Nybro CCUS
The project evaluates the techno-economic potential for industrial symbiosis among datacenters, Power-to-X, direct air capture, biogas facilities, and the locally available energy infrastructure at the strategic Nybro site in western Denmark, including the high-voltage electricity grid and existing gas and oil pipeline networks. The aim is to identify technically feasible and economically attractive integration pathways that exploit existing infrastructure and enable the exchange of electricity, heat, hydrogen, CO2 and renewable gases across sectors.
Nybro Pyrolysis
This project explores industrial symbiosis between biogas, pyrolysis, and Power-to-X technologies, focusing on the valorisation of digestate from decentralised biogas production through pyrolysis and biochar production, electrifying biogas production, and heat integration between pyrolysis and biogas processes to improve overall energy efficiency.
CAR2MA: Cross-Mission Carbon and Area Management
CAR2MA addresses the integrated management of carbon and land resources in the transition to climate neutrality, linking carbon sources, land use, and energy pathways to support regional planning and industrial implementation.
GRACE: Grid Capacity-Aware Investment Roadmap for Eco-Industrial Clusters
GRACE develops grid-capacity-aware investment roadmaps for eco-industrial clusters, identifying how energy technologies, infrastructure, and system operation can be coordinated to support cost-effective industrial decarbonisation under grid constraints.
CARMA-Green Fuels: Cross Mission Carbon Management
CARMA-Green Fuels investigates the optimal use of biomass and other carbon resources for green fuels, carbon utilisation, geological storage, and biochar within an integrated smart-energy-system perspective.
CO2 Management
The project investigates CO2 as a managed resource across capture, transport, utilisation, and storage pathways, assessing their interactions with energy systems, fuels, and climate objectives.
FLEX-ENVIRONMENT: Flexible and cost-effective integration of electrolyzers into smart energy systems
FLEX-ENVIRONMENT investigates flexible and cost-effective operation of electrolyser technologies in future Danish energy systems, considering electricity prices, grid constraints, renewable generation, CO2 availability, and district-heating integration.
PtX in Lolland-Falster
The project evaluates the techno-economic potential for industrial symbiosis among datacenters, Power-to-X, direct air capture, biogas facilities, and the locally available energy infrastructure at the strategic Nybro site in western Denmark, including the high-voltage electricity grid and existing gas and oil pipeline networks. The aim is to identify technically feasible and economically attractive integration pathways that exploit existing infrastructure and enable the exchange of electricity, heat, hydrogen, CO2 and renewable gases across sectors.
The project explored the role of Power-to-X in regions with limited power-transmission capacity and high renewable-energy potential, using Lolland-Falster as a case study.