Examples of CO2 transport in a sentence
The Proposed Development will initially capture and transport up to 4Mt of CO2 per annum, although the CO2 transport pipeline has the capacity to accommodate up to 10Mt of CO2 per annum thereby allowing for future expansion.
The Proposed Development will work by capturing CO2 from a new the gas-fired power station in addition to a cluster of local industries on Teesside and transporting it via a CO2 transport pipeline to the Endurance saline aquifer under the North Sea.
The transport distances and pipeline construction requirements for the captured CO2 would vary depending on the locations of specific industrial sources of the captured CO2 and proposed underground formations, recognizing, however, that pipeline cost could reasonably limit the distance of CO2 transport.
All parts of the installation related to CO2 capture, intermediate storage, transfer to a CO2 transport network or to a site for geological storage of CO2 greenhouse gas emissions shall be included in the greenhouse gas emissions permit and accounted for in the associated monitoring plan.
At large scales (100’s of km), CO2 transport in the atmospheric boundary layer limits the air capture flux to roughly 400 tC/ha-yr [Elliott et al., 2001].If air capture is used to offset emissions from fossil fuels as a means to provide energy with zero net CO2 emissions, then we can divide the power provided by the fossil fuels by the land area required to capture the CO2 emission resulting from the fuel combustion in order to compute a power density.
If a pipeline carries CO2 to multiple geological sites or serves multiple uses, CO2 transport emissions must be prorated using the mass-based allocation method and assigned to the CCS project under consideration.
Norway has CCS legislation in place for CO2 transport pipelines and other CCS-related infrastructure.
As noted elsewhere, an agreement would be expected to take time.In 2013, a group of major emitters in the Netherlands and Belgium formed an emitter Steering Group to address CCS and CO2 transport challenge, which is coordinated by the RCI and supported by Stichting Borg and the Clinton Climate Initiative (CCI).
Tom Mikunda and Avelien Haan-Kamminga, CATO2, ‘Overcoming national and European legal barriers to CO2 transport and storage in the North Sea’ (2013) <www.co2-cato.org/cato-download/2994/20130425_160030_CATO2- WP4.1-D07-v2013.01.25-Legal-barriers_-_pub>.
Injection and storage is the third step in the CCS process following the CO2 capture step and CO2 transport step.