Co2 storing is possible for the environment! But how? CO2 storage appears nearly absurd at first. Is it possible to store underground carbon dioxide emissions from a manufacturing facility? Research is currently being conducted to ascertain whether such a notion is not only feasible but also safe, and to demonstrate it to the general public. What are the Goals of the Circular Carbon Economy Related to CO2 Storage? The advancement of humanity depends on energy. The greatest challenge of our time is to address the global climate issue while advancing human growth and economic prosperity. The process of moving toward a low-carbon future will be difficult; CO2 storing is the powerful solution. To adequately address a major portion of the expanding global energy demand, alternatives will require a large amount of time and ongoing investment. Hydrocarbon-based energy sources will be relied upon to satisfy the majority of the world’s energy demand for the foreseeable future in order to ensure energy security and accommodate a growing global population. The CEA Initiative in Creating Solutions with Satisfactory Results in the Long Run | CO2 Storing We at Circular Economy Arabia are committed to doing our share by utilizing an interdisciplinary approach to

Carbon management solutions should be a crucial component of any emissions reduction strategy, alongside renewables and electrification, to achieve a successful transition to a more sustainable, climate-neutral growth by the middle of the century. There are two ways to manage carbon emissions. Carbon dioxide (CO2) emissions can be captured, stored, and/or used in clean energy technologies, afforestation, and other nature-based approaches to improve industrial and biological processes. Use and Storage of Carbon Captured is one of the Carbon Management Solutions Engineered solutions try to use technology to reduce anthropogenic outputs of CO2. Carbon Capture, Use, and Storage is one such technology (CCUS). The procedure involves capturing CO2 emissions from heavy industries, such as the production of steel and cement, as well as from the production of hydrocarbons, coal, and natural gas. The majority of CCUS plants in the Arab region are connected to the processing of natural gas and are made profitable by increased oil recovery (EOR). By combining CO2 streams for energy production, waste management, and product manufacturing, CCUS can potentially result in the development of industry clusters. It’s one of the most important carbon management solutions that recently entered into force. What is the Position of Official International

Circular carbon economy in Saudi Arabia is the center of attention, and the journey in this field began here. On Earth, carbon dioxide (CO2) plays a sensitive role in maintaining life, but since industrialization, greenhouse gases have dramatically increased, releasing much too much CO2 into the atmosphere. An essential idea for controlling the world’s excessive CO2 emissions is the circular economy. What is Circular Carbon Economy? After use, most economies throw away the raw materials as waste while the circular economic system constantly uses the same resources. A model for managing and lowering emissions is a circular carbon economy. The 4Rs—reduce, reuse, recycle, and remove—are used in a closed-loop system. To lessen their carbon footprints, Saudi Arabia and Aramco have embraced the circular carbon economy paradigm. Let’s clarify some concepts related to the circular carbon economy in the world: Reduce The best ways to combat climate change are to increase energy efficiency, reduce flaring, and replace fossil fuels with low-carbon energy sources like renewables, hydropower, nuclear, and bioenergy. Reuse Utilizing cutting-edge technologies to capture CO2 allows for its reuse in useful products including fuels, bioenergy, chemicals, building materials, food, and beverages. CO2 has value. Recycle Chemical reactions convert CO2 into