The behaviour of food products has a direct effect on the packaging process and the long-term degradation of the product. There is extensive R&D done on how to improve packaging techniques, especially of those products that have issues with sedimentation and prolonging the best-by dates of foods. Understanding the forces that effect these processes and minimizing those forces can lead to better manufacturing processes and better products that do not degrade over time.
Value Impact
R&D associated with creating longer lasting foods, creating foods with better mouth feel, creating more shelf-stable foods
Seed TAM
Fluid Dispensing – 32.3B € is total fluid dispensing TAM; R&D is .8%; 258.4M € is the R&D TAM. Shelf Life – 3.1B€ is Shelf-life TAM; R&D is .8%; 24.8M € is R&D TAM
Subtopics
Flow Profiles
Product Stability & Shelf-Life
Separations
Why Space
With the lack of sedimentation, flow profiles in packaging could be different in microgravity than they are terrestrially because things will not sediment out of solution. Understanding how other forces such as how shear effects the flow profiles could help lead us to ways to better package food products
We can understand terrestrially that gravity is one of the dominant forces effecting product stability and shelf-life. By minimizing gravity, we can look at the other forces that cause product degradation and understand how to minimize those forces terrestrially
Using microgravity to look at how to improve separations, thus leading to cleaner and better products
Markets
Shelf-Life Testing
Global Liquid Fertilizer
Fluid Dispensing Systems
Hydroponics
Market Applications
Understanding how moving product from one place to another can change the formulation or mixing
Droplet coalescence in the absence of gravity
Testing of membrane separation technologies
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