Aquaponics Farm Design Apps and Services
Aesthetic Aquaponics Equipment for
Sustainable Urban Farming
News
AHAS is sharing the Ceres Aquaponics Farm Design App
Over a decade of Aquaponics farm design expertise at your fingertips, plus a database of over 50 plant species.
Ceres Calculator
Ceres Production
What is Aquaponics, and what are the key success factors?
Aquaponics integrates aquaculture, the cultivation of fish and aquatic organisms, with hydroponics, the cultivation of plants without soil.
Aquaponics combines these two disciplines in a symbiotic manner, where plants grow on the fish waste. In turn, the vegetables purify the water for the fish.
Beneficial bacteria in this ecosystem transform fish waste into plant food. Liquid waste (ammonia) is converted into nitrate, which plants absorb as nitrogen. Solid waste is broken down into elemental forms that plants can absorb, including phosphorus, potassium, magnesium, and calcium.
The outcome is an optimal natural ecosystem that harmoniously coexists between aquaculture and gardening.
The water is recycled throughout the system. Aquaponics consumes less than 5% of the water used in traditional soil-based farms for similar production.
For fish and plants to thrive in harmony, this ecosystem must maintain its natural state. Consequently, no harmful substances such as pesticides can be employed.
A small car engine can’t power a big truck, and a truck engine is oversized for a small car. Similarly, your aquaponics fish engine should be sized to your growing area.
An AHAponics farm is always designed based on this principle.
The nutrients come solely from the fish food. Each plant species has distinct nutritional requirements.
Ceres Production computes the minerals needed by each plant the user selects and aggregates it to determine the farm’s overall feeding requirement.
Ceres-Production then calculates the optimal quantity of fish food necessary for your farm’s needs.
Ceres calculates the number of fish needed to meet the farm’s daily fish food requirements based on their specific daily food consumption capacity.
Ceres calculates the optimal tank size for the number of fish needed in the farm, ensuring each fish has enough space to live.
These computations are based on practical observation in all AHAS farms.
Plants require carbon, hydrogen, oxygen and 14 other essential mineral nutrients.
Macronutrients, needed in large quantities
Nitrogen (N): Crucial for leaf growth, chlorophyll production, and proteins.
Phosphorus (P): Vital for energy transfer, root development, and flower/fruit production.
Potassium (K): Regulates water usage, stomata opening, and strengthens plant immunity.
Calcium (Ca): Builds strong cell walls and transports nutrients.
Magnesium (Mg): The core component of chlorophyll, enabling photosynthesis.
Sulfur (S): Essential for amino acids, protein formation, and chlorophyll production.
Micronutrients,needed in tiny quantities
Iron (Fe): Essential for chlorophyll formation.
Manganese (Mn): Involved in photosynthesis.
Zinc (Zn): Helps in plant growth regulation and enzyme systems.
Copper (Cu): Assists in photosynthesis and respiration.
Boron (B): Important for cell wall formation and germination.
Chlorine (Cl): Assists in photosynthesis and root growth.
Nickel (Ni): Essential for breaking down urea to release nitrogen
Ceres provides a comprehensive mineral requirement for each plant.
The water recirculation within the aquaponic system is paramount for the efficient transfer of fish waste nutrients to the plants.
AHAS conducted extensive experiments over a decade to investigate other crucial aquaponics factors that water movement impacts. These findings led to equipment designs that maximize plant growth.
Ceres Professional subscribers are granted access to this knowledge.
Plants, fish, and bacteria, like humans, need oxygen to survive. Nitrosomonas bacteria convert ammonia (NH3)into nitrite (NO2), while Nitrobacter bacteria convert nitrite into nitrate (NO3). Oxygen is therefore crucial for these bacteria.
Anaerobic bacteria do not require oxygen. These bacteria produce unpleasant odors and toxic compounds. Therefore, the aquaponics system must be designed to prevent the growth of such bacteria.
At 20 degrees Celsius and atmospheric pressure, water can dissolve a maximum of 9.1 milligrams of oxygen per liter. Aquaponics farms must distribute oxygen to maintain sufficient dissolved oxygen levels. AHAS farms operate above 6.8 milligrams per liter.
While a proper oxygenation technology provides oxygen to fish, bacteria, and plants, it also brings numerous other important functionalities to the system. Consequently, selecting the appropriate oxygenation technology is paramount. AHAS has dedicated years to rigorously testing various oxygenation technologies before selecting the optimum one for our farms.
Monitoring mineral nutrient levels in an aquaponics farm is of paramount importance.
Hydroponics systems use minimal water, reducing the need for chemical fertilizers. Thus, they require continuous monitoring and nutrient delivery.
Hydroponics systems also require regular water replacement, which significantly increases water consumption.
Aquaponics farms operate with a large amount of water, making the ecosystem efficient and extremely stable. Therefore, continuous control is unnecessary. Spot measurements are more than adequate.
Aquaponics farms never replace water, and use 10 times less water than hydroponics.
AHAS has tested several continuous measurement probe systems. All of these have failed after a short duration in the system. The probes, designed for clear hydroponic water, failed in the aquaponics water due to the presence of fish waste fines. Some of the probe we tested failed after just one month in operation. Only pH and temperature probes last.
Although pH and temperature are continuously monitored, we measure ammonia, nitrate, phosphorus, iron, potassium, magnesium, and calcium only once or twice a month.
AHAponics is an evolution of Aquaponics.
Not everybody holds a Ph.D. in Aquaculture or Biology. Fortunately, you don’t need these to grow your veggies, as the most important skill to build an aquaponics farm is Engineering.
AHAponics is the optimization of all technical processes involved in aquaponics. AHAS has spent over 10 years testing technical options and observing plant growth, resulting in a solid farm design and efficient equipment. We share this knowledge with farm builders, eliminating the pain and cost of failures.
AHAponics also involves learning about plant growth in different media through years of practical testing and optimization.
Our systems are designed to maintain a state of perfect equilibrium, ensuring the harmonious coexistence of fish, bacteria, and plants within an optimized environment.
Nutrient balance optimization
Optimum nutrient distribution process
Plant nutrient consumption
Solid filtration systems
Nitrification cycle
Water flow throughout the system
Water movement inside the growbeds
Water oxygenation
Impact of climate on plants
Climate control systems
Hydraulics optimization
Energy requirement
Solar system design
Farm operations
Equipment maintenance
Growing process optimization
Optimum growing media for each plant specie
Productivity and optimum harvesting weight
And more...
The Value of Aquaponics for You
Food security
Will grocery stores always have enough food for everyone?
The impending food shortage has already caused food prices to rise.
Growing your own food is like printing your own money
Your health
Provide your family with healthy, delicious, and pesticide-free food.
Aquaponics enhances the flavor of every food item.
Aquaponics vegetables are rich in vitamins, minerals, fiber, and amino acids. Tasty fish are packed with protein and beneficial fats.
We are made of what we eat
Your Business
You operate a restaurant.
You run a support community like a school, orphanage, or nursing home.
You want to start a trendy unique business that stands out from the crowd.
Differentiation is key to success
Your home
Seamlessly integrate a unique and visually appealing farming system into your home.
Grow and cook your food and ingredients conveniently near your kitchen.
The kitchen Chef’s heaven
Design and build your Aquaponics system
Design your farm with optimum Aquaponics Balance
Apps
$ 4.99 / year
Enhance your home with an aquaponics farm, and enjoy delicious and healthy food.
Setup
Unit system (Metric, Imperial)
Input:
Growing area
Monthly production
Ceres delivers:
Fish food required
Number of fish
Size of the fish tank
The productivity of potted plants depending on the growing density.
The weekly seeding plan
The monthly production
Also included:
Comprehensive information on the cultivation of plants in aquaponics systems
Apps
$ 39.90 /year
Design your farm based on the specific nutrient requirements of each plant species.
Setup
Unit system (Metric, Imperial)
Climate
Input each plant target:
Select vegetable
Desired monthly yield
Sales price
Ceres delivers for each plant:
Productivity
Growth duration
Expected harested weight
Number of plants in the farm
Optimum growing density
Area required in the farm
Monthly production and revenue.
Revenue performance per area unit (m2, sqft)
Weekly Seeding requirement
Germination and nursery area required
Detailed information and Aquaponcis farming tips
Then, Ceres delivers:
Nutrients required
Fish food required
Detailed fish engine
Automatic feeding plan
Regular mineral supplement requirement
The weekly seeding plan
Detailed monthly production and revenue.
Apps + Service
$ 499.00 /year
Bring our expertise and decade of experience to your aquaponics farm project.
Project definition
Climate
Required monthly production
Budget
The AHAS experts handle:
Ceres Production process
Ceres-Hydraulics
Ceres-Energy
Ceres-Financials
You get:
All Ceres Apps
Regular conference calls with AHAS experts
Dedicated chat group with 24/7 direct access to experts.
Crop optimization
Farm hydraulic design
Greenhouse climate optimization
Power and energy requirement
Solar system design
Operating cost estimation
CAPEX estimation
Profitability estimation
Additional support:
Aquaponics Training
Farm startup assistance
Farm operation assistance
Companionage
Ceres Apps
Botanical info
Comprehensive information on the cultivation of plants in aquaponics systems
Expected yields
Optimal growing density
Optimal environment
Nutrient requirements
Growing tips
Pests and diseases
Nutrient deficiencies
Fish info
Simple Calculator
Enhance your home with an aquaponics farm for delicious food. Ensure you design an aquaponically balanced system.
Fish engine requirement
Fish feeding requirement
Weekly seedling requirement
Farm production estimation
Metric and Imperial unit systems
Advanced Farm Design
Design your aquaponics farm based on your desired crop mix.
50+ plants available
5 plant categories, up to 6 plants per category
Climate productivity correction
Productivity database is regularly updated with new plants and productivity data from our lab and farms.
Farm sizing module
Fish engine design module
Metric and Imperial unit systems
In addition, Ceres Production outputs:
Expected productivity and profitability for each plant
Feeding needs for each fish tank.
Mineralization requirement
Weekly seedling requirement
Farm production summary
Select your project size
Garden
Enhance the vitality of your garden with nutrient-rich aquaponics water
Your objectives
Food security
Food safety
Enhance my home.
Feed my family with healthy delicious food.
Your questions
Size the fish engine.
Optimize my farm’s production.
Best Software
Best Hardware
AHAS garden kits
Communities
Build your small aquaponics farm using our integrated EasyGrow aquaponics lines
Your objectives
Feed my community.
Differentiate my establishment from the competition.
Acquire new customers.
Start a small business.
Food security
Food safety
Your questions
How much space is needed to produce each plant species?
How do I size my aquaponics farm’s fish engine?
How much nutrient supplement should I provide?
How does my climate affect my productivity?
What plant species generates the most revenue?
How long does it take to grow each plant?
How much germinating and nursery space do I require?
What is the ideal plant density for each plant species?
What’s the ideal environment for growing my crops?
What greenhouse size is needed for my project?
How many seedlings do I need weekly?
Best Software
Best Hardware
Easy-Grow
Commercial
Design a customized Aquaponics system for your needs and space in days. We’ll assist you throughout the process.
Your objectives
Large-scale vegetable sale
Offer a unique vegetable quality to your community.
Start a profitable urban farming business.
Your questions
How can I ensure my system’s functionality and effectiveness?
How do I design a farm that meets my production needs?
What’s the power requirement and energy costs?
What will be my operating expenses?
How many workers are needed?
How much CAPEX investment is required?
What will be the farm’s profitability?
Are there efficient, user-friendly, and durable equipment options available in the market?
What equipment should I use to accommodate my rooftop’s maximum structural weight load?
How can I design the best hydraulics and climate control system?
How do I start and monitor my farm?
What are the daily oprating tasks?
How do I handle pests and diseases?
Solution
Best Hardware
MIT
Why everyone is concerned
Today’s food landscape
50% of the organic vegetables found in Thailand supermarkets contain harmful pesticides exceeding legal limits.
Do you trust certifications?
Your car will not go far with bad fuel.
Is your body different?
Let’s give our children a healthy start.
Aquaponics can’t cheat!
Our focus
Aesthetic
We build aesthetically pleasing Aquaponics Farms and home systems.
Efficiency
We optimize the aquaponics ecosystem and the growth of plants and fish by providing them with their preferred environment.
Easy assembly
Our equipment makes it easy and quick to build and move farms. Your investment is portable.
Climate considerations
Our farms are equipped with climate control systems that establish optimal growing conditions.
Workforce requirement
Our equipment is designed to reduce construction time, operational costs, and the workforce needed.
Farm production
Our equipment, farm designs and operational processes are meticulously crafted to maximize production.
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