CO2RE Pathfinder projects

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Pathfinders – funding innovative new GGR approaches 

 

The CO2RE Hub ran three annual rounds of the Pathfinder competition to fill research and innovation gaps by funding early stage innovations with the potential for high impact. 

We funded 13 projects to support research progress to the point that award-holders are well placed to apply for larger scale R&D sponsorship through other channels.

The Hub also helped facilitate Pathfinder project engagement and participation in the GGR Programme, opening up opportunities to engage with its community of stakeholders.

 

Pathfinders Call 1 (launched winter 2021)

Pathfinders Call 1 projects explored new methods for capturing greenhouse gases and durably storing or converting them.

Underwater Kelp Forest in California

Use of co-pyrolised biochar in Carbon-Negative Hydrogen Production (HyBECCS) from bio-organic wastes

algae cultivation

Evolved aquatic microbial communities to sequester atmospheric CO2 

cows graze on a green field in sunny weather, layout with space for text

Methane removal and remediation using chlorine radicals

Enzyme-enhanced carbon capture and storage solutions in basaltic rock

Pathfinders Call 2 (launched autumn 2022)

Pathfinders Call 2 projects are exploring methane or ocean Greenhouse Gas Removal methods.

Underwater Kelp Forest in California

Encouraging Sphagnum moss growth in peatland pools to reduce methane emissions

algae cultivation

Removing atmospheric methane using solar driven catalytic membrane technologies

Ocean water background with waves

Developing efficient pre-treatment of seawater for process that removes CO2

Modelling mineral particle transport and dissolution in the ocean for Ocean Alkalinity Enhancement (OAE)

Pathfinder Call 3 (launched autumn 2023)

In this final call we funded five innovative projects  seeking to improve upon carbon storage capacity, an essential component to sustainably meet net-zero emission targets. 

Ropes connecting together to represent the topic (durability and synergies) of the article
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CO₂RE - The Greenhouse Gas Removal Hub
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