Elementarhy Revolutionizes Green Hydrogen Production with Plasma-Based Tech
Elementarhy, an innovative green technology startup, is revolutionizing the energy sector with its advanced technology for electrochemical energy conversion. The company's patented, plasma-based technology enables manufacturers to produce electrolyzers at a significantly higher rate, reduce costs by up to 50%, and enhance supply security.
The company's name, Elementarhy, emphasizes the significance of hydrogen in the energy industry and its focus on the 'electrochemical chip' where water splitting occurs. Elementarhy's solution offers a more scalable, cost-effective, and eco-friendly approach to green hydrogen production compared to traditional methods. The company's business model ensures high flexibility and low prices through small-scale customization during the product validation phase, and leverages scalable options once the optimal product fit is established.
Elementarhy has achieved impressive results with its technology, including >10,000 hours of runtime with a single Membrane Electrode Assembly (MEA). The company aims to initiate its first pilot project this year and is seeking funding for mass production, with targets at 100 kW at TRL 7 and >400 kW at TRL 8. Elementarhy's MEAs are recyclable, ensuring long-term sustainability for manufacturers and end-users. The company's key innovation is a patented, plasma-based technology that reduces dependence on critical raw materials like iridium, using up to 20x less iridium than conventional solutions.
Elementarhy's innovative technology enables manufacturers to produce electrolyzers at a significantly higher rate, reduce costs, and enhance supply security. With its recyclable MEAs and reduced reliance on critical raw materials, Elementarhy is paving the way for cost-effective and scalable green hydrogen production. The company is set to start its first pilot project this year and is seeking funding for mass production, with the goal of transforming current validation projects into binding contracts for joint MW projects.
