HNO International, Inc., a prominent player in the hydrogen-based clean energy sector, has announced the launch of EcoFlare Power, a dedicated division that focuses on transforming wasted natural gas from flaring into reliable power sources for hydrogen and electricity production. This initiative aims to combat environmental degradation caused by flaring and the significant loss of valuable energy resources. By capturing flared gas and repurposing it into sustainable power, EcoFlare Power not only addresses environmental concerns but also reduces CO2 emissions related to flaring. EcoFlare Power is strategically designed to meet the increasing energy demands of data center infrastructure, blockchain technology, and AI-driven workloads by converting flared gas into scalable, clean energy solutions. Additionally, the division offers hydrogen production for backup power generation, industrial and transportation applications, and aims to lower carbon emissions from wasted flaring, contributing to environmental impact reduction. In a market where global regulations against flaring are on the rise and there is a growing demand for hydrogen and decentralized power solutions, EcoFlare Power is poised to make a significant impact. The division aligns with HNO International's broader strategy of hydrogen innovation and exemplifies the company's dedication to delivering cutting-edge, renewable energy solutions on a global scale. HNO International, with its expertise in green hydrogen-based energy technologies, has been a pioneer in the renewable energy transition. The company's commitment to innovation is showcased through solutions like the Scalable Hydrogen Energy Platform (SHEP™), the Compact Hydrogen Refueling System (CHRS™), and the Mobile Hydrogen Refueling System (MHRS), all aimed at making hydrogen accessible for businesses and communities worldwide. The launch of EcoFlare Power reinforces HNO International's position as a leader in the clean energy sector and highlights its focus on sustainability and energy efficiency.