By Marianne Nuzzo, Tiago Cunha, Shubhangi Gupta, Ewa Burwicz-Galerne and Christophe Galerne
The geological storage of CO2 is a promising means to help reduce the emissions of greenhouse gases into the atmosphere during the energy transition stages (e. g. , Raza et al. , 2022).
is key to support energy companies in their transition toward Net-Zero energy by allowing them to fund a significant part of this large investment through Oil & Gas production. . .
We have an updated information leaflet for our EAOCP project. More information can be found on the dedicated website page here
Please download the flyer here
28,30-Dinorhopane (Bisnorhopane) by Paul Farrimond
Although more
correctly referred to as 28,30-dinorhopane, this compound has long been called “bisnorhopane” in petroleum geochemical literature, and both are now in common use.
with details of our recent and future activities. Please use this link to read the articles.
continuing our support of this useful national meeting which particularly encourages contributions from students and younger scientists in the discipline. Although by no means a young scientist(! ), Paul Farrimond will be attending the meeting this year, which is being hosted by the University of Manchester on 11-12 July.
Dan Cornford and David Gardiner will be presenting at the 2024 EAGE Annual Conference and Exhibition in Oslo (10-13th June).
On 8th May 2024, the Norwegian Ministry of Energy announced the 2024 APA Round with available acreage across the Norwegian North Sea, Norwegian Sea and Barents Sea. To celebrate this, IGI are pleased to release (for free!
Diahopane (Hopane “X”)
This C30 rearranged hopane had been widely observed before its structure was determined (by Moldowan et al. , 1991). Originally labelled as “compound X” (after Philp & Gilbert, 1986), it was initially considered a possible terrestrial marker, but when Moldowan et al.
