Carbon dioxide transport plays a crucial role in carbon capture and storage systems. As an economical and convenient carrier, pipelines have huge advantages in the transport of carbon dioxide. To aim to achieve a net-zero carbon emission over the next 20 – 30 years, the demand to lower carbon emission and the expansion of carbon capture, utilization and storage will require many new CO2 pipelines. This is a desk study on pipeline transportation of CO2 to define a future project roadmap and provide the necessary knowledge to safely and reliably transport anthropogenic CO2 by pipelines in ...
Carbon dioxide transport plays a crucial role in carbon capture and storage systems. As an economical and convenient carrier, pipelines have huge advantages in the transport of carbon dioxide. To aim to achieve a net-zero carbon emission over the next 20 – 30 years, the demand to lower carbon emission and the expansion of carbon capture, utilization and storage will require many new CO2 pipelines. This is a desk study on pipeline transportation of CO2 to define a future project roadmap and provide the necessary knowledge to safely and reliably transport anthropogenic CO2 by pipelines in either gas, liquid, dense phase.