This record is being processed for inclusion into GeoRef. It may not yet have been indexed, given a translated title, or checked by a GeoRef editor.
Comparative wellbore integrity evaluation across a complex of oil and gas fields within the Michigan Basin and implications for CO2 storage
Get full text
|Authors:||Haagsma, Autumn; Weber, Stephanie; Moody, Mark; Sminchak, Joel; Gerst, Jacqueline; Gupta, Neeraj|
|Author Affiliations:||Primary: |
Battelle Memorial Institute, Columbus, OH, United States
|Volume Title:||Greenhouse Gases|
|Source:||Greenhouse Gases, 7(5), p.828-842. Publisher: John Wiley & Sons, Sussex, United Kingdom. ISSN: 2152-3878|
|Note:||In English. 21 refs.; illus., incl. 10 tables, sketch map|
|Summary:||Wellbore integrity is a fundamental aspect of site characterization and selection for storage in areas with existing or abandoned oil and gas wells. The condition of well cement, installed casing strings, and plugs determine if a well can sustain optimal hydrostatic pressures and prevent fluid migration. This is a necessary but underappreciated aspect of assessing potential storage sites when optimal and sustainable pressure conditions are critical for success. To apply the systematic wellbore integrity evaluation to realistic CO2 storage conditions, seven fields in the Michigan Basin were selected which were actively being used for CO2 injection for enhanced oil recovery. Data on wellbore construction were collected for wells on and surrounding the reefs and were evaluated to determine the overall condition of boreholes in the study area using EPA guidelines and industry standards. Available cement bond logs were also reviewed to assess the quantity and quality of cement in the wells. The majority of the wells in the study area were shallow and did not penetrate the confining layers, thus, posing little to no risk. Most of the deep wells demonstrated sufficient plugs and cement quality that meet the desired standards. Some wells have missing or incomplete records and inadequate cement and/or plugs making them candidates for further evaluation, should large-scale CO2 storage be considered in the area. The results of the study show that readily available well records and cement bond logs can be used to efficiently evaluate and characterize CO2 storage study sites for overall wellbore integrity. Copyright 2016 Society of Chemical Industry and John Wiley & Sons, Ltd.|
|Subjects:||Abandoned oil wells; Boreholes; Carbon dioxide; Carbon sequestration; Carbonate rocks; Enhanced recovery; Fluid flow; Fluid injection; Greenhouse gases; Guelph Formation; Middle Silurian; Migration of elements; Mitigation; Niagaran; Oil and gas fields; Oil wells; Paleozoic; Pollution; Reinforced materials; Remediation; Reservoir rocks; Sedimentary rocks; Silurian; Slurries; Wellhead protection; Michigan Basin; North America|
|Coordinates:||N414500 N482500 W0823000 W0901500|
|Copyright Information:||GeoRef, Copyright 2021 American Geosciences Institute. Reference includes data from John Wiley & Sons, Chichester, United Kingdom|
No Tags, Be the first to tag this record!