Access vital new ESG skills and accelerate your Oil and Gas career

In this comprehensive course, learners will master ESG standards and explore the strengths, nuances, and applicability of three major voluntary frameworks for the oil and gas industry: Task Force on Climate‐related Financial Disclosures (TCFD) Global Reporting Initiative (GRI) Standards Sustainability Accounting Standards Board (SASB) frameworks Through critical analysis and practical insights, participants will gain a solid understanding of these frameworks, enabling them to make informed decisions regarding ESG reporting and sustainability strategies. Learning Objectives Gain a comprehensive understanding of TCFD, GRI, and SASB frameworks and their significance to the oil and gas industry Understand how voluntary disclosures differ (or are similar) to mandatory reporting Acquire practical skills and knowledge necessary for effective ESG reporting and sustainable business practices within the sector using the three frameworks Course Developers The Evaluate Energy ESG Learning team consists of researchers, oil and gas writers, and e-learning design specialists along with the collective data intelligence and analytics capabilities of geoLOGIC systems. Courses are developed alongside engagement with producers, midstream companies, oilfield services, investors, regulators, and ESG reporting agencies. Curriculum Sustainability on the Oil and Gas Agenda Introduction to ESG Standards TCFD Deep Dive GRI Standards Exploration SASB Standards Overview Comparative Analysis Informed Decision Making Building Confidence Additional Information Prices are in US dollars We have affordable subscription options for individuals, teams and companies. With a subscription you get unlimited access to our full library of live and e-learning courses. Still have questions? Connect with us at esglearning@evaluateenergy.com. Read more

Small Modular Nuclear Reactors or SMnRs have attracted a significant amount of interest in Canada with their potential role toward decarbonizing Canada’s future.  An expert industry panel unpacks unique opportunities related to the deployment of SMnRs in Canada including discussion on technologies, international perspectives, stakeholder engagement, power production costs and their applicability in green hydrogen production.  Meet your panelists Jeff Bonham is a project director at Fluor with 18 years of electrical engineering, field engineering, contracts, and project management experience. He has field and project management experience on small and large-scale capital projects. Over the past two years, he has applied his breadth of conventional oil and gas experience to lead the implementation of Fluor’s nuclear energy strategy in Canada and to support initiatives related to carbon capture and hydrogen. Terry Jamieson has over 40 years of experience in the Canadian nuclear industry, both in the private and public sectors. He holds a BASc and an MASc in nuclear engineering from the University of Toronto. He is also a Certified Advanced Technology Manager and is a Fellow of the Engineering Institute of Canada. Following a 25-year consulting career, he joined the Canadian Nuclear Safety Commission (CNSC) in the role of Vice President of the Technical Support Branch, where he managed a team of 300 scientists and engineers devoted to safety, security and safeguards in the Canadian nuclear industry. He currently provides technical, competitive intelligence and proposal writing services to government agencies, private sector firms and not-for-profit organizations. His technical focus is on the safety and licensing aspects of Small Modular Reactors in the areas of steam production for district heating and grid-scale applications. Andy Hayward has been with Point Lepreau Nuclear Generating Station for 15 years in various managerial capacities, most recently as chief nuclear engineer. Prior to that Andy worked in the specialty cellulose industry up to and including general management of a mill complex in northern Quebec and was involved in construction and commissioning of two conventional power generation facilities.   James Ward has a substantial background in business operations, business planning, community development and consulting. One of his key responsibilities is to provide leadership as General Manager to the North Shore Micmac District Council and also the Anqotum AAROM (Aboriginal Aquatic Resource & Ocean Management).   The free presentation is hosted by David Mercer, director, head of Technology and Sustainability for Fluor Canada. Opening and closing remarks are provided by Bemal Mehta, Managing Director, Energy Intelligence, for geoLOGIC Systems.  Read more

Explore the critical roles of LNG and hydrogen in the global energy transition. This course focuses on the technical aspects, market dynamics, environmental considerations, and practical insights of LNG and hydrogen as evolving energy sources. Learning Objectives Evaluate market dynamics, trade strategies, and investment considerations for LNG and hydrogen Develop an understanding of LNG and hydrogen production processes Understand the significance of LNG and hydrogen in the global energy transition Course Developers The Evaluate Energy ESG Learning team consists of researchers, oil and gas writers, and e-learning design specialists along with the collective data intelligence and analytics capabilities of geoLOGIC systems. Courses are developed alongside engagement with producers, midstream companies, oilfield services, investors, regulators, and ESG reporting agencies. Curriculum Background LNG and Hydrogen Fundamentals Market Trends Industry Impacts Regulatory Landscape Additional Information Prices are in US dollars We have affordable subscription options for individuals, teams and companies. With a subscription you get unlimited access to our full library of live and e-learning courses. Still have questions? Connect with us at esglearning@evaluateenergy.com. Read more

We offer a comprehensive introduction in Hydrogen: Essential Guide. You'll uncover the fundamentals of hydrogen energy and its diverse applications. We analyze the economic factors of the hydrogen value chain, including production and transportation costs, market potential, and the challenges impacting its expansion and maturation. You will understand hydrogen's role as a critical fuel and energy carrier in decarbonization efforts. Learning Objectives Learn the physical properties of hydrogen and key safety considerations for its handling Explore hydrogen production technologies, including both traditional and emerging methods and understand the dynamics of hydrogen transportation and storage Investigate the versatile applications of hydrogen in various sectors and its significance in the decarbonization pathway Course Developers The Evaluate Energy ESG Learning team consists of researchers, oil and gas writers, and e-learning design specialists along with the collective data intelligence and analytics capabilities of geoLOGIC systems. Courses are developed alongside engagement with producers, midstream companies, oilfield services, investors, regulators, and ESG reporting agencies. Curriculum Introduction to Hydrogen as an Energy Carrier Hydrogen Properties and Safety Considerations Hydrogen Production and Infrastructure Hydrogen Uses Economic Considerations Challenges and Limitations of Hydrogen Additional Information Prices are in US dollars We have affordable subscription options for individuals, teams and companies. With a subscription you get unlimited access to our full library of live and e-learning courses. Still have questions? Connect with us at esglearning@evaluateenergy.com. Read more

Go beyond the basics of hydrogen with this intermediate-level course. We offer an in-depth examination of hydrogen's critical role in the evolving energy landscape, advanced hydrogen technologies and strategies. The course not only covers the pragmatic aspects of hydrogen deployment but also navigates the complex challenges and innovative solutions shaping its future. Learning Objectives Analyze the role of hydrogen in the current energy transition and its contribution to a sustainable energy mix Understand the complexities and strategic steps in building a comprehensive hydrogen value chain Gain in-depth knowledge of hydrogen's physical properties and advanced safety considerations in various applications Examine the processes involved in hydrogen production and the development of robust hydrogen infrastructure Explore the diverse applications of hydrogen in industry, transportation, buildings, and power generation, focusing on practical and innovative uses Evaluate the economic viability and market potential of hydrogen, including an analysis of costs in the hydrogen value chain Understand the policy frameworks and regulations that support hydrogen adoption and critically assess the challenges and limitations facing hydrogen's broader implementation Course Developers The Evaluate Energy ESG Learning team consists of researchers, oil and gas writers, and e-learning design specialists with the collective data intelligence and analytics capabilities of geoLOGIC systems. Courses are developed alongside engagement with producers, midstream companies, oilfield services, investors, regulators, and ESG reporting agencies.   Curriculum Efficient Hydrogen Storage and Transport Hydrogen Essentials: Properties and Safety Innovations in Hydrogen Production and Infrastructure Hydrogen: Advanced Uses and Applications The Economics of Hydrogen Energy Challenges and the Future of Hydrogen Technology Additional Information Prices are in US dollars We have affordable subscription options for individuals, teams and companies. With a subscription you get unlimited access to our full library of live and e-learning courses. Still have questions? Connect with us at esglearning@evaluateenergy.com. Read more

Indigenous rightsholders have a unique relationship with the Canadian government and are crucial partners in natural resource development projects. In this course, we give a brief overview of Indigenous rights with historical context behind the recognition and protection of these rights. Learners will examine both formal and informal systems of Indigenous consultation and engagement and explore economic reconciliation as it relates to the energy industry.  Learning Objectives Define and describe four sources of Indigenous rights: inherent rights, constitutional rights, treaty rights, and international rights Recognize key elements of Numbered Treaties, the United Nations Declaration on the Rights of Indigenous Peoples (UNDRIP), and the concept of Free, Prior, and Informed Consent (FPIC) Describe the findings of the Truth and Reconciliation Commission of Canada (TRC) and accompanying 94 Calls to Action  Understand the importance of both formal and informal systems of consultation and engagement as well as the legal obligations involved in duty to consult Examine through examples how industry is involved in economic reconciliation with Indigenous communities and define key business concepts, including impact benefits agreements, capacity building, Indigenous procurement, and equity partnerships Course Developers     The Sustainability in Energy Micro-Credential development team consists of sustainability subject matter experts and eLearning design specialists specializing in adult education. The course is developed with extensive input from the energy industry and leverages the data intelligence and analytics capabilities of geoLOGIC systems. Curriculum  Primer on Terminology  Historic and Current Context of Indigenous Rights  Equitable Consultation and Engagement  Economic Reconciliation Additional Information All prices are in USD We have affordable subscription options for individuals, teams and companies. With a subscription you get unlimited access to our full library of live and e-learning courses. Still have questions? Connect with us at esglearning@evaluateenergy.com. Read more