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Article Waste Ammonia? An Opportunity to Generate Electricity
Ammonia (NH3) is one of the most commonly used chemicals on our planet: 150 million tons per annum are produced, mainly for use on our fields as fertilizer. A massive infrastructure already exists for the production, transportation and distribution of ammonia
Article Non Precious Metal Catalyst for Alkaline Membrane Fuel Cells, Ammonia Electrolysers and Hydrogen Generation
Acta is seeking to build partnerships with electrolyser (water and ammonia) developers and manufacturers, reformer manufacturers (ethanol & glycerol), bio fuel waste treatment and waste ammonia treatment
Article Ammonia Electrolyser Catalyst for Hydrogen Production
Acta is looking to demonstrate this concept but is particularly interested in developers and manufacturers of electrolysers who are interested in developing ammonia electrolysers with Acta’s catalysts/electrodes
Article Looking to Partner with Automotive Fuel Cell Developers
We are looking to partner with developers of fuel cells for automotive and transportation applications. Our catalysts offer numerous advantages of existing technologies
Article Seeking to Form Partnerships with Universities to Test and Develop our Reformer Catalysts
Acta is looking to form partnerships with Universities and others to test, develop and validate the performance of our catalysts for distributed generation of hydrogen using reforming technologies
Article Looking to Work with Anionic Membrane Developers and R&D Partners
Acta’s HYPERMEC™ catalysts are made from base metals such as iron, cobalt, nickel and offer significant benefits over traditional Platinum-Group metal catalysts, helping the fuel cell industry meet the cost & performance targets necessary for commercialisation of fuel cell technology
Article Reformer Development - Seeking to Form Partnerships with Companies Developing and Testing Reformers for Distributed Hydrogen Production
Acta is looking to form development partnerships with reformer system designers and developers, integrators and test houses to validate performance and to bring these innovative products to market.
Article Seeking to Form Partnerships with MEA & Stack developers and System Integrators in Portable and Micro Fuel Cell Applications.
Acta’s HYPERMEC™ catalysts are made from base metals such as iron, cobalt, nickel and offer significant benefits over traditional Platinum-Group metal catalysts, helping the fuel cell industry meet the cost
Article Electrolyser Development - Seeking to Form Partnerships With Companies Developing and Testing Electrolysers for Distributed Hydrogen Production
Acta is looking to form development partnerships with electrolyser system designers and developers, integrators and test houses to validate performance and to bring these innovative products to market.
Article Acta Seeks Partnerships with Portable and Micro Fuel Cell Developers in Consumer Electronics Applications
Acta’s catalysts are platinum free, being made of a blend of other transition metals, including cobalt, nickel and iron. These metals are abundant and the pricing is vastly cheaper than platinum.
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