Carbon Dioxide Removal

CDR removes CO2 directly from the atmosphere and stores it durably, creating net negative emissions. It complements emissions reductions by helping to balance remaining emissions and support long-term climate goals. CDR includes both nature-based and engineered approaches, such as afforestation, soil carbon sequestration, biochar, enhanced weathering and direct air capture. Research is needed to advance these approaches towards credible and scalable climate solutions, with robust methods to measure and document their climate impact and long-term carbon storage.

Nature-based solutions icon
BIOCHSTA
Documentation of long-term carbon stability in biochar
The aim of the project is to uniquely use geological state-of-the-art analysis techniques as a means of optimising the production of inert, non-degradable carbon for long-term stability in soil.

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BioStore
Biochars for soil carbon storage and sustainable agriculture
This project will investigate carbon stability and groundwater quality effects of soil amendment with high doses of a range of biochars and help pave the way for large scale implementation of PyCCS.

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BlueOFS
A mission to maximise C storage in Danish marine ecosystems
This project will identify the total carbon capture/storage capacity in Odense fjord as a pilot study for national upscaling and provide a road map on how to apply blue carbon capture.

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DACBattery
Integration of Direct air capture and Hydrogen Batteries
The DAC-Battery project explores an integrated approach to Direct air capture and energy storage by coupling passive CO2 capture with reversible hydrogen-based systems, aiming to reduce capture costs while providing flexible grid-balancing services.

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DACkbone
A Modular, Low-Energy Electro-DAC Pilot to Anchor Denmark’s CCUS Backbone
The project investigates fully electric, membrane-based Direct air capture as a pathway to scalable, energy-efficient carbon removal, aiming to accelerate deployment of certified negative emissions in support of Denmark’s climate targets.

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eDAC
Large scale integration of DAC in Energy Systems
This project will provide guidelines for stakeholders across the entire value chain on how DAC can efficiently be system integrated and thereby ensure proper deployment of Direct air capture technology.

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ICEFIELD
Unfreezing Climate Action: Scaling Enhanced Rock Weathering on Danish Croplands Using Greenlandic Rock Flour
The project investigates the feasibility of enhanced rock weathering using Greenlandic rock flour as a scalable, nature-based carbon dioxide removal strategy, aiming to establish robust measurement frameworks and support agricultural decarbonisation in Denmark.

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INNO4EST
Innovative forests for curbing climate change while integrating biodiversity, nutrient retention, and recreation
This project will provide a systematic approach for innovative design, establishment, and documentation of ecosystem services from new forests.

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MycoForest
Stimulating forest carbon uptake and storage by mycorrhizal inoculation
MycoForest investigates the potential of mycorrhizal inoculation to enhance carbon sequestration in afforestation on agricultural land, aiming to increase biomass growth and long-term CO2 storage through biologically optimised soil-plant interactions.

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SIMPLY
Supporting implementation of pyrolysis via constructive alignment of climate impact assessment methods, goals, frameworks, and incentives
The main objective of this project is to support and accelerate the deployment of Danish biomass pyrolysis.

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