SMART AQUAPONICS
Science, Technology and Life in Balance
A food production system integrating fish farming and crop cultivation in a single cycle, harnessing aquaculture waste as nutrients and saving up to 90% water through automation and real-time monitoring.
What is Aquaponics?
Aquaponics is a food production system that integrates fish farming and plant cultivation in a single cycle, harnessing aquaculture waste as plant nutrients.
The 5 Pillars of the System
Tilapia
Intensive fish farming delivering nutritious animal protein in a controlled environment.
Vegetables
Plant cultivation absorbing nutrients while purifying the water.
Water
Closed-loop recirculation with up to 90% water savings.
Data
Continuous sensor tracking and traceability for informed decisions and transparency.
Automation
Smart pump and aeration control minimizing manual intervention.
Smart Aquaponic Ecosystem
Integration of fish, plants, sensors, and automation
A comprehensive, synchronized technological assembly designed to optimize every biological and physical resource in the production cycle.
Fish Tank (Intensive Culture)
Tank engineered for optimal density and healthy fish development under controlled conditions.
Solids Settler / Clarifier
Sedimentation unit that captures and removes gross solids and organic waste from the water stream.
Biological Biofilter
Biological media chamber where colonies of beneficial nitrifying bacteria convert ammonia into absorbable nitrates.
Sump Tank
Collection reservoir that stabilizes water levels and serves as the central pumping station.
Recirculation Pump
Efficient, continuous pumping system driving water circulation across tanks and growing modules.
NFT Plant Cultivation Modules
Hydroponic channels with continuous nutrient film for direct root absorption by vegetables.
Multiparameter Sensors in Fish Pond
Continuous precision measurement of pH, Temperature, DO (Dissolved Oxygen), EC (Electrical Conductivity), NH3, NO2, and NO3.
Power Box and Control Panel
Industrial electric cabinet automating pumps, aeration schedules, and safety switches.
Aerator (Oxygen Supply)
Continuous dissolved oxygen injection sustaining aquatic life and beneficial microfauna.
UV Radiation (Water Sterilization)
Chemical-free physical sterilization eradicating bacterial pathogens and fungi in the water flow.
Cloud IoT Connectivity
Wireless telemetry via LoRa, 4G, and Wi-Fi for remote monitoring, automated alerts, and real-time dashboards.
Validado en Laboratorio y Campo
Diseñado conforme a los estándares de investigación y producción de IPN, CEPROBI y CICATA Querétaro.
Benefits of the Automated Aquaponic System
Integration of technology, food production, and environmental care.
Water Savings
Up to 90% less water consumption compared to traditional agricultural systems.
Simultaneous Fish & Vegetable Production
Obtain nutritious, high-quality food within a unified production system.
Real-Time Monitoring
Sensors and connectivity for continuous oversight of water quality and system operations.
Automation & Control
Efficient operation powered by advanced technology that minimizes manual intervention.
Reduced Operational Risk
Stable operating conditions and continuous monitoring for safer, more reliable production.
Data Traceability
Comprehensive data logging and analysis for superior decision-making and transparency.
Higher Productivity
Efficient resource utilization to yield more food in optimized physical spaces.
Approach Packages
Solutions adapted to every need
Rural Self-Consumption
Designed for rural producers, families, and communities seeking food sovereignty with accessible technology.
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Fresh and healthy food self-consumption
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Small-scale fish and vegetable production
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Low water and energy consumption
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Simple, easy-to-operate technology
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Strengthens family and community economy
Industrial Production
For agribusinesses and investors requiring high efficiency, profitability, and end-to-end automation.
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Scaling to commercial level
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High productivity and resource efficiency
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Minimal manual intervention
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Intelligent control with AI and data analysis
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Profitable and sustainable business models
Research & Continuous Improvement
Aimed at universities, R&D centers, and laboratories for scientific validation and technology transfer.
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Validation of mathematical model and performance
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Sensor and equipment calibration
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Generation of technical and scientific evidence
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Technology transfer to productive and social sectors
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Specialized talent development
Training & Technology Transfer
Our training and assistance system to sustain long-term results
We guide producers and institutions from setup to complete operational mastery, ensuring continuous harvests and sustained success.
Operation and Maintenance Manuals
Standardized step-by-step operating guides for handling fish, crops, and mechanical hardware.
In-Person and Online Technical Training
Hands-on fieldwork and digital workshops covering best aquaponic practices.
Knowledge Platform
Digital portal featuring educational resources, technical protocols, and continuous optimization guides.
Specialized Technical Assistance
Direct guidance by aquaculture specialists, agronomists, and IoT automation engineers.
Rural Technology Adoption
Inclusive pedagogical methodology adapted to rural communities to ensure long-term autonomy.
“Ciencia, tecnología y alimentos para un mejor futuro”
Validado por IPN, CEPROBI, CICATA y UJATSimultaneous Fish & Vegetable Production
Harvest nutritious, superior-quality food from a single integrated closed-loop system.
Tilapia
Intensive fish farming in circular tanks with constant aeration and biological recirculation. Produces fresh, healthy, high-quality animal protein free from antibiotics or hormones.
Vegetables (Lettuce)
NFT hydroponic plant modules where roots directly absorb dissolved nitrates, feeding organically and purifying the water before returning it to the fish.
How does simultaneous symbiosis work?
Fish provide nutrient-rich aquaculture effluents. Beneficial nitrifying bacteria convert them into organic nitrates that nourish the vegetables. Plants filter and clean the water, which recirculates back to the fish. Zero waste, maximum biological efficiency.
Efluentes Acuícolas
Los peces en cultivo intensivo generan residuos naturales ricos en amonio que pasan a la recirculación.
Biofiltración Bacteriana
Bacterias nitrificantes transforman el amonio tóxico en nitratos absorbibles por las raíces de los vegetales.
Absorción Hidropónica
Las hortalizas absorben los nitratos en canales NFT, creciendo vigorosas y libres de tierra o agroquímicos.
Recirculación de Agua
El agua limpia y purificada regresa a los tanques de tilapia, ahorrando hasta un 90% del recurso hídrico.
Scientific Validation & Alliances
Science, technology, and food for a better future
The Smart Aquaponics system is backed, co-developed, and validated by Mexico's premier academic and governmental institutions.
National Polytechnic Institute (IPN)
“Technology at the Service of the Homeland”
CEPROBI
Center for Biotic Products Development
CICATA Querétaro
Center for Applied Science and Advanced Technology
Juárez Autonomous University of Tabasco (UJAT)
“Study in Doubt. Action in Faith”
Ministry of Science, Humanities, Technology and Innovation
Science and Technology Mexico — Impulsando proyectos de soberanía alimentaria y transferencia tecnológica al campo mexicano.
“Science, technology, and food for a better future”
Tecnología Mexicana para un Futuro Sustentable
Request Your Technical Diagnostic
We evaluate your space and requirements to suggest the ideal Smart Aquaponics implementation.
Headquarters & Operations
Tabasco & Querétaro, Mexico
Direct Assistance
+52 (993) 123 4567
Email Support
contacto@aquasmartbiotech.mx
Acuaponía Inteligente
“Ciencia, tecnología y alimentos para un mejor futuro”