MOF Technologies products

Nuada, by MOF Technologies, is the next generation of carbon capture technology, delivering energy efficient and cost-effective CO2 capture. We’ve harnessed the high-capacity, super-selective nature of MOFs (Metal-Organic Frameworks) and engineered our very own ultra-energy efficient system to capture CO2 from flue gas. By overcoming the energy and cost barriers that have long held it back, Nuada will make carbon capture commercially viable turbo-charging our path to net-zero. MOF Technologies` Nuada carbon capture technology is being backed by cement industry leaders, such as Heidelberg Cement, for the Global Cement & Concrete Association`s Innovandi Open Challenge, to decarbonise the concrete value chain. 

It’s essential for virtually every building project, not least key civil infrastructure, but the concrete industry also accounts for 2.8 billion tonnes of CO2 each year, equivalent to roughly 8% of the global total and a greater share than any country other than China or the US. Change needs to happen quickly -  legislation and impending changes to the carbon tax credits scheme effectively force the need for a new, decisive approach to bring emissions for cement in line with ambitious targets.

MOFs are an exciting new platform material creating value for a diverse range of applications. Lean on our unrivalled and fully Integrated product development process to realise their potential. We fuse our decade of MOF know-how, patented processes, and rich engineering skills to forge a path from problem to product. Work with our experts, to identify, produce, shape, scale, test, and integrate MOFs for commercial use. 

Uncompromising on porosity: MOF shaping/forming processes are essential for developing new metal-organic framework products. Without careful shaping, process safety problems will arise due to gas channelling, pressure drop, and temperature gradients. Our innovative shaping methods allow us to avoid these issues, guaranteeing you a consistent commercial supply of highly porous, mechanically resistant MOF