c-VACNT™, New Nano-to-Macro Material Platform with a Rich Application Potential
Karlheinz Strobl* and Sandra Gainey
CVD Equipment Corporation, 355 S. Technology Drive, Central Islip, NY 11722, USA
Corresponding author: Kstrobl@cvdequipment.com
c-VACNT™ - structures are made with a combination of non-proprietary and proprietary manufacturing process steps including photolithographic patterning of catalyst wafers, VACNT growth, carbon infiltration, separation from a growth substrate, optional secondary coating and/or other local or global surface modifications. The c-VACNT™ material of which these structures are made of has a nano-carbon based bi-continuous phase structure with 20-100 nm wide slit pores that are mechanically stable despite being semi-flexible so that they can survive drying after soaking in acetone or water soaking. They presently can be up to 5 mm tall and have features and/or through channels, notches, branches, arms as well as internal or external shapes ranging in size from 5 μm to over 100 mm.
We present here examples of selected fluid reactor applications demonstrating how these c-VACNT™ structures can be used to significantly improve the performance of medical and industrial devices, including extracorporeal membrane oxygenators (ECMOs) and artificial lungs.
References US Pat. Application 62754375, Fluid Reactors
 K.S., S.G., A.K., A.K., “c-VACNT™ enabled Fluid Reactor Innovations,” Techconnect 2019
 K.S., S.G., A.K, A.K., Air Powered Artificial Lungs and other High Efficiency Fluid Reactors Innovations, Techconnect 2019
 US Pat. Application, 62/839,026, “Testing of Extracorporeal Membrane Oxygenators and other Fluid Reactors”