Audun Aspelund
Project Director
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Lyse
Audun Aspelund is an expert in natural gas, CO2, hydrogen liquefaction, and energy system analysis. He holds a Ph.D. from NTNU, where he also spent 1.5 years as a guest researcher at MIT. During his doctoral studies, he developed new process design tools integrating pinch analysis, exergy analysis, and optimization, and created The Liquefied Energy Chain for combined transport of LNG and LCO2.
Audun served as CEO of Lyse Neo for nine years, leading projects in district heating and cooling, as well as natural and biogas. Currently, he works as a business developer and project director for the CO2-capture project from waste incineration at Forus. He is also Chair of Forus Energigjenvinning and leader of the KAN CO2 Steering Group, driving key initiatives in CO2 management.
With extensive experience bridging technology, business, and sustainability, Audun is dedicated to developing innovative solutions for the energy challenges of today and tomorrow.
Audun served as CEO of Lyse Neo for nine years, leading projects in district heating and cooling, as well as natural and biogas. Currently, he works as a business developer and project director for the CO2-capture project from waste incineration at Forus. He is also Chair of Forus Energigjenvinning and leader of the KAN CO2 Steering Group, driving key initiatives in CO2 management.
With extensive experience bridging technology, business, and sustainability, Audun is dedicated to developing innovative solutions for the energy challenges of today and tomorrow.
Sessions with this speaker:
Building a fully integrated CCUS value chain is essential to its success.
How do different types of emitters shape the CCUS value chain?
A successful CCUS value chain must accommodate a wide range of emission sources, from large industrial hubs to mid-sized regional clusters and smaller, distributed emitters. This session will explore the characteristics of these different sources, the infrastructure needed to transport and store their CO₂, and how collaboration across sectors can accelerate deployment.
How do different types of emitters shape the CCUS value chain?
A successful CCUS value chain must accommodate a wide range of emission sources, from large industrial hubs to mid-sized regional clusters and smaller, distributed emitters. This session will explore the characteristics of these different sources, the infrastructure needed to transport and store their CO₂, and how collaboration across sectors can accelerate deployment.