Abstract

The global pursuit of sustainable energy solutions has sparked interest in the utilization of flare gas, a byproduct of industrial processes, for hydrogen production. This paper explores the planning and adaptable scale optimization of flare gas utilization for hydrogen creation as a sustainable approach to energy recovery. By capturing and repurposing flare gas, industries can mitigate environmental impact, reduce waste, and contribute to the transition towards cleaner energy sources. Key considerations include assessing flare gas composition, selecting appropriate technologies, and optimizing system scalability to accommodate fluctuating operating conditions. Through a case study and analysis of industry practices, this paper demonstrates the feasibility and benefits of integrating flare gas utilization into industrial operations. Ultimately, the planning and adaptable scale optimization of flare gas utilization offer a promising avenue for sustainable energy recovery, fostering innovation and environmental stewardship in the industrial sector.