Aeroponics: Local Application
Automation
Benefits
- Automated and non-automated Aeroponic growth systems can reduce resource usage
- Water conservation
- Agricultural land can be used for other necessities
- Can be used in most climates due to indoor growing
- Crops can be planted and harvested out of season
- Better use of space allows for more biomass volume
- Self-sustaining
- Increased productivity and efficiency
- Reduced human involvement
- Reduced labor costs
- Manpower focused elsewhere
- Automated planting and harvesting
- Eliminate human intervention except during troubleshooting or emergencies
Automation
Short Term Goal:
What Are Hydroponic Systems
- To explore efficient growth systems
- Automated system sends data to a computer
- Algorithms take and process information
- "Data mining," examining large databases to generate new info, is used to interpret sensor data
- Computer can then make adjustments based off of real-time data
- Adjust pH levels
- Adjust nutrient flow
- Adjust UV light intensity
Long Term Goal:
Hydroponics
- To create an entirely automated growth system
- Reduce resource usage especially land and water
- The process of growing plants in sand, gravel, or liquid with added nutrients but without soil
- Hydroponic Goal: higher growth efficiency
- Some types of Hydroponic Systems:
- Drip
- Water Culture
- Nutrient Film
- Aeroponic
Automation
Hydroponics
- Monitoring and "Big Data" will be essential
- Components added as necessary
- Add timers
- Add Ultraviolet lights (UV)
- Add sensors:
- Moisture and humidity
- pH sensors
- Mineral sensors
- Temperature and UV Sensors
My Goal:
Automated Systems
Aeroponic Systems and Their Benefits
- Create automated and self-sustaining growth
- Powerful technology and intelligent engineering are key
- "With technology like this, jumping over the moon won't be reserved for fairy tales" (NASA, 2007)
Video Credit: Youtube, What is hydroponic growing?
Aeroponic Setup
Presented April 2015
For the National Aeronautics and Space Administration (NASA)
Nevada Space Grant Consortium
Award: NNX14AQ94A
The Problem
Aeroponic vs. Hydroponic
- Agricultural inefficiencies
- Seasonally affected
- Resource intensive
- Movement of water, necessary for life, is financially unfeasible
- Hydroponic limitations
- Still resource intensive
- Higher efficiency
- Less water intensive
- Nutrient delivery directly to roots
- Better oxygen circulation
- Stronger aerobic respiration
- Systems can be scaled more effectively and better automated (Powerhouse Hydroponics)
Image Credit: HowStuffWorks
The Solution
Aeroponics
- Aeroponic Systems
- Form of Hydroponics that deviates from conventional systems
- Much more efficient than traditional farming and Hydroponics
Aeroponic Systems
By: Adrian Aguilar-Robles
- Aeroponic Systems use up to 98% less water (NASA)
- Avoid use of pesticides
- No soil means less chance of disease
- Vegetation can be grown out of season
- Aeroponics are "rapid growth" meaning healthier plants ready for harvest sooner
Acknowledgments
Aeroponic Systems
How Aeroponic Systems Work
- Aeroponics are similar to conventional Hydroponics but differ in their growth strategies
- No growth medium
- Plants suspended
- Nutrient mix sprayed or misted directly onto roots
- Thanks to the National Aeronautics and Space Administration for the great opportunity
- Special thanks to Rita Bagwe, Ph.D for being a great mentor and motivator
- Thanks to Jinho Jung for great ideas and feedback
- Thanks to all other Great Basin College students, Kelly Kleeb and Marisela Ramirez, participating in the NASA Co-op for their support and feedback
- Thanks to Great Basin College for use of their facilities
Video Credit: Youtube, HowStuffWorks, Aeroponic Wheat
- A seedling is transplanted to an Aeroponic System
- Suspended roots and foliage do not interact with growth mediums
- Roots clump together as they grow
- A pump supplies nutrient mix to roots
- Reservoir holds nutrient mix
Aeroponic System Diagram
Photo Credit: Zambeza.com