... government hydrogen norway government electricity pipeline petroleum engineer climate change commercially viable renewable expertise society subsea system infrastructure low carbon hydrogen transportation transition integrating north sea sector carbon emission Introduction The North...

... wastewater, without requiring electricity input. hydrogen water management bacteria social responsibility climate change united kingdom government europe government wastewater infrastructure contaminant electron membrane biocatalysis consumption electrolysis renewable electricity...

... personnel implementation sustainability europe government sand control subsea system desander supplier requirement infrastructure unmanned solid producing asset advancement north sea information Introduction The issue of formation sand and other unwanted solids mixing with reservoir...

... assurance upstream oil & gas artificial intelligence strategic planning and management maturity representation infrastructure application digital twin indicator operation trustworthy dnv trustworthiness dnv-rp-a204 consistency evidence Introduction Digitalization and the use...

... electricity generation, storage and transmission infrastructure, which are not quantified here. These investments can be very large indeed. DNV recently carried out a study for Eurogas, looking at Europe as a whole, and found that in an electrification scenario, electricity transmission and distribution...

... upstream oil & gas sustainable development artificial intelligence emission operation west shetland united kingdom government europe government climate change turbine electrification platform infrastructure consideration farm installation reduction storage substation cable...

... the geothermal resource and associated field infrastructure, and investigates both existing and future opportunities. Methodology At present, no one system exists for classifying offshore geothermal reserves and resources, so the following methodology was developed to allow measuring and benchmarking...

... the understanding of the technical scope and technology gaps; as well as the economic, environmental, and energy performance of underground hydrogen storage. It highlights main cost drivers and delivers insights into the re-purposing potential of the existing infrastructure. An example insight gained from the study...

... economy by repurposing existing infrastructure. However, hydrogen differences from natural gas or the availability of existing infrastructure is a complex changeover to be readily available by the 2030s. Part-funded by the Scottish Government via the Energy Transition Fund, with matched funding from...

... production and demand centers is therefore needed. The growing hydrogen economy represents a major opportunity for energy producers - many of whom have existing skills and infrastructure which can be repurposed for this sector. upstream oil & gas hydrogen europe government sustainability...

... operating model accessibility efficiency sustainable development platform totalenergies infrastructure governance operating model ownership collaboration adoption stakeholder Objectives/Scope The energy sector is going through a significant transformation as the world continues to evolve...

..., transport, heat and power. Offshore wind can be a core component of our future energy infrastructure, and the scale of its potential role in hydrogen production has recently drawn wider attention from policy makers, developers and potential users across a range of sectors. Hydrogen as a route to market...

...-in-class application operation application business unit operating model infrastructure responsibility stakeholder integration inwell Introduction For more than 20 years, operators have been setting up real time (RT) center initiatives to monitor and support drilling and completions (D...

... required in order to raise ambitions and create a sense of urgency within the hydrogen community. The paper justifies this bold statement, highlighting the fundamentals that the UK enjoys and compares these against other rival global centres, by considering the existing infrastructure whilst explaining...

... be the best solution. Cybersecurity is another consideration. Attacks on critical infrastructure have risen significantly over the course of the past year. As more Intelligent Electronic Devices (IEDs) are deployed in the oil and gas industry to optimize efficiency, Industrial Control Systems (ICSs...

... emission targets in multiple sectors. This builds on the UK’s world class gas network infrastructure, which can be repurposed to avoid becoming stranded, avoiding the enormous expense of increasing the capacity of the electricity transmission network, much of which would lie idle during the summer. The UK...

... will be required. In addition, the IPCC estimate that large scale GHG removal from the atmosphere is required using technologies such as Bioenergy CCS to achieve climate safety. In this paper we estimate the amount of carbon dioxide that will have to be captured and stored, the storage volume and infrastructure...

... efficiency through a more comprehensive understanding of their own data sets. machine learning Artificial Intelligence analog production control production logging infrastructure predictive model maintenance production monitoring flow metering calibration flow regime operation hardware...

... for this activity exceed £58bn with approximately 50% borne by the operators and 50% borne by UK taxpayers. The Hydrogen Offshore Production (HOP) project identifies an alternative to decommissioning by providing re-use options for offshore infrastructure while addressing the national challenge of a low carbon...

... The Infrastructure Code of Practice (ICOP) attempted to address information asymmetry in the negotiation process by requiring asset-owners to maintain a properly substantiated and extensive database of relevant technical and financial information to be disclosed to any potential asset-user...