Zobrazeno 1 - 8
of 8
pro vyhledávání: '"Gianfederico Citi"'
Autor:
Bruno Jesus Romero Mora, Beatrice Ioannilli, Sam Stobart, Michael Gassert, Tommaso Castellito, Stefano Sartirana, Vito Calabrese, Arturo Belleza, Jimmy Ballotta, Fabien Duclocher, Gianfederico Citi, Darrell Knight, Jostein Lien
Publikováno v:
Day 3 Wed, March 23, 2022.
An Eni initiative Fast 3Digital Subsea was made to identify opportunities for improving Company's Subsea developments in terms of time, quality and cost by applying a new way of working and implementing a new digital tool, the FieldAP/Fieldtwin platf
Autor:
Michael Gassert, Tommaso Castellitto, Gianvito Inzerillo, Gianfederico Citi, Lorenzo Dell'Orto
Publikováno v:
Day 3 Wed, March 23, 2022.
Objectives/Scope The paper intends to review the most recent offshore oil & gas field developments where production hubs have been introduced and technical solutions are being developed in order to produce all reservoirs of a same block or area towar
Autor:
Michael Gassert, Fabrizio Rollo, Lorenzo Infusino, Francesco Argento, Nicola Galisai, Giorgio Paccagnella, Stefano Magi, Andrea Fazio, Gianfederico Citi, Tommaso Castellitto, Vito Calabrese
Publikováno v:
Day 1 Mon, May 06, 2019.
The scope of the paper is to further present and discuss, in continuation of OTC-28839-MS paper, the results of our technology development program regarding very long oil tiebacks architectures (50-100km) and enabling technologies. It is arrived the
Autor:
Michael Gassert, Gianluca De Molli, Fabrizio Rollo, Vito Calabrese, Stefano Magi, Gianfederico Citi
Publikováno v:
Day 1 Mon, April 30, 2018.
The scope of the paper is to present and discuss results of an extended technology development program regarding very long oil tiebacks architectures (50-100km) and related enabling technologies. The program is based on Eni most recent development pr
Autor:
Robin Galetti, Einar Melv˦r, Bent Ø. Johansen, Tom Kjønigsen, Øistein Hasvold, Henrich Henriksen, Gianfederico Citi
Publikováno v:
Journal of Power Sources. 65:253-261
This paper describes a power source for the autonomous control system of a subsea well (SWACS) in the Ionian Sea. The unit was deployed in Jan. 1996 at a depth of 180 m. The 650 kWh sea-water battery uses anodes made from commercial magnesium alloys,
Autor:
Gianfederico Citi, Stefano Magi, Francesco Argento, Michele Margarone, Giovanni Russo, Michael Gassert
Publikováno v:
All Days.
Abstract Recent deepwater projects are considering Subsea Gas-Liquid Separation aspotential technology to unlock oil reserves. Eni e&p is currently workingon R&D and development studies to evaluate the benefit of this technologyfor a number of repres
Publikováno v:
All Days.
Abstract The paper describes the application of Sea Water Batteries (SWB) on subsea wells with autonomous control systems. The concept is illustrated via the description of the installation of a SWB pack on the LUNA 27 well, performed in January of 1