Thanks to plants it is possible to neutralize atmospheric pollutants in our cities. We will pick the better suited species according to your situation.
We have chosen the most advanced technology and adapted it to the ecological context in order to improve the quality of life in man-made environments.
A carefully designed lighting will enhance your hanging garden making it habitable 24/7.
To cultivate lush plants without wasting water it is necessary to take the utmost care in the irrigation and water management process.
Your Ecobubble will be totally self-sustaining in terms of energy, thanks to the adequately sized photovoltaic panels.
Are Ecobubble “sensory organs”: they transmit data about the air quality in the garden.
through the creation of a database and dynamic website it is possible to support the diffusion and analysis of microlocated environmental data.
Green Big Data
Collecting and managing geolocated environmental data makes it possible to study and and quantify the progress achieved in terms of fighting pollution.
Ecobubble promotes a new way to design and manage green areas (urban gardens, green roofs, agricultural lands, etc.) oriented to optimize water management, reduce chemical pollutants and improve the availability of good quality food in urban environments.
Phytoremediation Web Portal
Specific pollutants, microclimate, location, typology, structure and customer customization are just some of the inputs used to select the most suitable vegetation to maximize the removal of pollutants and drastically reduce emissions of volatile compounds (VOC) based on sound scientific research.
The Ecomotica kit includes the garden automation micro-station, the spectral analysis sensors (an infrared and visible camera), the environmental and gardening sensors for GBD collection.
Meet our Team
The ambition and innovation of the project require a research work having a remarkable degree of complexity, developing and designing Ecobubbles. In this regard the nature of the project pushes us touse environmentally sustainable high-quality materials and to employ designers and developers that are proficient in their fields (engineering, physics, architecture, IT, geology and urban botany)
Dr. Nicola Nescatelli – physicist and team leader
Dr. Riccardo Benini – physicist
Dr. Andrea Procaccini – physicist
Dr. Alessandro Talese – pv panels specialist
Fabio Pallini – computer technician
Dr. Chiara Scipioni – environmental engineer
Dr. Cristiana Benini – marketing
Dr. Federico Di Vincenzo – architect
via Nomentana, 403 – 00162 Roma