Turning cement CO2 emissions into valuable resources
Technologies for transforming CO2 emissions from cement plants
By capturing cement plant CO2 emissions, we can turn an environmental concern into a valuable resource. Innovative ways of utilizing and sequestering emissions make this possible.
Industries around the world are working hard to find lasting solutions. They all face the challenge of reducing carbon dioxide (CO2) emissions. The cement sector, in particular, is a significant contributor and is making great efforts into reducing their substantial carbon footprint.
Whether you know or not, cement is the second most used resource after water. People use it for buildings, roads, and other commonly found forms of infrastructure. With this global cement and concrete plants generate 8% of global CO2 emissions.
Despite the cement industry’s major role in global warming, recent advancements in technology offer a glimmer of hope. This article explores the various avenues for understanding the potential of carbon capture and storage. Read on below to learn about how to handle and use this "asset."
Transportation
Building the infrastructure for change
Transporting captured CO2 efficiently and safely is crucial for its use and sequestration. In recent years, companies have made significant investments to strengthen CO2 transportation infrastructure. This allows for the transportation of CO2 from industrial sources to storage or utilization sites.
Reports made by research institutes or independant organizations provide information on CO2 pipeline systems. More and more valuable resources are being made available by international organizations. These reports include ongoing efforts for expansion and optimization.
Because of global calls for climate action, some countries are working to improve their infrastructure. They are focusing on CO2 transportation, like in the USA. Upgrading these networks helps promote the use of carbon capture technology. This can effectively reduce CO2 emissions.
Utilization
Transforming cement plant CO2 emissions into value
Captured CO2 holds immense potential as a feedstock for various industries. It creates new value chains and contributes to a circular carbon economy.
Examples of CO2 utilization (CCU) are numerous and create innovative pathways for converting CO2 into valuable products. From synthetic fuels to building materials, there are many possibilities.
By using captured CO2 as a raw material, industries can rely less on fossil fuels. This helps reduce their carbon footprint. The focus on new value chains, as highlighted in CCU examples, shows a shift towards sustainability-driven innovation.
Sequestration
Safeguarding the environment
Sequestering captured CO2 involves storing it underground to prevent its release into the atmosphere. Potential storage locations are depleted oil & gas fields, as there is a big knowledge on the geology and existing infrastructure, they are ideal to keep the CO2 in place for many years.
With this, there are companies exploring innovative approaches to CO2 sequestration. As an example, there is the potential of using natural mineralization processes to safely and securely store CO2 underground. Additionally, investments in infrastructure support for CO2 sequestration underscore its importance in achieving long-term climate goals.
Empowering future proof solutions
We recognize the pivotal role we can play in driving long-lasting change. This includes providing the required gas pressure and quality. Our products are not only integral to CO2 transportation, but also support utilization and sequestration efforts.
We are dedicated to reducing carbon emissions in global cement production. This includes enabling grid injection and turning captured CO2 into useful products.
Captured cement plant CO2 emissions represent both a challenge and an opportunity. We can unlock the potential of captured CO2. Investing in transportation infrastructure, unlocking innovative pathways, and embracing responsible sequestration practices make this possible.