CALGARY, Feb. 11, 2013 /CNW/ - Petromanas Energy Inc. ("Petromanas" or the "Company") (TSXV: PMI) today provided an update on its Albanian operations, including its ongoing drilling and seismic programs on Blocks 2-3. The Shpirag-2 well is currently at a depth of approximately 4,800 metres and is sidetracking in a lower Flysch shale zone, and will then drill ahead, as planned, into the targeted carbonate reservoir zone.
Permesso di ricerca San Marco
Geotec S.p.A. condurrà per Enel Longanesi Developments srl prospezioni geofisiche nei territori dei Comuni di Bagnacavallo, Russi, Ravenna, Cotignola, Faenza, Lugo.
Facciamo chiarezza: non esistono correlazioni tra estrazioni petrolifere e terremoto
In seguito alle notizie apparse sul web e riprese da diversi organi di stampa e da alcune trasmissioni televisive riguardo alla presunta correlazione tra attività petrolifere e il recente terremoto che ha colpito l’Emilia Romagna, la redazione di petrolioegas.it ha raccolto una serie di testimonianze di esperti, riconosciuti dal mondo scientifico internazionali, in cui emerge chiaramente che non esiste alcun nesso tra questi due fenomeni. Le notizie apparse sono quindi pretestuose e senza alcun avvallo da parte della comunità scientifica.
Provides Operational Update CALGARY, ALBERTA, December 3, 2012
Petromanas Energy Inc. ("Petromanas" or the "Company") (TSXV: PMI) today announced the Juban-1 well located on Block A onshore Albania has spud, set surface casing and is drilling ahead. The Company intends to drill the 100% well to a target depth of approximately 2,600 metres. Petromanas locally sourced a double land rig with a 1,000 horsepower rating from Simmons Edeco Limited.
Land seismic acquisition in densely populated areas is often affected by severe operative problems, mainly due to difficulties to access the survey area caused by different permitting issues, and more in general by the presence of obstacles. As a consequence, it is usual to acquire 3D seismic surveys characterized by important discrepancies between the planned and the actual lay out. These variations can typically produce negative effects in the final seismic data quality. The use of cable-free acquisition systems can help to solve this problem. We present here the results of a recent case, where both acquisition systems (wireline and cableless) were deployed at the same time, recording simultaneously two independent datasets over an area of 22.5 sqkm for a total of 4707 cableless receiver points and 2770 shots.
