Why plug abandoned and orphaned #oilandgas wells?
1-reduces #methane emissions
2- reduces #pollution into air, land, water
3-allows land to be put to beneficial uses
@MaryKangS@VisualizeEnergy
https://t.co/Ncymg4ok14
many essential technical details about this well set, like depth and condition, and environmental impacts, including methane emission rates and whether they have caused groundwater contamination, are largely unknown
https://t.co/6xXphpNNlt
In a recent @insideclimate article @PhySciEng Executive Director Seth Shonkoff discusses how incoming funding for plugging abandoned wells in Pennsylvania will impact public health and environment and if it can truly address the state's needs.
https://t.co/feLDVKDZcs
Orphaned oil and gas wells - risks to air, water, and climate but also potential opportunities such as geothermal. https://t.co/eseSrvGrbv
@mcgillu@McGill_CIVE@McGill_Eng
These inactive wells represent environmental risks since they have the potential to contaminate water supplies, degrade ecosystems, and emit methane and other air pollutants that are harmful to human health. /3
A new study from @mcgillu and @PhySciEng captures environmental opportunities and risks from plugging orphaned oil and gas wells, creating a framework to manage millions of the inactive documented and undocumented wells.
https://t.co/GlkxhyWJRf
Puits de pétrole et de gaz abandonnés : risques pour l’environnement et vocations possibles
Vers une gestion encadrée de millions de puits inactifs
https://t.co/e8waN0tHZ7
Oil and natural gas activities are potentially contributing to Arctic-boreal ecosystem changes.📝
Authors Include:
Louise A Klotz, Oliver Sonnentag, Jonathan A Wang , @zimingwang1207 & @MaryKangS
Read the article here: 👇
https://t.co/mP3Vqwecjm
@mcgillu@NASAEarth
🌎13 % of anthropogenic #methane emissions in the Canadian part of #NASA ABoVE domain come from active and abandoned oil and gas wells. Want to know more ? Check out this new publication. Congrats Louise! 👏
https://t.co/LgtmbIYz7a @ioppublishing@MaryKangS