top of page

Course RC2

Aquifer Utilization for Energy Sustainability

The greatest challenge facing mankind today is the advancement to a more sustainable energy infrastructure and the concurrent mitigation of greenhouse gas emissions. Meeting this challenge will require a diversified array of solutions spanning across multiple industries. One of the solutions rising to the fore is the potential to rapidly build-out carbon sequestration, which involves the removal of CO2 from the atmosphere and its storage in the subsurface. Carbon capture and storage has the benefit of being able to directly build from the extensive physical, capital and human infrastructure of the oil and gas industry. Drawing on in-depth knowledge subsurface fluid flow, and informed by a modern interdisciplinary perspective, this course provides a comprehensive and practical technical guide into the potential that aquifers hold as sites for carbon and energy storage. It brings an overview of much needed multi-disciplinary skills and a technical understanding from the petroleum business that can be applied to the selection of underground storage sites and their management in the subsurface. This course provides valuable and timely insights into how we can draw from the wealth of existing technologies and data deployed by the fossil fuel industry in our transition toward a more sustainable future. This course is valuable to academic, professional, and business audiences seeking to evaluate the potential subsurface storage of carbon and/or energy and to inform policymakers in developing the proper policy tools to advance the objectives of a sustainable energy transition.
Detailed Topics
Day 1 – Aquifer presence and identification •Definitions •Data Availability, Cost and Schedule •Detection Methods - Direct Detection •Detection Methods - Remote Sensing •Examples of Aquifer Detection and Identification Day 2 - Aquifer Description and Characterization •Aquifer Characterization Using Geological Information •Aquifer Characterization Using Geophysical Information •Aquifer Characterization Using Petrophysical Information •Anomalous Water Day 3 - Static Models for Reservoirs and their Aquifers •Basin Models •Reservoir Quality Models •Geomodeling - Field Scale Integration Day 4 – Aquifer Dynamic Modeling •Analytical Aquifer Modeling •Numerical Aquifer Modeling •Aquifer Influx versus Water Injection •Field Case Studies Day 5 – Aquifer Utilization for Energy Sustainability •CO2 Storage •Natural Gas Storage •Hydrogen Storage •Compressed Air Energy Storage •Waste Liquid Disposal
Duration

Five (5) Days

Schedule a Course/More Info

For more information or to schedule a course,

please fill out a contact form here.

bottom of page