Natural Gas Production and Processing from Coursera

This course, "Natural Gas Production and Processing" gives a holistic understanding of the entire lifecycle of natural gas, from production to processing providing a comprehensive knowledge base and practical skills to excel in the natural gas industry.

In the "Natural Gas Production" module, the fundamentals of gas recovery and the intricacies of production and separation facilities are explored. Piping guidelines and safety are extensively discussed to ensure learners understand the best practices for designing, installing and maintaining gas pipelines. It also covers pipeline transportation of natural gas and gas flow systems, enabling learners to comprehend the principles and techniques involved.

Pressure vessels and accessories are vital part of natural gas production and their design, operation and safety considerations are extensively covered. It also covers gas hydrates and the use of methanol injection for temperature control and prevention of hydrate formation besides condensate stabilization systems and the importance of gas gathering and compression in efficient gas production operations.

The "Natural Gas Processing" module dives into the treatment and purification of natural gas. The module begins with an introduction to natural gas processing, covering the importance of removing impurities and liquids from raw natural gas to meet quality specifications. It explores gas dehydration methods, including adsorption and absorption techniques, as well as the widely used glycol dehydration process. It gives insights into the maintenance, regeneration, care and troubleshooting of glycol dehydration systems.

Various gas sweetening processes such as the iron sponge process, Sulfa-Treat, molecular sieve, zinc oxide, solvent, membrane and distillation processes which remove contaminants such as hydrogen sulfide and carbon dioxide to make the gas marketable are extensively covered.

Furthermore, it delves into liquid recovery processes and fractionation to understand how valuable liquid hydrocarbons are recovered from the natural gas stream through unit operations.

Target learners:

Students pursuing Diploma / UG / PG Programs in Chemical/ Petroleum/ Oil and Gas Engineering.

Faculties / Working Professionals in the above domain & other aspiring learners.

Prerequisite: Basic Chemical/ Petroleum/ Oil and Gas Engineering

What's inside

Syllabus

Natural Gas Production

"Natural Gas Production" is a module that provides learners with a comprehensive understanding of the processes and equipment involved in the recovery, processing and transportation of natural gas. This module begins with an introduction to gas recovery and processing, covering the basics of gas piping and its importance in the overall gas production and separation facility. Learners will explore the details of production and separation facilities for gas, including the equipment and processes involved. Piping guidelines and safety are extensively discussed to ensure learners understand the best practices for designing, installing and maintaining gas pipelines. The module also covers pipeline transportation of natural gas and gas flow systems, enabling learners to comprehend the principles and techniques involved. Pressure vessels and accessories are crucial part of natural gas production and their design, operation, and safety considerations are extensively covered. The module also addresses gas hydrates and the use of methanol injection for temperature control and prevention of hydrate formation. Furthermore, learners will gain insights into condensate stabilization systems, gas cycling of condensate reservoirs and the importance of gas gathering and compression in efficient gas production operations.

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Explores gas sweetening processes like the iron sponge process and Sulfa-Treat, which are essential for making natural gas marketable and meeting industry standards

Covers the design, operation, and safety considerations of pressure vessels and accessories, which are vital components in natural gas production and processing facilities

Requires a basic understanding of chemical, petroleum, and oil & gas engineering, suggesting that learners without this background may find the material challenging

Discusses gas hydrates and methanol injection, which are crucial for temperature control and preventing hydrate formation in natural gas production

Examines condensate stabilization systems and gas cycling of condensate reservoirs, which are important for efficient gas production operations

Reviews summary

Comprehensive natural gas lifecycle overview

According to learners, this course provides a comprehensive and detailed look at the natural gas industry lifecycle. Students praise the depth of coverage in both the production and processing modules, finding the content highly relevant to their careers and studies. While some reviewers noted the importance of having the prerequisite engineering background, the course is generally considered to provide a solid foundation for those in or entering the field. The explanations are often found to be clear and understandable, making complex topics accessible.

Pacing is fast for some, fine for others.

"I found the pace quite fast in certain modules, needing to rewatch sections."

"For me, the pace was just right, covering a lot of ground without dragging."

"Some parts moved very quickly, especially the processing techniques section."

Requires basic engineering prerequisite.

"Make sure you have a basic background in chemical or petroleum engineering before starting."

"As stated, this course assumes some prior engineering knowledge, which is necessary."

"It's not for absolute beginners; you need to come in with the stated prerequisites to keep up."

Concepts are explained clearly.

"The instructor did a great job explaining complex topics in an easy-to-understand manner."

"Even though some topics are technical, the explanations provided were very clear."

"The lectures broke down the material logically, making it simple to follow along."

Highly applicable to professional work.

"The knowledge gained here is directly applicable to my job in the oil and gas sector. Very practical insights."

"This course really helped bridge the gap between theory and practical industry applications."

"I feel much more confident discussing production and processing techniques with colleagues after taking this course."

Covers production and processing in detail.

"The course content was incredibly comprehensive, covering everything from initial recovery to final processing methods."

"I appreciated the detailed breakdown of both the production and processing stages; it gave me a complete picture."

"Everything from gas piping and safety to sweetening processes and liquid recovery is covered extensively."

Activities

Be better prepared before your course. Deepen your understanding during and after it. Supplement your coursework and achieve mastery of the topics covered in Natural Gas Production and Processing with these activities:

Review Basic Chemistry Principles

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Reinforce fundamental chemistry concepts to better understand the chemical processes involved in natural gas production and processing.

Browse courses on Chemical Engineering

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Review chemical reactions and stoichiometry.
Study the properties of common gases and liquids.
Practice solving basic chemistry problems.

Read "Natural Gas Engineering Handbook"

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Gain a deeper understanding of natural gas engineering principles and practices.

View Natural Gas Engineering Handbook on Amazon

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Read the chapters related to gas production and processing.
Take notes on key concepts and equations.
Work through example problems.

Follow Online Tutorials on Glycol Dehydration

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Enhance understanding of glycol dehydration systems through practical, step-by-step tutorials.

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Search for tutorials on glycol dehydration processes.
Follow the tutorials and implement the steps.
Troubleshoot any issues encountered during the tutorial.

Four other activities

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Study "Petroleum Production Engineering, A Computer-Assisted Approach"

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Understand the application of computer tools in optimizing natural gas production.

View Petroleum Production Engineering on Amazon

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Read chapters on well performance and artificial lift.
Practice using the computer-assisted tools.
Apply the tools to solve production problems.

Create a Presentation on Gas Sweetening Processes

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Solidify knowledge of gas sweetening by researching and presenting different removal processes.

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Research different gas sweetening processes.
Prepare slides with diagrams and explanations.
Practice the presentation.

Compile a List of Natural Gas Industry Standards

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Familiarize yourself with the standards and regulations governing the natural gas industry.

Browse courses on Industry Standards

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Organize the list for easy reference.
Research relevant industry standards (e.g., API, ASME).
Compile a list of the standards and their descriptions.

Design a Natural Gas Processing Plant Simulation

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Apply learned concepts by designing a simulation of a natural gas processing plant.

Browse courses on Process Simulation

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Select a simulation software.
Model the different processing units.
Run simulations and analyze the results.

Career center

Learners who complete Natural Gas Production and Processing will develop knowledge and skills that may be useful to these careers:

Petroleum Engineer

A petroleum engineer designs and develops methods for extracting oil and gas. This course on natural gas production and processing provides a strong foundation for understanding the entire lifecycle of natural gas, including recovery, processing, and transportation. This course's coverage of gas piping, pressure vessels, and gas dehydration techniques are particularly relevant to the work of a petroleum engineer. Anyone wishing to work in petroleum engineering should find this course extremely useful, as it provides practical skills required in the natural gas industry.

See salaries and explore the career path for Petroleum Engineer

Chemical Engineer

Chemical engineers apply principles of chemistry, physics, and engineering to design and operate chemical processes. This course on natural gas production and processing will be useful for a chemical engineer. The course covers key aspects of natural gas processing, such as gas dehydration, sweetening, and liquid recovery, which are essential for chemical engineers working in the energy sector. Specifically, learners wanting to work in this area should find the deep dives into glycol dehydration and gas sweetening to be vital.

See salaries and explore the career path for Chemical Engineer

Process Engineer

A process engineer optimizes industrial processes to ensure efficient and cost-effective operations. This course on natural gas production and processing is highly relevant to process engineers in the oil and gas industry. The course's exploration of gas recovery, processing, and transportation, along with its coverage of gas dehydration and sweetening methods, will be useful for a process engineer. A process engineer should take this course to gain practical skills for the industry.

See salaries and explore the career path for Process Engineer

Pipeline Engineer

A pipeline engineer is responsible for the design, construction, and maintenance of pipelines for transporting gas or other fluids. The study of piping guidelines, gas flow systems, and pipeline safety will be of particular use for a pipeline engineer. This course's detailed coverage of pipeline transportation of natural gas will be highly beneficial. Any aspiring pipeline engineer should take this course for essential industry knowledge.

See salaries and explore the career path for Pipeline Engineer

Reservoir Engineer

Reservoir engineers focus on understanding and managing underground oil and gas reservoirs. This course on natural gas production and processing is relevant to reservoir engineers. The course's content on gas recovery, condensate stabilization, and gas gathering systems provides a strong foundation for understanding how gas is extracted and handled. A reservoir engineer will find the module on the gas cycling of condensate reservoirs particularly useful when they take this course.

See salaries and explore the career path for Reservoir Engineer

Gas Plant Operator

A gas plant operator monitors and controls equipment in natural gas processing plants. This course on natural gas production and processing can help build a foundation. This course provides an overview of the processes and equipment involved in the treatment and purification of natural gas. It also covers gas dehydration, sweetening, and liquid recovery processes, which are central to the work of a gas plant operator. Aspiring operators may find this to be a useful course.

See salaries and explore the career path for Gas Plant Operator

Energy Analyst

An energy analyst researches and analyzes energy markets and trends. This course on natural gas production and processing may be useful to an energy analyst. The course provides a holistic understanding of the natural gas lifecycle, from production to processing. An energy analyst should find the course helpful for gaining a deeper insight into the technical aspects of the natural gas industry. They may find the course useful for providing real-world context.

See salaries and explore the career path for Energy Analyst

Project Manager

A project manager oversees and coordinates projects within the natural gas industry. This course on natural gas production and processing may be useful for a project manager. The course covers the entire lifecycle of natural gas including production, processing, and transportation, which will help provide perspective to a project manager. The knowledge of the various processes and equipment involved could help improve planning and execution.

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Environmental Engineer

An environmental engineer works to minimize the environmental impact of industrial operations and infrastructure. This course on natural gas production and processing may be beneficial to an environmental engineer. The course covers the processes involved in the natural gas industry, including treatment and purification, which will be useful in the monitoring and regulatory aspects of working in natural gas. They could find the information about gas sweetening processes helpful for assessing emissions.

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Health and Safety Specialist

A health and safety specialist develops and implements safety protocols in industrial settings. This course may be useful as it covers safety considerations for pressure vessels, pipelines, and gas processing systems. Understanding these safety considerations is important for ensuring a safe working environment. A health and safety specialist may find the coverage of gas hydrates and methanol injection for temperature control to be particularly useful.

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Materials Engineer

Materials engineers work with a variety of structural components. This course may help them understand how these materials are used in the natural gas industry. Specifically, this course details the use of piping, pressure vessels, and other equipment in the natural gas extraction and processing settings. A materials engineer may find the coverage of the design and operation of such components to be useful for their own line of work.

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Geologist

A geologist studies the physical structure, processes, and history of the earth. This course on natural gas production and processing may be helpful to a geologist. The course touches upon gas recovery and the geological formations in which natural gas is found. A geologist may find the information about gas gathering and compression useful for understanding resource extraction. They may find the course helpful for filling in knowledge gaps in their own line of work.

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Technical Sales Representative

A technical sales representative sells technical products to clients. This course on natural gas production and processing may help a technical sales representative by providing a technical understanding of the natural gas industry. The course provides insights into natural gas recovery, processing, and transportation as well as an overview of all the processes and equipment involved. They may find the deep dives into gas dehydration and sweetening helpful to understand the features and benefits of the products they sell.

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Data Analyst

Data analysts interpret data and discover patterns to help inform decision-making. While this course is primarily focused on engineering, the knowledge of the natural gas industry it provides may be helpful for data analysts working within the energy sector. A data analyst may find the broad survey of topics in this course beneficial for a better understanding of gas extraction and its processes, thus providing them more context for their analysis. For that reason, they may find the course to be useful.

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Technical Writer

A technical writer prepares documentation and guides to explain technical subjects. This course on natural gas production and processing may provide a helpful overview of the industry necessary to create thorough documentation. The course explores gas recovery, processing, and transportation technologies, which will help a technical writer create accurate and meaningful content. The understanding of pressure vessels, gas dehydration, and sweetening processes would be helpful for this role. For those reasons, a technical writer may find the course useful.

See salaries and explore the career path for Technical Writer

Reading list

We've selected two books that we think will supplement your learning. Use these to develop background knowledge, enrich your coursework, and gain a deeper understanding of the topics covered in Natural Gas Production and Processing.

Natural Gas Engineering Handbook

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This handbook provides a comprehensive overview of natural gas engineering principles and practices. It covers topics such as gas properties, reservoir engineering, production operations, and processing technologies. serves as a valuable reference for understanding the technical aspects of natural gas production and processing. It is commonly used by industry professionals and students in petroleum engineering programs.

Natural Gas Engineering Handbook

Paperback

$$$

Natural Gas Engineering Handbook

Kindle Edition

$$$$

Petroleum Production Engineering

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Offers a practical, computer-assisted approach to petroleum production engineering. It covers topics such as well performance, production logging, artificial lift, and flow assurance. It is useful for understanding the application of computer tools in optimizing natural gas production. This book is often used as a reference by petroleum engineers and students.

Petroleum Production Engineering

Hardcover

$$$$

Natural Gas Production and Processing

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What's inside

Syllabus

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Reviews summary

Comprehensive natural gas lifecycle overview

Activities

Career center

Reading list

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