Nicolai Gissur Ingvarsson

The Quiet Value of Mechanical Thinking in a Digital Energy World There’s a lot of talk about digital transformation in energy right now. AI. Predictive maintenance. SCADA. Digital twins. And I respect it. I’m actively moving toward understanding more of it - especially systems like SCADA - because the industry

Geological Storage - The Baseline of Integrity Direct air capture is often criticized for one simple reason: What do you actually do with the carbon once you capture it? The debate usually divides into two camps. One side argues that captured carbon should be reused — turned into fuels, materials, or industrial

Europe’s energy transition is usually discussed in terms of technologies. More wind. More solar. More hydrogen. More batteries. But technologies are no longer the real constraint. The real constraint is the infrastructure between them. Pipelines. Ports. CO₂ transport networks. Underground storage. Industrial heat systems. These systems determine whether technologies

Part 1 — The Drilling Constraint Why Geothermal, CCS, and Hydrogen All Compete for Drilling Capacity When people talk about the energy transition, the focus usually falls on visible technologies. Wind turbines. Solar panels. Battery storage. But a growing part of the energy system will depend on something far less visible.

Abstract While surface renewables dominate public discussion, the decarbonization of heat and long-duration energy storage increasingly depends on subsurface infrastructure. This shift positions the North Sea’s engineering ecosystem - built over decades of oil and gas development - as a critical foundation for geothermal energy, carbon storage, and underground hydrogen

The North Sea is often described as a declining resource basin. But that perspective ignores the most valuable asset built there over the past fifty years. It isn’t the oil. It’s the capability to engineer the subsurface at extreme depths. From Aberdeen to Stavanger to Hamburg, the North