The University of Arizona researchers have developed an invention that is a large-scale passive solar system for drying large quantities of agricultural waste.

About

Passive, Solar, Large-Scale Drying System For Agricultural Waste Tech ID: UA19-095 Invention: This invention is a large-scale passive solar system for drying large quantities of agricultural waste. Background: Environmental efforts have created a demand for an alternative protein source for human consumption. As beef, pork, and chicken protein produces a significant amount of greenhouse gas, there is a need for a complete protein source that provides the same nutrients, that is cheaper to produce and has a lower environmental impact. Insects have been consumed regularly elsewhere for millennia, and over one fourth of the world’s population consumes bugs in their standard diet. Edible insects are eco-friendly, cost efficient, and high in protein. Mealworms are currently fed grain crops which could otherwise be used for direct human consumption, such as oats or bran. Brewer’s grains and leaves are often composted or fed to other animals, so they could instead be used to feed mealworms. There is a need for a system for drying this agricultural waste using solar power to reduce energy consumption.

Key Benefits

- Eco-friendly - Cost-effective - Optimized

Applications

- Edible insect farming - Solar drying for agricultural waste - Solar drying for commercial crops - Solar heating system for greenhouses in cold regions

Register for free for full unlimited access to all innovation profiles on LEO

  • Discover articles from some of the world’s brightest minds, or share your thoughts and add one yourself
  • Connect with like-minded individuals and forge valuable relationships and collaboration partners
  • Innovate together, promote your expertise, or showcase your innovations