The patent, granted to Blue Planet Systems Corporation, introduces innovative methods and systems for separating carbon dioxide (CO2) from a hydrogen synthesis product stream.
The core aspect of this patent is a process that involves mixing the hydrogen synthesis product stream with a capture liquid and a cation source to produce a CO2 sequestering solid. This results in a CO2 depleted hydrogen stream, which is the main objective of the procedure detailed in the patent.
As the global energy landscape shifts towards cleaner energy sources, hydrogen is increasingly recognized as a crucial component of the energy transition. Producing hydrogen efficiently is a key concern, with CO2 separation being a significant challenge. The methods detailed in this patent by Blue Planet Systems Corporation provide a potential solution for enhancing the purity of hydrogen streams by effectively removing CO2, which is vital for various industrial applications.
The patent outlines a technical methodology where the hydrogen synthesis product stream is treated with a capture liquid and a cation source. This combination facilitates the creation of a CO2 sequestering solid. As a result, CO2 is effectively removed from the product stream, leading to a cleaner hydrogen output. This process not only mitigates carbon emissions but also contributes to an economically viable hydrogen production process by potentially repurposing the captured CO2.
In addition to the described methods, the patent encompasses systems designed to implement these processes efficiently. These systems are engineered to seamlessly integrate into existing hydrogen production infrastructures, ensuring minimal disruption and maximum enhancement in CO2 separation capabilities. The design considerations also involve cost-effective and scalable solutions, pointing towards broader industrial applicability and impact.
While the patent itself does not overstate its significance, the implications of these methods and systems are notable. They hold promise for various applications, from energy generation to chemical production, where high-purity hydrogen is requisite. Furthermore, the advancements in CO2 sequestration could pave the way for more sustainable industrial practices, aligning with global efforts to reduce carbon footprints.
