Our extensive experience has enabled us to excel in creating advanced systems for life support, waste management, space habitats, thermal management, propellant management, plant habitats, and omics technologies.
We have developed unique expertise in capillary fluidics, droplet generation, bubble management, and wetting. This specialized knowledge provides us with valuable insights into the development of advanced technologies such as Lab-on-a-Chip, Organ-on-a-Chip, and MEMS devices.
We have a proven track record of developing cutting-edge systems, devices, and experiments for drop tower, aircraft, suborbital, and in-space platforms, including the International Space Station.
Computational methods can play an important role in the design process. At IRPI we have unique experience in developing computational models for capillary and two-phase systems using the latest methods and tools.
