The future of hospitality grows here.
AQUAAMORI creates intelligent aquaponic environments that combine fresh food production, fish cultivation, circular water management and distinctive architecture. Designed for hotels, resorts, restaurants, wellness destinations and forward-looking communities, every AQUAAMORI system turns food production into a visible and memorable experience.
More than food production.
An AQUAAMORI installation is a working ecosystem, an architectural feature and a visible expression of responsible hospitality. It allows fresh ingredients to be produced close to the kitchen while giving guests an opportunity to experience the relationship between food, water, biology and technology.
Fresh on-site production
Grow leafy vegetables, herbs and selected crops directly at the property and reduce the time between harvest and service.
Living circular ecosystem
Fish, plants, microorganisms and water-treatment technology operate as parts of one connected production system.
Guest engagement
Transform sustainability into something guests can see, visit, understand and remember.
Architectural presence
Choose from distinctive domes, elegant capsules and adaptable glasshouse systems.
Food production designed as a living experience.
AQUAAMORI develops modular aquaponic environments that unite food, water, biology, architecture and intelligent control. Our purpose is to bring food production closer to the places where food is prepared, served and experienced. Each project is developed as a complete environment. The growing area, fish-production system, filtration, water circulation, monitoring equipment and architectural enclosure are planned to function together.
AQUAAMORI is intended for clients who want more than technical infrastructure. It is designed for properties and organisations seeking fresh local production, visible sustainability and a distinctive experience for visitors.
Circular by nature
Water and nutrients move through a connected biological cycle.
Designed for people
Every system is planned around how guests, staff and visitors will experience it.
Built to last
Materials and construction methods are selected for durability and low maintenance.
Scalable and adaptable
Modular design allows systems to grow with demand and adapt to different spaces.
How the AQUAAMORI system works.
The AQUAAMORI aquaponic cycle is a continuous biological process. Fish produce nutrients. Water carries those nutrients to the plants. Plants absorb what they need and clean the water. Clean water returns to the fish.
Fish production
Selected fish species are raised in carefully controlled tanks. Their waste provides the organic nutrients that feed the plants.
Water circulation
Water flows continuously between fish tanks, filtration and growing areas. Mechanical and biological filters maintain water quality.
Plant cultivation
Plants grow in soil-free beds, towers and vertical structures. They absorb nutrients directly from the water.
Monitoring and control
Sensors and controllers keep water chemistry, temperature, flow and feeding within optimal ranges.
Architectural enclosure
The environment is housed in a purpose-designed structure that protects the system and creates a striking presence.
AQUAAMORI system configurations.
Every AQUAAMORI project is tailored to the client, the site and the intended production. The modular approach means systems can be scaled and combined.
AQUAAMORI Dome
A transparent architectural dome for premium hotels and resorts. Visible from multiple angles, it creates a memorable guest experience.
AQUAAMORI Glasshouse
A larger system for community projects and educational institutions. Configurable for diverse crop and fish combinations.
AQUAAMORI Capsule
A compact, elegant unit for restaurants and wellness centres. Designed to fit into smaller spaces without compromising impact.
Custom configurations
For unique sites and large-scale developments, AQUAAMORI develops bespoke systems that integrate with existing architecture.
Intelligent control, reliable performance.
AQUAAMORI systems are monitored and managed through an integrated control platform that tracks water chemistry, temperature, flow, feeding and plant conditions in real time.
Remote monitoring
Water quality and system status are visible from any device, keeping staff informed without constant attention.
Automated control
Pumps, aeration, and climate systems operate automatically within set parameters. Manual override is always available.
Data logging
Historical data supports optimisation and troubleshooting, helping refine production patterns over time.
Integration ready
The platform connects with existing building management and hospitality reporting systems where required.
Aquaponics
The future of food production
What AQUAAMORI systems produce.
AQUAAMORI systems are designed for practical, high-quality food production that meets the standards of professional kitchens.
Leafy greens and herbs
Lettuce, spinach, basil, coriander, parsley, chives, mint and other leafy crops grow rapidly in aquaponic beds and towers.
Selected vegetables
Tomatoes, peppers, cucumbers, aubergines and other fruiting vegetables can be produced with appropriate lighting and climate control.
Fresh fish
Selected species including tilapia, barramundi and trout are raised to kitchen-ready size, calibrated to match kitchen demand.
Consistent supply
The controlled environment means fresh ingredients are available throughout the year, regardless of external weather conditions.
Designed for hospitality, not agriculture.
AQUAAMORI is built for properties where food production is part of the guest experience. The systems are clean, quiet, and safe for public spaces.
Guest experience
Guests can see and engage with where their food comes from. The system becomes a photo opportunity and a visible expression of values.
Kitchen integration
Fresh ingredients move to the kitchen in minutes. Chefs have access to produce that is fresher and more consistent than supply chains.
Marketing and storytelling
Installations give properties a genuine sustainability story that can be shared across marketing and guest communications.
Staff training and support
AQUAAMORI provides training and support so that kitchen and facilities staff can operate the system with confidence.
Common questions.
What is aquaponics?
Aquaponics is a method of growing plants and fish together in a recirculating system. Fish waste provides nutrients for the plants, and the plants clean the water for the fish. It is a natural, efficient way to produce fresh food with minimal water use.
How much space is needed?
AQUAAMORI systems range from compact capsules suitable for small courtyards to large glasshouses for dedicated production areas. The Dome and Capsule are designed to fit into existing hospitality spaces without major structural changes.
What can be produced?
Leafy greens, herbs, selected vegetables and fresh fish. The exact range depends on the system size, climate control and local regulations. AQUAAMORI works with each client to define a production plan that matches their kitchen and operational needs.
Is it safe for guests?
Yes. AQUAAMORI systems are designed for public spaces. Tanks, filtration and growing areas are enclosed and managed to prevent access to water or equipment. The systems are quiet, clean and meet all relevant health and safety standards.
How much maintenance is required?
Daily tasks are minimal and typically involve feeding fish, checking system status and harvesting. The monitoring and control system alerts staff to any issues. AQUAAMORI provides training and ongoing support to ensure smooth operation.
What does it cost?
Costs depend on the system size, configuration, site preparation and installation requirements. AQUAAMORI provides detailed proposals after an initial consultation and site assessment.
Start your AQUAAMORI project.
Every AQUAAMORI system is designed for its specific site, purpose and client. The first step is a conversation about your property, your goals and how aquaponic production could fit into your operation.
Aquaponics Iberia
Aquuamori is proud to partner with Aquaponics Iberia to support sustainable innovation in food production.