Firing of gas turbines (GTs) using hydrogen-enriched fuel mixtures and, in perspective, unblended hydrogen constitutes a low-carbon solution for power generation and enables the reduction of emissions from the Norwegian Continental Shelf.
The SUPEERA project held a webinar on the 16th of December 2021. EU and national policymakers, research and industry representatives challenged each other to think about the meaning of energy efficiency and sufficiency concepts for the EU, its...
Workshop for HighEFF partners
In the frame of Research Council of Norway project NORUSCASA, SINTEF and NTNU cordially invite interested students and researchers to the second seminar occasion in the NORUSCASA seminar series.
NorthWind is arranging its very first annual Innovation Forum for project partners at the Royal Garden Hotel in Trondheim.
Pipeline has historically been the preferred means to transport CO2 due to its low cost for short distances and opportunities for economies of scale.
Public Project Launch Event - CANCELLED
The webinar will suggest a rationale for the further development of state-of-the-art thermal power cycles (i.e. reciprocating engines and gas turbines) towards a low-carbon future.
The Norwegian Centre for Energy Transition Strategies NTRANS and the Norwegian Research Centre on Wind Energy NorthWind invite you to a free workshop about the Norwegian wind power controversy.
A key aspect for the safe and reliable operation of large-scale underground CO2 storage applications is the accurate understanding of the subsurface behaviour and long-term fate of the injected CO2.
Low pressure liquefaction of CO2 intended for ship transport in a CCS chain have been studied experimentally in NCCS CO2 capture and transport-conditioning through liquefaction (Task 4).
In Norway, most of the future offshore oil and gas field developments are expected to be developed through tie-back solutions. Here, the produced reservoir streams are transported over very long distances on irregular terrain and cold ambient...
Join Norwegian and international policymakers, stakeholders, researchers and companies at this conference and matchmaking event to share the latest knowledge and create new opportunities in the transition to a circular economy.
A new modelling tool for evaluating the potential along-fault flow rate is under development.
Simple but reliable estimation of CO2 injection-induced stresses change acting on the fault are important for an early-phase screening of critically oriented faults near the injector.