What Is the BIGH Project?
Welcome to BIGH, the sustainable aquaponic farm that’s changing the game in urban agriculture. The BIGH project aims to build a network of urban aquaponic and sustainable farms right in the heart of major European cities. The first pilot farm, located in Brussels, is a shining example of innovation, combining fish, fruits, vegetables, and aromatic herbs all grown together in a closed-loop, zero-waste system. It’s all about sustainability here—no chemicals, no antibiotics, just fresh, local food grown on a rooftop.
The Main Benefit: Sustainable, Local, and Fresh Food
BIGH’s approach offers some pretty impressive benefits. Here are the key facts that highlight what makes this project stand out:
- Location: Rooftop of the Foodmet building in Anderlecht, Brussels, part of the famous Abattoirs site
- Size: One of Europe’s largest rooftop aquaponic farms, with a 2,000 m² high-tech greenhouse plus an additional 2,000 m² outdoor garden
- Innovations: Uses wasted energy from the building, recycles rainwater, and harnesses renewable solar energy
- Zero waste: Operates on a closed-loop system where fish and plants support each other’s growth
- Production: All food is chemical-free, antibiotic-free, and sustainably produced
Innovative Sustainable Technology at Work
The BIGH farm isn’t just about growing food—it’s a showcase of cutting-edge sustainable technology. The farm cleverly taps into the wasted energy from the building it sits on, recycles rainwater collected on-site, and uses solar panels to power its operations. This means it’s not just producing food sustainably but also minimizing its environmental footprint. Plus, the materials used in the farm’s construction follow circular economy principles, focusing on sustainability and reusability, and even embracing the “cradle-to-cradle” concept wherever possible.
Designed to Boost Biodiversity and Reduce Urban Heat
One of the coolest things about BIGH is how it’s designed to help the city itself. The farm optimizes energy use and minimizes water consumption, which helps reduce the urban heat island effect—a big problem in cities. On top of that, the farm creates green spaces that encourage biodiversity right on the rooftop. Insects are invited into the greenhouses to pollinate plants naturally, making the ecosystem more balanced and vibrant. It’s a little urban oasis buzzing with life.
Public Engagement and Educational Opportunities
Curious about how aquaponics works? BIGH opens its doors to the public with interactive visits that explain the ins and outs of their system. Visitors can explore the 4,000 m² of greenhouses and outdoor gardens, getting a firsthand look at how fish and plants grow together in harmony. It’s a great way to learn about sustainable farming and see innovation in action. Booking a tour is easy and definitely worth it for anyone interested in green tech or fresh food.
Project Impact: Supporting Global Sustainability Goals
- SDG 2: Zero Hunger – by producing fresh, local food sustainably
- SDG 6: Clean Water and Sanitation – through efficient water recycling and minimal consumption
- SDG 7: Affordable and Clean Energy – by using renewable solar power and residual building energy
- SDG 11: Sustainable Cities and Communities – by integrating farms into urban buildings and reducing heat islands
- SDG 12: Responsible Consumption and Production – via circular economy principles and zero-waste systems
- SDG 15: Life on Land – by promoting biodiversity and natural pollination in urban environments
Events and Workshops: A Space for Community and Collaboration
Beyond farming, BIGH offers a bright and spacious venue perfect for all kinds of events—from conferences and staff meetings to casual drinks and tastings. It’s also a great spot for team-building activities, bringing colleagues together in a unique green environment. Whether public or private, these events help spread awareness about sustainable food production and foster community connections. The farm’s versatile space makes it a hub for learning, networking, and celebrating sustainability.
