CCUS offers a method to compensate for hard-to-reduce carbon dioxide emissions. Cement, metallurgical and chemical industries have traditionally been among the most challenging sectors for decarbonization due to the nature of energy-intensive production processes. CO2 is a natural byproduct of many industrial processes. This fact will make these industries key proponents of CCUS methods.
Ultimately, operators must demonstrate that they use CCU exclusively for CO2 emissions that cannot be reduced. They must ensure industrial process efficiency and minimize carbon dioxide emissions before using CCUS to process remaining CO2.
Bureau Veritas participation in this sometimes lengthy value creation chain can be a valuable source of confidence for all stakeholders. By providing an objective quantification methodolgy applies throughout the project, Bureau Veritas can offer operators insights into their value chain. The company can provide operators with the data necessary to confirm that their work is performed safely. This helps them remain part of the climate change solution, rather than unwitting participants in the problem.
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CARBON
CARBON DIOXIDE
Carbon is the fourth most abundant element in the Universe and is essential for 10 million known compounds, including carbon dioxide (CO2). CO2 is a greenhouse gas (GHG) that contributes to climate change and global warming. It is a natural byproduct of many chemical reactions and cannot be completely eliminated from all industrial processes. -
CAPTURE
CAPTURE
Refers to the process of filtering gases and separating CO2, which is generated as a result of industrial processes and cannot be eliminated. It also includes emerging technologies being developed to remove CO2 directly from the atmosphere; captured carbon will be recycled, stored or utilized.
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UTILIZATION
UTILIZATION
of captured carbon
At this stage of development, only a very small amount of carbon is expected to be used, but future applications may include synthetic fuel production. Currently, as utilization projects are under development, the next step in CCU is absolutely crucial for the energy transition. -
STORAGE
STORAGE
It is extremely important that captured carbon is safely transported in sealed containers, where it can be stored for an extended period and then used as multiple new application options are discovered and developed.
Learn more in our official document #CCUS about #EnergyTransition using CCUS solutions