
Lecture Description:
This opening lecture sets the stage for understanding the chemicals and petrochemicals industry from a non-technical perspective. Students will gain a clear picture of the industry’s scope, its role in the global economy, and how products move from raw materials to everyday applications. The session also outlines the course structure, learning objectives, and how each section builds toward a complete understanding of the sector.
After completing this lecture, students will be able to:
Understand the overall purpose and structure of the course
Recognize the importance of petrochemicals in daily life
Identify the main sectors and value chains within the industry
See how technical and business aspects are interconnected
Lecture Description:
This lecture introduces the foundational relationship between petroleum, natural gas, and petrochemicals. Students will learn how crude oil and gas are processed into key chemical building blocks and how these feedstocks flow through the petrochemical value chain. The lecture also highlights the critical role of refining, gas processing, and steam cracking in transforming raw materials into everyday products.
After completing this lecture, students will be able to:
Understand the connection between crude oil, natural gas, and petrochemicals
Identify the major conversion processes like refining and steam cracking
Recognize how raw hydrocarbons become plastics, fuels, and industrial chemicals
Explain the role of petroleum and gas in the broader chemical industry structure
Lecture Description:
This lecture provides a simple and practical overview of basic organic chemistry concepts relevant to the petrochemical industry. It introduces key terms such as hydrocarbons, functional groups, and chemical bonds, and explains how molecules are structured and categorized. The focus is on helping non-technical learners grasp the essential chemical language used in the industry.
After completing this lecture, students will be able to:
Understand what hydrocarbons are and how they are classified (alkanes, alkenes, aromatics)
Recognize basic functional groups and molecular structures
Comprehend how simple reactions lead to complex chemical products
Feel more confident when encountering chemical terms in industry contexts
Lecture Description:
This lecture explores the economic fundamentals of the petrochemical industry, focusing on how production costs, profit margins, and product prices are determined and interconnected. Students will gain insight into the major cost drivers—such as feedstock, operations, and capital—and how these influence profitability. The lecture also covers market pricing mechanisms and regional differences in competitiveness.
After completing this lecture, students will be able to:
Break down the main cost components in petrochemical production
Understand how feedstock type and location impact costs and margins
Explain how pricing works in contract and spot markets
Analyze how global supply and demand cycles affect product pricing
Lecture Description:
This lecture introduces the fundamental principles of supply and demand in the context of the chemical and petrochemical industry. It explains how market balance, capacity utilization, trade flows, and global economic trends influence product availability and pricing. Students will also explore how disruptions—such as plant shutdowns or geopolitical events—impact the supply chain.
After completing this lecture, students will be able to:
Understand how supply and demand affect pricing and margins
Identify the key drivers of supply and demand in petrochemicals
Analyze the impact of capacity changes, trade policies, and external shocks
Interpret market trends and their implications for industry performance
Lecture Description:
This lecture focuses on the C1 value chain, which is based on single-carbon (C1) molecules such as methane. Students will learn how methane is converted into key chemicals like syngas, methanol, formaldehyde, and acetic acid, and how these derivatives serve as essential building blocks in various industries. The lecture also explores how the C1 chain enables gas-to-chemicals integration and supports alternative feedstock strategies.
After completing this lecture, students will be able to:
Understand what the C1 value chain is and why it matters
Explain how methane is transformed into high-value chemical derivatives
Recognize the industrial applications of methanol and its downstream products
Analyze how the C1 chain supports gas monetization and diversification strategies
Lecture Description:
This lecture provides a comprehensive overview of natural gas types and their significance in the petrochemical industry. Students will learn the differences between conventional natural gas, shale gas, and stranded gas, as well as how each source impacts petrochemical feedstock supply, cost, and strategy. The lecture also highlights key technologies like fracking, GTL (Gas-to-Liquids), and FLNG (Floating LNG).
After completing this lecture, students will be able to:
Distinguish between natural gas, shale gas, and stranded gas
Understand how gas sources are used as feedstocks in petrochemical production
Recognize the economic and strategic advantages of gas-rich regions
Explain how shale gas has reshaped the global petrochemical landscape
Lecture Description:
This lecture explores the various types of feedstocks used in the petrochemical industry—such as ethane, propane, naphtha, coal, and methanol—and how their availability, cost, and regional distribution impact plant economics and strategic decisions. Students will learn how feedstock flexibility, pricing mechanisms, and environmental factors influence competitiveness and investment.
After completing this lecture, students will be able to:
Identify major petrochemical feedstocks and their characteristics
Understand how feedstock type influences product yield, cost, and emissions
Analyze regional advantages and constraints in feedstock sourcing
Recognize the role of feedstock choice in shaping global supply chains and strategy
Lecture Description:
This lecture covers the transformative impact of shale gas on the global petrochemical industry. Students will explore how technological breakthroughs like hydraulic fracturing unlocked vast reserves of shale gas, particularly in North America, and how this shifted the economics of ethylene production, feedstock availability, and trade flows. The lecture also examines how shale gas influenced global investment patterns and competition.
After completing this lecture, students will be able to:
Understand the difference between conventional natural gas and shale gas
Explain how shale gas changed feedstock economics in the U.S. and globally
Recognize the technologies that enabled the shale revolution
Analyze the strategic and competitive impacts of shale gas on global petrochemicals
Petrochemicals Made Simple: A Complete Guide for Non-Engineers
The petrochemical industry powers the modern economy. From the plastics that package our food, to the fibers in our clothes, to materials used in automotive, construction, electronics, and packaging, petrochemicals are everywhere. Yet for many professionals without a technical background, the chemicals and petrochemicals industry can seem complex, full of jargon, and difficult to navigate.
This course changes that.
It is designed specifically for non-engineers who want a clear, practical understanding of oil, gas, and petrochemicals – without getting lost in advanced chemistry. If you work in sales, marketing, procurement, supply chain, logistics, finance, trading, strategy, or management in or around the petrochemical sector, this course will give you the essential knowledge you need to engage confidently and make better business decisions.
What makes this course different? We focus on clarity, real-world relevance, and practical application. You will not be overwhelmed with unnecessary scientific details. Instead, you’ll get a structured, business-focused introduction to how the chemicals value chain works – from feedstocks like crude oil, natural gas, and shale gas to finished polymers and chemical products – with clear explanations, diagrams, and industry examples.
Here’s what you will learn:
The basics – What petrochemicals are, where they come from, and why they matter in global markets.
Feedstocks and production – How oil, natural gas, shale gas, and coal are transformed into petrochemicals.
Key building blocks – Understanding olefins, aromatics, and synthesis gas, and their downstream products.
Major products and derivatives – Ethylene, propylene, methanol, and aromatics, plus how they are used in plastics, packaging, textiles, and consumer goods.
Costs, margins, and pricing – How production costs are structured, how petrochemical prices are determined, and what drives profitability.
Regional dynamics – How feedstock availability, pricing, and competitiveness vary across North America, Europe, Asia, and the Middle East.
Strategic trends – The impact of shale gas, crude-to-chemicals, environmental regulations, and sustainability goals.
Industry players – Who the major petrochemical companies are and how they operate.
By the end of this course, you will:
Have a complete non-technical understanding of the petrochemical value chain.
Be able to discuss industry concepts, market trends, and economics with confidence.
Recognize the economic drivers that shape investment, trade, and pricing in petrochemicals.
Understand how environmental policies, carbon reduction, and innovation are shaping the future of the industry.
Whether you are entering the chemicals and petrochemicals business, working alongside it, or simply want to strengthen your professional knowledge, this course will give you the tools and insights to see the bigger picture – without the heavy chemistry.