The world is making strides in combating the climate crisis by leveraging Carbon Capture and Storage (CCS) technology to address carbon emissions through innovative solutions. CCS is transitioning from a secondary approach to a primary weapon against global warming by not only focusing on reducing future emissions but also targeting historical emissions. Advancements in Carbon Capture technologies include processes like chemical absorption, membrane separation, and cryogenics, which aim to capture CO2 efficiently while reducing energy consumption and costs. A promising technology on the horizon is Chemical Looping, which utilizes metal oxides to capture CO2 almost exclusively from flue gas, offering a more energy-efficient alternative to traditional methods. Additionally, the rise of Blue Hydrogen production is facilitating the adoption of CCS technologies for companies striving to achieve net-zero emissions by providing a cost-effective energy source. While renewable energy research continues to innovate with solar panels and wind turbines, the integration of CCS technology is essential for ensuring a stable and sustainable energy future with significant carbon emission reductions. Financial and regulatory challenges hinder the widespread implementation of CCUS, necessitating investments in storage infrastructure and the establishment of supportive policy frameworks globally to overcome barriers and create a conducive environment for the growth of CCS technology.