholder for a future topic. The topic will be in one of the categories of the MCOR, namely, Manage, Control, Optimize and Reconcile. This topic is a placeholder for a future topic. The topic will be in one of the categories of the MCOR, namely, Manage, Control, Optimize and Reconcile. This topic is a placeholder for a future topic. The topic will be in one of the categories of the MCOR, namely, Manage, Control, Optimize and Reconcile. This topic is a placeholder for a future topic. The topic will be in one of the categories of the MCOR, namely, Manage, Control, Optimize and Reconcile. This topic is a placeholder for a future topic. The topic will be in one of the categories of the MCOR, namely, Manage, Control, Optimize and Reconcile. This topic is a placeholder for a future topic. The topic will be in one of the categories of the MCOR, namely, Manage, Control, Optimize and Reconcile. This topic is a placeholder for a future topic. The topic will be in one of the categories of the MCOR, namely, Manage, Control, Optimize and Reconcile. This topic is a placeholder for a future topic. The topic will be in one of the categories of the MCOR, namely, Manage, Control, Optimize and Reconcile. This topic is a placeholder for a future topic. The topic will be in one of the categories of the MCOR, namely, Manage, Control, Optimize and Reconcile. This topic is a placeholder for a future topic. The topic will be in one of the categories of the MCOR, namely, Manage, Control, Optimize and Reconcile. This topic is a placeholder for a future topic. The topic will be in one of the categories of the MCOR, namely, Manage, Control, Optimize and Reconcile. This topic is a placeholder for a future topic. The topic will be in one of the categories of the MCOR, namely, Manage, Control, Optimize and Reconcile. This topic is a placeholder for a future topic. The topic will be in one of the categories of the MCOR, namely, Manage, Control, Optimize and Reconcile. This topic is a placeholder for a future topic. The topic will be in one of the categories of the MCOR, namely, Manage, Control, Optimize and Reconcile. This topic is a placeholder for a future topic. The topic will be in one of the categories of the MCOR, namely, Manage, Control, Optimize and Reconcile. This topic is a placeholder for a future topic. The topic will be in one of the categories of the MCOR, namely, Manage, Control, Optimize and Reconcile. This topic is a placeholder for a future topic. The topic will be in one of the categories of the MCOR, namely, Manage, Control, Optimize and Reconcile. This topic is a placeholder for a future topic. The topic will be in one of the categories of the MCOR, namely, Manage, Control, Optimize and Reconcile. This topic is a placeholder for a future topic. The topic will be in one of the categories of the MCOR, namely, Manage, Control, Optimize and Reconcile. This topic is a placeholder for a future topic. The topic will be in one of the categories of the MCOR, namely, Manage, Control, Optimize and Reconcile. This topic is a placeholder for a future topic. The topic will be in one of the categories of the MCOR, namely, Manage, Control, Optimize and Reconcile. This topic is a placeholder for a future topic. The topic will be in one of the categories of the MCOR, namely, Manage, Control, Optimize and Reconcile. This topic is a placeholder for a future topic. The topic will be in one of the categories of the MCOR, namely, Manage, Control, Optimize and Reconcile. This topic is a placeholder for a future topic. The topic will be in one of the categories of the MCOR, namely, Manage, Control, Optimize and Reconcile. This topic is a placeholder for a future topic. The topic will be in one of the categories of the MCOR, namely, Manage, Control, Optimize and Reconcile. This topic is a placeholder for a future topic. The topic will be in one of the categories of the MCOR, namely, Manage, Control, Optimize and Reconcile. This topic is a placeholder for a future topic. The topic will be in one of the categories of the MCOR, namely, Manage, Control, Optimize and Reconcile. This topic is a placeholder for a future topic. The topic will be in one of the categories of the MCOR, namely, Manage, Control, Optimize and Reconcile. This topic is a placeholder for a future topic. The topic will be in one of the categories of the MCOR, namely, Manage, Control, Optimize and Reconcile. This topic is a placeholder for a future topic. The topic will be in one of the categories of the MCOR, namely, Manage, Control, Optimize and Reconcile. This topic is a placeholder for a future topic. The topic will be in one of the categories of the MCOR, namely, Manage, Control, Optimize and Reconcile. This topic is a placeholder for a future topic. The topic will be in one of the categories of the MCOR, namely, Manage, Control, Optimize and Reconcile. This topic is a placeholder for a future topic. The topic will be in one of the categories of the MCOR, namely, Manage, Control, Optimize and Reconcile. This topic is a placeholder for a future topic. The topic will be in one of the categories of the MCOR, namely, Manage, Control, Optimize and Reconcile. This topic is a placeholder for a future topic. The topic will be in one of the categories of the MCOR, namely, Manage, Control, Optimize and Reconcile. This topic is a placeholder for a future topic. The topic will be in one of the categories of the MCOR, namely, Manage, Control, Optimize and Reconcile. This topic is a placeholder for a future topic. The topic will be in one of the categories of the MCOR, namely, Manage, Control, Optimize and Reconcile. These courses are offered as online streaming for individual enrollees. The online streaming mode is live; it is fully live presented by the academy director. The online streaming has short quizzes after each topic and a certificate issued by email on successful completion. You can also review the introduction video here before enrolling in any of the online streaming course. This topic is a placeholder for a future topic. The topic will be in one of the categories of the MCOR, namely, Manage, Control, Optimize and Reconcile. This topic is a placeholder for a future topic. The topic will be in one of the categories of the MCOR, namely, Manage, Control, Optimize and Reconcile. This topic is a placeholder for a future topic. The topic will be in one of the categories of the MCOR, namely, Manage, Control, Optimize and Reconcile. This topic is a placeholder for a future topic. The topic will be in one of the categories of the MCOR, namely, Manage, Control, Optimize and Reconcile. This topic is a placeholder for a future topic. The topic will be in one of the categories of the MCOR, namely, Manage, Control, Optimize and Reconcile. This topic is a placeholder for a future topic. The topic will be in one of the categories of the MCOR, namely, Manage, Control, Optimize and Reconcile. This topic is a placeholder for a future topic. The topic will be in one of the categories of the MCOR, namely, Manage, Control, Optimize and Reconcile. This topic is a placeholder for a future topic. The topic will be in one of the categories of the MCOR, namely, Manage, Control, Optimize and Reconcile. This topic is a placeholder for a future topic. The topic will be in one of the categories of the MCOR, namely, Manage, Control, Optimize and Reconcile. This topic is a placeholder for a future topic. The topic will be in one of the categories of the MCOR, namely, Manage, Control, Optimize and Reconcile. This topic is a placeholder for a future topic. The topic will be in one of the categories of the MCOR, namely, Manage, Control, Optimize and Reconcile. This topic is a placeholder for a future topic. The topic will be in one of the categories of the MCOR, namely, Manage, Control, Optimize and Reconcile. This topic is a placeholder for a future topic. The topic will be in one of the categories of the MCOR, namely, Manage, Control, Optimize and Reconcile. This topic is a placeholder for a future topic. The topic will be in one of the categories of the MCOR, namely, Manage, Control, Optimize and Reconcile. This topic is a placeholder for a future topic. The topic will be in one of the categories of the MCOR, namely, Manage, Control, Optimize and Reconcile. This topic is a placeholder for a future topic. The topic will be in one of the categories of the MCOR, namely, Manage, Control, Optimize and Reconcile. This topic is a placeholder for a future topic. The topic will be in one of the categories of the MCOR, namely, Manage, Control, Optimize and Reconcile. This topic is a placeholder for a future topic. The topic will be in one of the categories of the MCOR, namely, Manage, Control, Optimize and Reconcile. This topic is a placeholder for a future topic. The topic will be in one of the categories of the MCOR, namely, Manage, Control, Optimize and Reconcile. This topic is a placeholder for a future topic. The topic will be in one of the categories of the MCOR, namely, Manage, Control, Optimize and Reconcile. This course is an overview of all operational aspects of the downstream refining industry for offsite operations. The engineer expert curriculum is meant for fresh or transferred engineers with 1-2 years of operational experience. The course has been divided into four modules, each covering MCOR strategy. You can also review the introduction video here before enrolling in any of the engineer expert curriculum mdoule. This topic is a placeholder for a future topic. The topic will be in one of the categories of the MCOR, namely, Manage, Control, Optimize and Reconcile. This topic is a placeholder for a future topic. The topic will be in one of the categories of the MCOR, namely, Manage, Control, Optimize and Reconcile. This topic is a placeholder for a future topic. The topic will be in one of the categories of the MCOR, namely, Manage, Control, Optimize and Reconcile. This topic is a placeholder for a future topic. The topic will be in one of the categories of the MCOR, namely, Manage, Control, Optimize and Reconcile. This topic is a placeholder for a future topic. The topic will be in one of the categories of the MCOR, namely, Manage, Control, Optimize and Reconcile. These are enterprise subscription-based courses in the entire academy. They are per user basis with a minimum of ten users enrollment. An assigned group leader can initially license the system, assign enterprise users, and monitor their progress and completion status. These courses are perpetual and do not have any expiration period as long as the monthly subscription is active. This is a corporate subscribed bundled course consisting of all refresh course MCOR modules, namely, manage, control, optimize and reconcile. This topic is a placeholder for a future topic. The topic will be in one of the categories of the MCOR, namely, Manage, Control, Optimize and Reconcile. This topic is a placeholder for a future topic. The topic will be in one of the categories of the MCOR, namely, Manage, Control, Optimize and Reconcile. This topic is a placeholder for a future topic. The topic will be in one of the categories of the MCOR, namely, Manage, Control, Optimize and Reconcile. This topic is a placeholder for a future topic. The topic will be in one of the categories of the MCOR, namely, Manage, Control, Optimize and Reconcile. This topic is a placeholder for a future topic. The topic will be in one of the categories of the MCOR, namely, Manage, Control, Optimize and Reconcile. This topic is a placeholder for a future topic. The topic will be in one of the categories of the MCOR, namely, Manage, Control, Optimize and Reconcile. This topic is a placeholder for a future topic. The topic will be in one of the categories of the MCOR, namely, Manage, Control, Optimize and Reconcile. This topic is a placeholder for a future topic. The topic will be in one of the categories of the MCOR, namely, Manage, Control, Optimize and Reconcile. This topic is a placeholder for a future topic. The topic will be in one of the categories of the MCOR, namely, Manage, Control, Optimize and Reconcile. This topic is a placeholder for a future topic. The topic will be in one of the categories of the MCOR, namely, Manage, Control, Optimize and Reconcile. This topic is a placeholder for a future topic. The topic will be in one of the categories of the MCOR, namely, Manage, Control, Optimize and Reconcile. This topic is a placeholder for a future topic. The topic will be in one of the categories of the MCOR, namely, Manage, Control, Optimize and Reconcile. This topic is a placeholder for a future topic. The topic will be in one of the categories of the MCOR, namely, Manage, Control, Optimize and Reconcile. This topic is a placeholder for a future topic. The topic will be in one of the categories of the MCOR, namely, Manage, Control, Optimize and Reconcile. This topic is a placeholder for a future topic. The topic will be in one of the categories of the MCOR, namely, Manage, Control, Optimize and Reconcile. This topic is a placeholder for a future topic. The topic will be in one of the categories of the MCOR, namely, Manage, Control, Optimize and Reconcile. This topic is a placeholder for a future topic. The topic will be in one of the categories of the MCOR, namely, Manage, Control, Optimize and Reconcile. This topic is a placeholder for a future topic. The topic will be in one of the categories of the MCOR, namely, Manage, Control, Optimize and Reconcile. This topic is a placeholder for a future topic. The topic will be in one of the categories of the MCOR, namely, Manage, Control, Optimize and Reconcile. This topic is a placeholder for a future topic. The topic will be in one of the categories of the MCOR, namely, Manage, Control, Optimize and Reconcile. This topic is a placeholder for a future topic. The topic will be in one of the categories of the MCOR, namely, Manage, Control, Optimize and Reconcile. This topic is a placeholder for a future topic. The topic will be in one of the categories of the MCOR, namely, Manage, Control, Optimize and Reconcile. This topic is a placeholder for a future topic. The topic will be in one of the categories of the MCOR, namely, Manage, Control, Optimize and Reconcile. This topic is a placeholder for a future topic. The topic will be in one of the categories of the MCOR, namely, Manage, Control, Optimize and Reconcile. This topic is a placeholder for a future topic. The topic will be in one of the categories of the MCOR, namely, Manage, Control, Optimize and Reconcile. This topic is a placeholder for a future topic. The topic will be in one of the categories of the MCOR, namely, Manage, Control, Optimize and Reconcile. This section shows 50+ topics of Reconciling the Hydrocarbon aspect of MCOR strategy for the offsite operations of the downstream refining industry. You can select topics from this category for a custom curriculum using a variable choose N Enroll plan or fixed enrollment plan. You can also review the introduction video here before enrolling in any of the custom curriculum plans. This topic discusses the economics, chemistry, use, transportation, consumption, and production of gaseous fuels. This topic discusses quality models, analysis methods, sampling systems, online analyzer configuration, etc. This topic discusses how a refinery’s processes and data complement and supplement each other. This topic will describe the tank information system (TIS), order movement management (OMM), and VM demo for them. This topic discusses process and systems interfaces, blend optimizer interfaces, oil movement interfaces, etc. This topic discusses typical two-tier/three-tier blend control, advances in online blend control and optimization, etc. This topic discusses tank farms and component circuits, tank gauging systems, data reconciliation, etc. This topic discusses the integration of refinery systems, including offsite automation, OM&S systems, and a blend control. This topic discusses blending examples, the importance of blending, opposing forces in refining, feasible solutions, etc. This topic discusses refinery complexity, types of crude classifications, intermediate refining processes, etc. This topic discusses the objectives/purpose of performance tracking, MS Excel/SQL-based system architecture, etc. This topic discusses business challenges, crude feeds, the magnitude of offsite activities, terminal operations, etc. This topic discusses product yield and types of blending, including gasoline, diesel, and kerosene blending. This topic discusses the typical blending automation project implementation schedule, return on investment, etc. This topic discusses equipment automation, location, purpose, and role in automating field equipment. This topic discusses points of sampling, online measurement, quality measurement/analysis challenges, etc. This topic discusses points of sampling, online measurement, quality measurement/analysis challenges, etc. This topic discusses onsite and offsite operations, feeds, processing and dispatch, terminal operations, etc. This topic discusses the refinery planning process, planning periods, planning feedforward and feedback, etc. This topic discusses blend model updates, a review of blend model parameters, updates for DuPont coefficients, etc. This topic discusses DCS-based recipe control, typical/advanced functionalities, pacing, recipe selection, etc. This topic discusses blend component data, component quality/cost data, mandatory interfaces, etc. This topic is a placeholder for a future topic. The topic will be in one of the categories of the MCOR, namely, Manage, Control, Optimize and Reconcile. This topic discusses a case for single-blind single-period blend optimization and walk-through optimization options. This topic is a placeholder for a future topic. The topic will be in one of the categories of the MCOR, namely, Manage, Control, Optimize and Reconcile. This topic discusses challenges and factors affecting successful blends, modes of blending, blending control, etc. This topic is a placeholder for a future topic. The topic will be in one of the categories of the MCOR, namely, Manage, Control, Optimize and Reconcile. This topic is a placeholder for a future topic. The topic will be in one of the categories of the MCOR, namely, Manage, Control, Optimize and Reconcile. This topic is a placeholder for a future topic. The topic will be in one of the categories of the MCOR, namely, Manage, Control, Optimize and Reconcile. This topic is a placeholder for a future topic. The topic will be in one of the categories of the MCOR, namely, Manage, Control, Optimize and Reconcile. This topic is a placeholder for a future topic. The topic will be in one of the categories of the MCOR, namely, Manage, Control, Optimize and Reconcile. This topic is a placeholder for a future topic. The topic will be in one of the categories of the MCOR, namely, Manage, Control, Optimize and Reconcile. This topic is a placeholder for a future topic. The topic will be in one of the categories of the MCOR, namely, Manage, Control, Optimize and Reconcile. This topic is a placeholder for a future topic. The topic will be in one of the categories of the MCOR, namely, Manage, Control, Optimize and Reconcile. This topic is a placeholder for a future topic. The topic will be in one of the categories of the MCOR, namely, Manage, Control, Optimize and Reconcile. This topic is a placeholder for a future topic. The topic will be in one of the categories of the MCOR, namely, Manage, Control, Optimize and Reconcile. This topic is a placeholder for a future topic. The topic will be in one of the categories of the MCOR, namely, Manage, Control, Optimize and Reconcile. This topic is a placeholder for a future topic. The topic will be in one of the categories of the MCOR, namely, Manage, Control, Optimize and Reconcile. This topic is a placeholder for a future topic. The topic will be in one of the categories of the MCOR, namely, Manage, Control, Optimize and Reconcile. This topic is a placeholder for a future topic. The topic will be in one of the categories of the MCOR, namely, Manage, Control, Optimize and Reconcile. The topic defines the use of artificial intelligence AI and Machine Learning ML and is termed as Digital Twin in this topic. This topic is a placeholder for a future topic. The topic will be in one of the categories of the MCOR, namely, Manage, Control, Optimize and Reconcile. This topic is a placeholder for a future topic. The topic will be in one of the categories of the MCOR, namely, Manage, Control, Optimize and Reconcile. This topic is a placeholder for a future topic. The topic will be in one of the categories of the MCOR, namely, Manage, Control, Optimize and Reconcile. This topic is a placeholder for a future topic. The topic will be in one of the categories of the MCOR, namely, Manage, Control, Optimize and Reconcile. This topic is a placeholder for a future topic. The topic will be in one of the categories of the MCOR, namely, Manage, Control, Optimize and Reconcile. This topic is a placeholder for a future topic. The topic will be in one of the categories of the MCOR, namely, Manage, Control, Optimize and Reconcile. This topic is a placeholder for a future topic. The topic will be in one of the categories of the MCOR, namely, Manage, Control, Optimize and Reconcile. These courses are offered as online streaming for corporate enrollees. The online streaming mode is live; it is fully live presented by the academy director. The online streaming has short quizzes after each topic and a certificate issued by email on successful completion. A minimum of 10 users must be enrolled in this course. You can also review the introduction video here before enrolling in any of the online streaming course. This topic is a placeholder for a future topic. The topic will be in one of the categories of the MCOR, namely, Manage, Control, Optimize and Reconcile. This topic is a placeholder for a future topic. The topic will be in one of the categories of the MCOR, namely, Manage, Control, Optimize and Reconcile. This topic is a placeholder for a future topic. The topic will be in one of the categories of the MCOR, namely, Manage, Control, Optimize and Reconcile. This topic is a placeholder for a future topic. The topic will be in one of the categories of the MCOR, namely, Manage, Control, Optimize and Reconcile. This topic is a placeholder for a future topic. The topic will be in one of the categories of the MCOR, namely, Manage, Control, Optimize and Reconcile. This topic is a placeholder for a future topic. The topic will be in one of the categories of the MCOR, namely, Manage, Control, Optimize and Reconcile. This topic is a placeholder for a future topic. The topic will be in one of the categories of the MCOR, namely, Manage, Control, Optimize and Reconcile. This is a placeholder for a future topic. The topic will be in one of the categories of the MCOR, namely, Manage, Control, Optimize and Reconcile. This course is an overview of all operational aspects of the downstream refining industry for offsite operations. The engineer professional curriculum is meant for experienced engineers with 3-5 years of operational experience. The course has been divided into four modules, each covering MCOR strategy. You can also review the introduction video here before enrolling in any engineer professional curriculum modules. This topic is a placeholder for a future topic. The topic will be in one of the categories of the MCOR, namely, Manage, Control, Optimize and Reconcile. This topic is a placeholder for a future topic. The topic will be in one of the categories of the MCOR, namely, Manage, Control, Optimize and Reconcile. This topic is a placeholder for a future topic. The topic will be in one of the categories of the MCOR, namely, Manage, Control, Optimize and Reconcile. This topic is a placeholder for a future topic. The topic will be in one of the categories of the MCOR, namely, Manage, Control, Optimize and Reconcile. This topic is a placeholder for a future topic. The topic will be in one of the categories of the MCOR, namely, Manage, Control, Optimize and Reconcile. This course is an overview of all operational aspects of the downstream refining industry for offsite operations. The engineer expert curriculum is meant for experienced expert engineers with 5-10 years of operational experience. The course has been divided into four modules, each covering MCOR strategy. You can also review the introduction video here before enrolling in any of the engineer expert curriculum modules. This topic is a placeholder for a future topic. The topic will be in one of the categories of the MCOR, namely, Manage, Control, Optimize and Reconcile. This topic is a placeholder for a future topic. The topic will be in one of the categories of the MCOR, namely, Manage, Control, Optimize and Reconcile. This topic is a placeholder for a future topic. The topic will be in one of the categories of the MCOR, namely, Manage, Control, Optimize and Reconcile. This topic is a placeholder for a future topic. The topic will be in one of the categories of the MCOR, namely, Manage, Control, Optimize and Reconcile. This topic is a placeholder for a future topic. The topic will be in one of the categories of the MCOR, namely, Manage, Control, Optimize and Reconcile.
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