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Aquaponic Fish Farm
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- 2. Aquaponics Spring Farm Problem OceanFarming Inefficiency EscapePollution & Diseases 1
- 3. Problem Field Farming Inconsistent Production Low Margin Diseases& Pollution Aquaponics Spring Farm2
- 4. Aquaponics Solution High Efficiency QualityControl Synergies Sustainability Double Output Lower Labour CO2 Heat Pesticide Fish Waste Water Quality Temperature Antibiotic Bio-Secure Aquaponics Spring Farm3
- 5. State of theArt Technology I Mobile Gully System • Higher Plant Density • Higher Market Value (longer shelf life) • Lower Labour Costs Geothermal Energy • Maintain Ideal Temperature • Energy Saving Nutrition Film Technology • Higher Yield • Higher Quality Computer Monitoring System • Maximize Fish Growth Rate Aquaponics Spring Farm4
- 6. Mobile Gully System Plantsautomatically move from planting area to harvesting area in gullies Space between gullies widens automatically http://youtu.be/ljVWCtnoyuA?t=1m14s Aquaponics Spring Farm5
- 7. Geothermal Energy System(HVAC) Utilize Clean, Renewable Energy • No Emissions on Carbon Dioxide Lower Operating Costs • 30-60% on Heating • 20-50% on Cooling Low Maintenance and Long-Lived • Indoor Components: 25 years • Ground Loop: 50 years Aquaponics Spring Farm6
- 8. Nutrient Filter Technology •water contains nutrients re- circulates past the roots CONCEPT 1 • The depth of the stream is very shallow CONCEPT 2 BENEFITS • Roots are exposed to water, oxygen, and nutrients • Higher Yield • High Quality Products Aquaponics Spring Farm7
- 9. Computer Monitor System •Measure water quality based on minute-by- minute basis CONCEPT 1 • Maintain an accurate, stable feeding schedule • Automatically adjust oxygenation and flow rates CONCEPT 2 BENEFITS • Support fish health • Maintain a low stress environment • Maximize fish growth rate Aquaponics Spring Farm8
- 10. Oxygenate Round TankAquaculture System Aquaponics Spring Farm9
- 11. Benefits of OurSystem Benefits 80% Less Chemical 40% Less Water Consumption 20 - 40% Higher Production 30 - 40% Energy Savings (Geothermal) 80 - 100% Crop Protection Aquaponics Spring Farm10
- 12. BC $302 Million AB $196 Million CANADA $1,525Million Market Size 2014 Major Greenhouse Vegetables Import Value Aquaponics Spring Farm11
- 13. Market Growth Greenhouse Vegetable •Increase in Global Demand • California Drought • Weak Canadian Dollar Canada Annual Export Value 2019 Annual Growth Rate = 5.6% Aquaponics Spring Farm12
- 14. BC $681 Million AB $207 Million CANADA $1,419Million Market Size 2014 Canadian Fish Import Value Aquaponics Spring Farm13
- 15. Market Growth Seafood Domestic Demand •Growing Health Consciousness • Rising Disposal Income International Trade • Comprehensive Economy Trade Agreement with EU • Global Middle Class Expansion Seafood Industry Revenue 2019 Annual Growth Rate = 2.7% Aquaponics Spring Farm14
- 16. Market Growth Medical Marijuana 0 200 400 600 800 1000 1200 1400 20142015 2016 2017 2018 2019 2020 2021 2022 2023 2024 AnnualReveueProjection Millions Year Industry Revenue Projection • Annual Patient Growth Rate: 28% • Industry Revenue Reaches $1.3 Billion by 2024 Aquaponics Spring Farm15
- 17. Financials What are weexpecting? Aquaponics Spring Farm 4,320,261 9,338,870 12,000,000 3,179,265 22,080,881 24,090,000 (4,005,051) 3,001,994 4,029,787 (10,000,000) (5,000,000) - 5,000,000 10,000,000 15,000,000 20,000,000 25,000,000 30,000,000 2015 2016 2017 Sales Gross Margin Net Profit 16
- 18. Startup Funding How muchmoney do we need? Aquaponics Spring Farm How much are we raising? $ 30 Million How will we spend the money? How are we raising? Investors $ 10 Million Bank $ 10 Million Agri Grant $ 10 Million Equipment $ 25 Million Site Preparation $ 4 Million 1st Year Operating Expense $ 1 Million 17
- 19. Team What are ourexperiences and expertise? Aquaponics Spring Farm ABC CEO ABC COO ABC CMO ABC CFO 18
Editor's Notes
- #5 HIGH EFFICIENCY Double output with lower labour ALL YEAR ROUND PRODUCTION Production is no longer affected by seasonal and weather changes QUALITY CONTROL Precisely control temperature, humidity, and pesticide
- #7 A growing field in which the growing plants automatically move, in plant gullies, from the planting area to the harvesting area. While moving along the growing field, the space between gullies widens in order to provide an optimum space for the plant in each stage of growth. Related Videos: https://www.youtube.com/watch?v=ljVWCtnoyuA (Suggest playtime: 1:14 – 2:38)
- #8 During the day, hot air collected in overhead hanging gutters is pulled through by a high-volume air conditioner (HVAC) and cooled with a heat exchanger. Water stripped from the air is saved for recirculation while carbon dioxide is added to the cool air being sent back though the greenhouse via perforated plastic pipes located at the base of the plants. At night, the system is reversed. Cold air is pulled from the hanging gutters and heated by the HVAC/heat exchanger. The heated air is then sent back into the greenhouse through the perforated pipes. The water for the heat exchanger is maintained separately while small amounts of hot and cold water are kept in storage tanks (another installation uses ditches instead of tanks). The primary reservoirs consist of “storage bubbles” in the aquifer below the greenhouse.