Collaboration
University College London
Aim Objective
To demonstrate the technical economic & environmental feasibility of a novel integrated carbon capture system to enable subsequent large-scale demonstration projects.
Results
The carbon capture and utilization through mineralization can be applied at larger scale and can achieve appreciable carbon reduction.
Major Impact Expected
Development of a new construction product in controlled small scale laboratory set up of neutral or even negative carbon footprint which can be used at large scale in various construction application.
Intellectual Property
Patent application is filed:
[A Method of Sequestering Carbon Dioxide PCT/GB2014/051330-WO2014/177857-QA/201511/00470]
Publications
One paper in peer-reviewed journal.
Carbon Capture & Storage (CCS) For Small-scale Gas Fired Combined Heat & Power (CHP) Schemes
Project ID
NPRP Cycle 6
[NPRP 6 - 588 - 2 - 243]
End Users
Construction industry, oil and gas industry and water desalination plants.
Status
Ongoing through QNRF continuation grant in Cycle 10.