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Course Level
Introduction
Delivery Method
Live Instructor-Led Virtual Course
Professional Development Credit Hours
12
Pre-requisites
There is no pre-requisite for this course.

“It is a very well-structured course with detailed and comprehensive course materials for pre-work and course homework during the course to support the learning. The trainer Michelle Lynch draws from a wealth of knowledge and experience to quote from to make the class engaging. I like her personal insight and analysis relating to the bioenergy world and the debate about the plastics sustainability.” BP

Faculty

Dr Michelle Lynch is the Managing Director and Owner of Enabled Future Limited (EFL) based in the West Midlands, UK. EFL offers consulting, multi-client reports, thought leadership and training aimed at Optimizing Technology Portfolios and ensuring continued profitability of companies over time. Key sectors served include catalysis (EnabledCatalysts), the circular economy (EnabledCircular) and sustainable energy and power (EnabledPower). Key technology areas include catalysts, net zero technologies: carbon capture, utilisation and storage (CCUS), circular manufacturing, power-to-x, hydrogen; production, use, reuse and recycling  of fuel cells, electrolysers, lithium-ion batteries, rare earth components and other high-value metals and critical raw materials.   Michelle has over 24 years of experience in the chemical industry including 10 years in consulting teams at Nexant, IHS Markit and Enabled Future Limited and 14 years in Johnson Matthey where she held roles in information science, market research and catalyst development.

Accreditations

NASBA: Mennta Energy Solutions is registered with the National Association of State Boards of Accountancy (NASBA) as a sponsor of continuing professional education on the National Registry of CPE Sponsors. State boards of accountancy have final authority on the acceptance of individual courses for CPE credit. Complaints regarding registered sponsors may be submitted to the National Registry of CPE Sponsors through its web site: www.nasbaregistry.org


CPD Certification Services: The CPD Certification Service works with Mennta Energy Solutions to ensure valuable knowledge is structured to complement the universal guidelines of Continuing Professional Development. Mennta Energy Solutions courses are approved by CPD at one credit per training hour.

The International Petrochemicals Business - Technology, Markets and Economics (VIRTUAL) - CH0V

Course Schedule

Date Time Location Price* Registration Deadline**
10-13 Jun 2024
Register 		8:00-11:00 (London) / 3:00pm-6:00pm (Singapore)
 Zoom: Europe to Asia-Pacific
 USD 1,910 (CH0V-VILTAP24-06)
 10 May 2024
28-31 Oct 2024
Register 		10:00am-1:00pm (New York) / 14:00-17:00 (London)
 Zoom: Americas to Europe
 USD 1,910 (CH0V-VILTNA24-10)
 27 Sep 2024

*Prices do not include VAT, GST, or any other local taxes. All applicable taxes will be added to the invoice.
**Please register by the deadline to help us ensure sufficient attendance and avoid postponing the course.

Course Summary

The International Petrochemicals Business Technology, Markets and Economics is a VIRTUAL classroom course presented by the petrochemical training expert at Mennta Energy Solutions.

The petrochemical industry centres on the relationships between raw materials, intermediates, end products and applications. Basic to these relationships are chemical reactions, and fundamental to the total business is economics. To be able to work successfully within this complex industry requires a combination of practical experience with an understanding of chemistry, markets and economics. The course offers an organised overview of the industry that is essential for the successful operations within it.

What Will You Learn?

  • Insight into the "broad picture"
  • Understanding of the concepts the industry has evolved
  • Understanding of the economics of the industry
  • The refining-petrochemical interface and the origin of the industry-s seven basic raw materials
  • Understanding of the value chains that flow from the seven basic raw materials
  • Who the major players are and their role in the massive restructuring the industry is undergoing

Who Should Attend?

Class delegates include chemists, engineers commercial, sales and purchasing staff. Also, research and development, marketing and planning personnel, chemical industry administrators who wish to increase their knowledge and experience of the chemical reactions, feedstock, markets, key players, and basic economics of the industry. Additionally, associated services including finance and banking staff, legal, government agencies, on-line services will benefit.

Course Content

  • Chemical Industry Overview
    • What the industry makes
    • Restructuring
    • Profitability
    • The major players
  • The Petroleum Refinery
    • Steam cracking
    • Catalytic cracking and reforming
    • Catalytic reforming
    • The refinery/petrochemical interface
  • Natural and Associated Gas
  • The Petrochemical Industry Basic Raw Materials Seven Major Groups
    • Chemistry, production economics, feedstock sources and changes, applications and supply/demand balance
  • Ethylene - Sources and Reactions
    • Polymerisation, oligomerisation, a-olefins, detergent alcohols
    • Ethylene oxide/ethylene glycol/polyesters
    • Vinyl chloride/poly (vinyl chloride)
    • Styrene/polystyrene
  • Propylene - Sources and Reactions
    • Polymerisation, oligomerisation, oxidation reactions
    • Shell Higher Olefins Process
  • C4 Unsaturates - Sources and reactions
    • Butadiene - polymerisation, elastomers, butenes -1 and -2, isobutylenes and MTBE
  • Benzene - Sources and Reactions
    • Styrene, phenol, cyclohexane, adipic acid, caprolactam, nylons, MDI/PMDI
  • Toluene - Sources and Reactions
  • Xylenes -Sources and Reactions
    • oxidation; p-xylene, terephthalic acid, PET; fibres and bottles o-xylene, phthalic anhydride polyesters, plasticizers, m-xylene
  • Methane
    • Synthesis gas
    • Ammonia
    • Methanol; formaldehyde,
  • A look at the major types of Polymers

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