VensoFlow™ is an adaptive technology platform enabling engineers across industries to design processes they had only dreamed of. License VensoFlow™ and unlock your true potential.
Applying VensoFlow™ technology to the operations of mines, power plants, and other energy intensive processes will offer a wide range of cost-saving and environmental benefits.
Our flagship solution will be a particle-based flue-gas scrubber, without the need for structured packing. It will offer high-capacity continuous flow removal of carbon, NOXes and SOXes from industrial waste streams, supporting cleaner energy and industrial and minerals processing.
With the current EU energy crisis, the focus at the decarbXpo 22 in Dusseldorf was on thermal energy storage TES. Among other solutions mobile heat banks for industrial steam production were shown at the conference.
The VensoFlow™ pilot plant proved 90% heat transfer effectiveness. Our virtual model can replicate the pilot results and predict heat exchange efficiency for any VensoFlow™ process.
The precision demands of the pharmaceutical sector are perfect for the product enhancing benefits of VensoFlow. The industry typically uses small capacity, batch Wurster Powder Coater fluidised beds for coating particles and tablets. Our designs offer higher capacity, continuous flow, multi-layered particle coating processors with the precise quality control needed for pharmaceuticals and functional foods.
The manufacturing industry is the backbone of international trade. It’s also responsible for over 29% of global carbon emissions*. By incorporating VensoFlow™ technology into the manufacturing process, we could solve persistent challenges to develop better processes, lower the carbon footprint of production and help open new markets for the manufacture of higher quality industrial goods.
We acknowledge Aboriginal and Torres Strait Islander peoples as the First Australians and the traditional custodians of the lands in which we live, learn and work. We pay our respects to Elders past, present and emerging.
