Next Hydrogen Solutions Inc., based in Mississauga, Canada, announced the receipt of official ISO 9001-2015 and ISO 45001-2018 certifications for its site. These certifications validate the company's standardized quality systems, health and safety management systems, supplier selection processes, and continuous improvement processes. The certifications signify Next Hydrogen's ability to scale its operating system efficiently to support its expanding customer base. The President & CEO, Raveel Afzaal, expressed gratitude to FedDev Ontario for its financial support, which was instrumental in obtaining these certifications and advancing the company's scale-up activities. Next Hydrogen, founded in 2007, specializes in designing and manufacturing water electrolyzers to produce clean hydrogen for green energy applications. The company's patented cell design architecture allows for high current density operations and efficient conversion of renewable electricity into green hydrogen on a large scale. With a focus on decarbonizing transportation and industrial sectors, Next Hydrogen is now gearing up to deliver commercial solutions. FedDev Ontario, through the Government of Canada, has been supporting the southern Ontario economy for 15 years, aiding businesses in innovation, growth, and job creation. The significant impact of investments in clean technology companies like Next Hydrogen is emphasized by the Honourable Ruby Sahota, showcasing the role of such initiatives in positioning Canada as a global leader in green manufacturing and contributing to carbon reduction objectives. The article concludes with cautionary statements regarding forward-looking information and statements, highlighting the risks associated with the hydrogen industry, regulatory approvals, infrastructure developments, economic conditions, and access to capital. Despite potential uncertainties, the achievements of Next Hydrogen in obtaining these certifications reflect a positive outlook towards the company's future endeavors in green hydrogen production.