By: ICN Bureau
Last updated : May 09, 2023 9:30 am
The technology uses chemical reactions initiated and controlled by external stimuli to produce hydrogen gas in a cost-effective and efficient way
Noah Chemicals, a renowned chemical manufacturing and services provider, has made a major breakthrough by partnering with ImaGEN, a leader in hydrogen generation systems, to develop an on-demand hydrogen generation technology. This groundbreaking project is expected to transform the energy industry, reducing carbon emissions while promoting sustainability.
According to Tina Blumenthal, Owner, and CEO of Noah Chemicals, "We are thrilled to collaborate with ImaGEN on this innovative project. Our partnership combines our innovative approach to chemical collaborative services and product development with ImaGEN's expertise in chemical engineering and material science.
Together, we can create a new standard for on-demand hydrogen generation that will benefit the environment and provide value to our customers.
"On-demand hydrogen generation technology enables the production of hydrogen gas in a cost-effective and efficient way, using chemical reactions that can be initiated and controlled by external stimuli. With a wide range of potential applications, from hydrogen fuel cells in vehicles to supporting renewable energy storage and distribution, this technology has the potential to revolutionize the energy industry.
Noah Chemicals' team of experienced chemists is working with ImaGEN's team to develop on-site/on-demand "Hydrogen Generation Solutions" that meet all safety requirements while optimizing performance and efficiency. With their extensive knowledge and experience in the field, Noah Chemicals is confident that they can deliver excellent results for ImaGEN and its customers.
Ron Seftick, CEO of ImaGEN, is equally excited about the partnership, stating, "We are thrilled to partner and collaborate with Noah Chemicals in the commercialization of this highly effective hydrogen generation technology. This safe and easily transportable technology will accelerate dramatically the early adoption of hydrogen for multiple applications in the power industry.