hydroponics - why do it
TRANSCRIPT
We make innovation a reality
You See Things and say “Why?” But I dream things that never were and say “Why not?” George Bernard Shaw
Polycarbonate greenhouses
Integration of greenhouse projects
• Turn key solutions
• From characterization to full production
But it’s so expensive! So why do it?
Because it is:
* Certified Hydroponics
* Lower Risk of Pathogen Contamination
* No Herbicide, Pesticide or Chemical Residues
* Grow local
* Environmentally Friendly
* Longer Shelf-Life
* Grow Year round
* Maximize Crop Yield, Uniform & Quality
* Minimizing Fertilizer & Water
• Price has increased by 5 times in the last ten years
• Cold chain transport even worse
• In leaf vegetables transportation can be up to 80% of the cost
• In the US many people can’t afford to eat vegetables
Two fundamentals:
1. The most efficient Hydroponics growing system in the world
2. Automation of the field – RFS Rotating field system.
מ
N (NO3) Nitrogen
P (PO4) Phosphorus
K (K+) Potassium
Ca (Ca++) Calcium
Mg (Mg++) Magnesium
S (SO4) Sulfur
Na (Na+) Sodium
Cl (Cl-) Chorine
Fe (Fe++) Iron
Mn (Mn+) Manganese
Zn (Zn+) Zinc
Cu (Cu+) Copper
Mo (Mo++) Molybdenum
B (B+) Boron
A variety of Vine Crops
Vine Crops - are climbing vegetables like: cucumbers, watermelons, tomatoes, zucchini, etc.
Walmart’s visit to Growponics
Manolo Ryes VP. Produce
Jack Sinclair Executive VP. Head of
Supermarkets
Presenting Our New Innovations:
1. Data Collection Robot - the DCR
2. Bioreactors for production of Organic Fertilizer
Platform Technology - Can be utilized for different applications:
Greenhouse control and monitoring
Strategic sites
Domestic
Borders
Intrusion Detection and Patrol systems: Smart City Applications
Funded by: Data Collection Robot
• Rail mounted platform – high durability and accuracy • Designed for Customization • Can carry any payload )Radar, Sonar, Thermal Cameras etc.)
• Can be installed outdoor and indoors.
Enabling Massive data collection and analysis (SQL)
Funded by: Data Collection Robot
The Basic principals of the technology: (Patented) • Accuracy and repeatability in frame grabbing (Presets) • Data collection at Regions of Interest (ROI) • High speed for low cost
Data Collection Capability: Pictures (vision) in the next step: UV, IR, Sound, ultrasound
Pattern recognition
Differing from drone technology
Funded by: Data Collection Robot
Autonomous Smart Patrol, monitoring and data collection
• Machine Learning • Artificial Intelligence • Image analysis
System modes: 1. Routine drive / To mission – destination 2. Scanning mode
3. Event handling
4. Manual control by control center
Percentage of color
Funded by: Data Collection Robot
Algorithm
DSP
Input signals
CPU
dS/dt > Th(t)
dS/dx > Th(x)
Mode B
Inspection Yes
Save S(x,t)
Mode A
Scanning
No Notification of suspected
intrusion
CMS
Transmit to central
Modulated
Signal
Relocate pod to danger point
Activation of inspection equipment
Verify intrusion
(at central control)
Mode C
Intervention
Yes
No
Human override
of pod
Operation of
Intervention equipment
Funded by: Data Collection Robot
Bioreactors for production of Organic Fertilizer The Need: To Replace Chemical Fertilizer Production. Fertilizer is Needed to Feed the World
1.5% globally
4% globally
120 million tons of Ammonia per year
Haber Bosch Ammonia Plant Energy
Natural gas
€ 40 B market per year
Cyanobacteria Funded by:
Our Solution
Na No Sodium
100% available to plants
Biological process
Produced on-site
No pathogens, fibers or residues
58
Use a Natural Bacteria Called Cyanobacteria Create Organic Fertilizer From Air, Water and Sun.
Cyanobacteria
-Polycarbonate tubes -Air pump -Pipes, valves -Sensors
In a Bioreactor:
Funded by: Cyanobacteria
N2
N2
N2 Cyanobacteria produces ammonia NH3In its cells.
The Biolaphos makes it release the ammonia from the cell into the water in gas phase.
Nitrogen in the air
Light
Organic Biolaphos
The Process
Photosynthesis:
6CO2 + 6H2O → C6OH12O6 + 6O2
CO2
Organic fertilizer
base
Glucose
Just to compare:
From the air
N2 + 3H2O → 2NH3 + 1½O2
NH3
NH3
Funded by: Cyanobacteria
How does it work:
Sun
Water
Air
Nitrogen Ammonia
Nitrification Unit
Ammonia in gas phase Cyanobacteria
Photo-Bioreactor
Nitrate
Calcium nitrate
fertilizer
Greenhouse
3.8 Kg /day of Nitrogen
Blocking ammonia assimilation
Calcium Carbonate
Organic Inhibitor Bialaphos.
NH3 Soluble In water
Funded by: Cyanobacteria
Why do it?
• Reactor CAPEX: € 291,000
• Reactor OPEX: € 36,000
Nursery
Fertilizing Center
Cyanobacteria Reactor 250 m2
1375 Kg Nitrogen Per Year
• Additional annual revenue € 250,000
ROI: < 2 years
Nitrification Reactor 10 m2
Funded by: Cyanobacteria
Meeting Green Deal Objectives
Zero CO2 emissions Clean sun energy
High yield organic farming
Pathogen free
In line fertilizer production No packing materials
High quality fruits and
vegetables
Sustainable approach
Local production
Funded by: Cyanobacteria
We are disrupting a multimillion Dollar industry. We are looking for:
• Commercialization partners
• Technical partners - for developing more applications
- For developing more software algorithms