The future of hospitality grows here.

Aquaponics is a recirculating food-production system that combines fish farming with soilless plant cultivation. Fish are fed in dedicated tanks, mechanical filtration removes solid waste, and beneficial bacteria in the biological filtration system convert dissolved nutrients into forms that plants can absorb. The nutrient-rich water is then circulated through the growing areas before returning to the aquatic system. AQUAAMORI develops this principle into a professionally engineered system combining fish production, DWC growing beds, vertical growing towers, water circulation, aeration, filtration, monitoring and automation. Because the water is continuously recirculated rather than discarded after a single use, aquaponics can significantly reduce water demand compared with conventional soil-based production.

The current AQUAAMORI range is designed around four different production scales: AQS20 — 20 m², AQS40 — 40 m², AQS54 — 54 m² and AQS210 — 210 m². The smaller systems are suitable for properties where space is limited, while AQS54 is designed as a semi-commercial solution and AQS210 as a substantially larger commercial production system. The nominal area describes the main production structure; the complete site may also require space for access, foundations, HVAC equipment, technical services and optional energy systems. The range therefore allows AQUAAMORI to design installations for private estates, hotels, resorts, restaurants, educational projects and larger food-production applications without applying the same layout to every site.

AQUAAMORI systems are designed primarily for fresh leafy vegetables, culinary herbs and selected vegetable crops, together with freshwater fish. The combination of DWC beds and vertical towers allows different crops and production cycles to operate within the same installation. Current planning capacities are approximately 76–82 kg of plants per month for AQS20, 160–180 kg for AQS40, 220–240 kg for AQS54, and 575–600 kg for the current AQS210 configuration. Estimated fish production ranges from approximately 155 kg/year in AQS20 to as much as 1,518 kg/year in AQS210. AQUAAMORI CENIK-SHORT (1) AQUAAMORI CENIK-SHORT (1) AQS 54+210 CENE-FINAL AQS 54+210 CENE-FINAL Actual production will vary with crop selection, fish species, growing cycles, stocking density, climate, lighting strategy and day-to-day production management. For hospitality clients, AQUAAMORI can develop a production plan around the ingredients most useful to the kitchen rather than simply maximizing theoretical biomass.

Yes. AQUAAMORI systems are designed so that food production and the guest experience can coexist while the technical components remain professionally managed. Fish tanks, filtration, pumps, pipework and electrical equipment can be enclosed or integrated into the architectural design, while service and maintenance areas can be separated from normal guest circulation. Water is continuously circulated, aerated and monitored, and larger systems include extensive water-quality monitoring and alarm functions. Because fish and plants share the same biological system, crop protection must also be approached differently from conventional horticulture. Prevention, biosecurity and biological or aquaponics-compatible pest-control methods are preferred because many conventional pesticides can be harmful to fish or biological filtration. AQS_Vprasanja_in_odgovori_Joao_… Every installation is additionally adapted to the applicable local requirements for electrical safety, building regulations, water systems, food handling and public access.

AQUAAMORI systems are highly automated, but aquaponics is a living production system and is not completely maintenance-free. Routine operation includes feeding and observing the fish, checking crop health, harvesting and replanting, inspecting filters and pumps, keeping the production area clean, checking consumables and periodically calibrating monitoring equipment. Automated filtration, water circulation, aeration, alarms and monitoring significantly reduce the amount of repetitive manual work. AQS20 and AQS40 already include continuous monitoring of pH, EC/TDS and water temperature, with remote access, alarms, graphs and downloadable data. Dissolved-oxygen monitoring and oxygenation control can be added. AQS54 monitors pH, temperature, EC/TDS and dissolved oxygen, while its premium control package adds equipment control through relays. AQS210 incorporates professional monitoring and relay-based control as part of its more advanced standard architecture. AQS_Vprasanja_in_odgovori_Joao_… AQUAAMORI also provides commissioning and operator training so that the client’s staff understand both normal operation and the reasons behind the operating procedures.

Yes. Remote monitoring is an important part of the current AQUAAMORI range. AQS20 and AQS40 provide remote access to pH, EC/TDS and water-temperature readings together with alarms, historical graphs and downloadable data. Optional dissolved-oxygen monitoring can also be integrated. AQS54 extends this to pH, temperature, EC/TDS and dissolved oxygen as standard monitoring parameters, with an optional premium control package capable of activating equipment according to predefined conditions. The control architecture is modular and can be expanded. AQS210 uses a professional monitoring and control system with remote access, alarms and relay-based equipment control, while further telemetry integration can centralize equipment, sensors, fish feeding, alarms, data collection and dashboards.

The lighting strategy depends on the AQS model and the amount of natural light available at the installation. AQS20 and AQS40 include LED lighting for their hydroponic growing equipment as part of the standard configuration. For AQS54 and AQS210, the standard configuration uses artificial lighting specifically where the geometry of the system makes it necessary — particularly the lower DWC growing beds. The upper DWC beds and vertical towers can primarily use natural daylight where conditions permit. A separate Full Hydroponic LED Lighting Package can be added to AQS54 and AQS210 when the client requires greater independence from natural sunlight or when local climate and building conditions make supplementary lighting desirable. Pasted markdown This avoids installing unnecessary electrical load while preserving the option of fully supported artificial growing light.

Mosquitoes are normally not a major problem in a properly designed and well-managed aquaponic installation. The main fish tanks contain continuously circulating and aerated water, making them much less suitable for mosquito breeding than small areas of stagnant water. AQUAAMORI therefore combines insect screening, controlled access, hygiene, water management and Integrated Pest Management. Ventilation openings can be protected with insect mesh, while frequently used entrances can use a double-door or vestibule arrangement. Special attention is given to eliminating standing water in trays, drains, gutters, buckets and floor depressions. Whenever practical, seedlings should be propagated inside the controlled facility because externally sourced plants are one of the most common ways pests enter a greenhouse. Monitoring with sticky traps and regular crop inspection allows problems to be identified early.

A full or partial off-grid energy solution can be designed as an optional package, but it should be engineered for the individual site rather than treated as a standard feature. The required solar generation, battery storage and other energy equipment depend on the selected AQS model, local solar conditions, lighting requirements, HVAC loads, water heating and optional oxygenation or automation equipment. This is particularly important because electrical demand changes according to configuration. The latest technical work therefore distinguishes between standard system demand and additional loads from optional equipment rather than presenting one unrealistic universal consumption figure. The current technical documentation now includes estimated average and peak electrical demand for all four AQS models and their optional packages.

A full or partial off-grid energy solution can be designed as an optional package, but it should be engineered for the individual site rather than treated as a standard feature. The required solar generation, battery storage and other energy equipment depend on the selected AQS model, local solar conditions, lighting requirements, HVAC loads, water heating and optional oxygenation or automation equipment. This is particularly important because electrical demand changes according to configuration. The latest technical work therefore distinguishes between standard system demand and additional loads from optional equipment rather than presenting one unrealistic universal consumption figure. The current technical documentation now includes estimated average and peak electrical demand for all four AQS models and their optional packages.