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PARTICIPATE IN THE 2023 EAGE BOARD ELECTIONS
The annual EAGE Board elections are due to take place, with voting online beginning from 1 May to 1 June 2023. The Board is responsible for developing appropriate policies to achieve the objectives of EAGE in the interests of its members. We therefore invite all members to participate in the 2023 Ballot, as this is an important opportunity for you to have a say in how the Association is run on your behalf.
Premio di laurea in Geofisica “VITTORIO ILICETO”
Per onorare la memoria del Prof. Vittorio Iliceto, già membro del Consiglio Nazionale dei Geologi e Docente di Geofisica presso l’Università degli Studi di Padova e Ferrara, si istituisce il premio di Laurea VITTORIO ILICETO (fissato, per l’anno 2023, in Euro 1.500)
da assegnare ad un giovane laureato in Scienze Geologiche, Geofisiche, Fisica, Scienze Ambientali
o Ingegneria che abbia discusso una tesi di laurea magistrale con tematiche inerenti la GEOFISICA TEORICA ED APPLICATA
OGS – Borsa di Studio Lorenzo Petronio
Bando 15/2023
Selezione pubblica per titoli e colloquio per il conferimento di n. 1 borsa di studio per un giovane
laureato in memoria del dott. Lorenzo Petronio per studi nel campo della “Geofisica Applicata” per la sezione di Geofisica dell’Istituto Nazionale di Oceanografia e di Geofisica Sperimentale – OGS.
EAGE E-Lecture: Watching Gas Move: Seismic 4D Reservoir Monitoring of the Pluto Gas Field, North West Shelf of Australia (by André Gerhardt)
This E-Lecture: “Watching Gas Move: Seismic 4D Reservoir Monitoring of the Pluto Gas Field, North West Shelf of Australia”, whilst Seismic 4D monitoring is a mature and established technology commonly used in the reservoir management of oil fields, not much has been published on its use for monitoring gas fields. In this presentation I describe in detail the various steps undertaken in the feasibility studies that underpinned the 4D seismic monitoring of the Pluto Gas Field in the North West Shelf of Australia. I also present some of the results of the first monitor survey which show remarkable similarity with the expectations from the feasibility studies. We postulate that the production-related (pressure and saturation) effects are much easier to predict and quantify when sufficient aquifer support is present.