NASA recently performed the sixth iteration of the CSS-supported Plant Water Management experiment on the International Space Station (ISS). Plant Water Management is a series of technology demonstrations focused on developing a capability for crop irrigation and nutrient delivery in various microgravity environments. NASA’s ISS Research Program selected CSS through its Research, Engineering, Mission, Integration Services (REMIS) contract to serve as the prime contractor for performing all mission integration and operations for the plant water management system. CSS’ role as the integrator and project manager for this effort includes designing, testing and manifesting the hardware, processing all safety related items, coordinating procedures, turning over the hardware to NASA for delivery to the International Space Station, and supporting real-time experiment operations on ISS. 

The experiment payload, which includes a hydroponic system powered by a pump, a variety of induced perturbations, and synthetic plants that mimic various plant root systems, has been delivered to the International Space Station where the crew of Boeing astronauts currently resides. The crew volunteered to support this science experiment testing the hydroponic process of growing plants in their intended microgravity environment. 

Woman in a laboratory holds a syringe injecting liquid into a system.
Boeing astronaut tests the plant water management system on the International Space Station. (credit: NASA)

Although the astronauts volunteering to run the experiment admit they were first skeptical about running a hydroponic system with artificial plants, they then realized the value in testing the system. After running the operation for three days, they expressed amazement in the complex science needed to pump water through the system.

See More CSS Insights

Developing a Decontamination Line Guide for EPA Responders

CSS employee owners supporting the Environmental Protection Agency’s (EPA) Scientific and Technical Assistance for Consequence Management (STACM) contract have been working with the National Chemical Preparedness Workgroup and Sub Workgroups to create a decontamination (decon) line guide and detailed drawing for EPA on-scene coordinators and EPA’s special teams to use for emergency responses and incidents. The…

Studying Mesophotic Coral Health

Mesophotic coral can live at depths of 500 feet below the ocean surface. Even at this depth, some of the mesophotic corals in the Gulf of Mexico were affected by the Deepwater Horizon oil spill in 2010. Our coral scientists supporting NOAA’s National Centers for Coastal Ocean Science are studying the extent of this impact.…

Supporting Safety In Higher Education Laboratories

In the past two years we’ve expanded our safety portfolio to supporting colleges and universities, ensuring their laboratories meet industrial hygiene and safety standards. Our staff member leading the effort is a Certified Industrial Hygienist (CIH) and Certified Safety Professional (CSP), and member of the Remote Industrial Hygiene and Safety Support Team. Our short-term projects…