Risk Assessment & Verification For Carbon Capture Projects Course

Richard Baker

Upcoming course

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This focused course is designed to address aspects of Monitoring, Measurement and Verification (MMV) plans, particularly those related to operations, surveillance, geomechanics and seismicity. The emphasis is on assessing risk and collecting data to meet MMV requirements and support the success of projects. The course will discuss how to best balance meeting requirements with minimizing both risk and costs. The course is field case study based and practical.
Looking into the future, the world is going to need 50 to 100 times more CCS projects than currently exist, even in the planning stages, and the industry will be tasked with how to decrease costs while assessing and minimizing risk.Read more...

Upcoming course

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Course contents

    Measurement, Monitoring & Verification

    08-01 - Pairing MMV Tools To Risk Analysis

    08-02 - Workflow For Risk Analysis

    Chapter 1 – Introduction To CO₂ Capture

    01-01 - Introduction (11 min.)  Sample Lesson

    01-02 - General Workflow

    01-03 - Review of Trapping Mechanisms

    01-04 - Review of Site Selection

    01-05 - Fluid Properties/Phase Behavior of CO₂

    01-06 - CO₂ Sequestration in Depleted Reservoirs

    Chapter 2 - Evaluating Risk

    02-01 - International Field Cases in CCUS; Operating Conditions

    02-02 - Learnings From Field Cases

    02-03 - Project Overview: Sleipner & Quest

    02-04 - Project Overview: In Salah

    02-05 - Project Overview: Snovit

    02-06 - Project Overview: Aquistore

    02-07 - Uncertainty In Volumetrics

    02-08 - Quest Project: Scale & Material Balance

    Chapter 3 - Monitoring lnjectivity

    03-01 - CO-2 Storage In Depleted Reservoirs

    03-02 - CO2 Phase Behavior Impacts

    03-03 - Storage Assessments

    03-04 - Risk Analysis 1

    Chapter 4 - Visualization & Criticality

    04-01 - What is the Objective/Visual Analysis of Risk Analysis

    04-02 - Injectivity

    04-03 - Analysis Of Injection Rates & Pressures: Quest Project (Part 1)

    04-04 - Analysis of Injection Rates and Pressures: Quest Project (Part 2)

    Chapter 5 - Injectivity

    05-01 - Theory & Calculations

    05-02 - Risk Analysis 2: Subsurface Risk

    Chapter 6 - Geomechanical Considerations

    06-01 - Faults

    06-02 - The World Stress Map

    Chapter 7 - Risk Assessments

    07-01 - Risk Factors

    07-02 - Risk Matrices

    07-03 - Plume Migration