In collaboration with the DAFNAE department of the University of Padua, we contributed to the creation of an innovative laboratory, built with customized solutions and certified materials.
When technical innovation meets academic research, projects that can make a difference are born. This is the case with the collaboration between Mayermoover and the DAFNAE department of the University of Padua, for the creation of an experimental aquaponics facility in the heart of the university.
We're talking about a technology that combines fish and shellfish farming with plant cultivation in a single, self-sufficient, circular ecosystem: a virtuous system in which fish waste is transformed into nutrients for filter-feeders and plants, which in turn purify the water and return it clean to the farm.
This new approach aims to sustainably intensify aquaponic systems for the production of high-nutritional-value, commercially viable foods using environmentally friendly and animal-welfare-friendly methods and brackish water resources.
The system was designed and developed as part of a research project “ SuInAp ” coordinated by Prof. Marco Birolo of the DAFNAE department and funded by the University of Padua with the program “ Supporting TAlent in ReSearch @ University of Padua – STARS Grants ”.
"The project involved creating a space dedicated to students and researchers, a place where they could actually experiment with this technology," explains Dafne Russo, CEO of Mayermoover. "When they approached us to supply the monoblocks and materials, such as the custom-made containers, we immediately understood that this was a very unique project. Essentially, the challenge was to build a functioning laboratory from scratch within an outdoor area with certified materials and ready-to-use solutions. It was a team effort that fascinated us from the start."
Mayermoover's technical team closely followed every phase of the project.
"Our added value," Russo explains, "was offering a comprehensive service, taking care of every detail: from the on-site survey to take measurements and design the spaces, to the definition, production, and installation of two prefabricated monoblocks to house the entire system. Platforms and shelving were installed inside the structure to support the equipment, and certified plastic containers, suitable for contact with water and food, were placed there.
Completing the package are fittings, supports, and modular components designed to ensure solidity and longevity. All materials used, compliant with European standards, reflect the company philosophy of combining sustainability and reliability.
In this way, the research group of the DAFNAE department was able to develop the plant starting from a ready and certified base, significantly reducing the construction times".
Today the laboratory is operational in Legnaro, at the Agripolis Campus of the University of Padua, and represents a true point of reference for those studying sustainable agriculture models.
"This is a replicable model ," Russo emphasizes, "and our experience in the agri-food sector confirms this: just think of our recent collaboration with Alfrus, a historic Apulian company and leader in almond processing, for which we created complete systems with tailor-made solutions, in line with our mission: combining efficiency, safety, and sustainability."
Mayermoover is now recognized as a reliable partner for businesses and institutions. In addition to its e-commerce platform, the company relies on a team of expert technicians to support customers every step of the way: from on-site inspections to personalized consultations, all the way to final assembly.
"For us," concludes Dafne Russo, "a company's value lies not only in the products it offers, but in the solutions it builds around people. And when you work with the world of research and education, the satisfaction is even double!"
The Corriere dell'Economia also talked about this project.
