As a historic transport site, SCALO FARINI has long been subject to the accumulation of pollutants, resulting in serious damage to soil quality. This design proposes a systematic solution through a combination of various remediation methods such as phytoremediation, artificial seasonal wetlands and chemical oxidation, to accelerate the remediation of soil pollution and provide a healthy foundation for the future development of the site. At the same time, considering that the new campus of the Brera Academy of Fine Arts is located near the site, the design specifically adds activity and leisure spaces suitable for students and the public to create a multi-functional ecological park. Phytoremediation is one of the core technologies in soil pollution control. We select hyperaccumulating plants, such as alfalfa, reeds, Indian mustard, and maidenhair fern, and plant them in the soil to use their characteristics of absorbing and solidifying heavy metals to fundamentally alleviate pollution. In combination with phytoremediation, we have also introduced other physical, chemical and biological methods such as chemical oxidation to quickly treat some heavily polluted areas, accelerate the decomposition and transformation of pollutants, and effectively shorten the remediation cycle. At the same time, an artificial seasonal wetland has been designed in the site, with wetland plants suitable for the area planted to further purify the soil using their natural adsorption and filtration capabilities, forming a dynamic ecosystem and accelerating the remediation process. In terms of functional zoning, the park mainly consists of an ecological restoration zone and a leisure activity zone. The ecological restoration area focuses on appreciation and provides ecological education content through walkways for the public to understand and observe the process and effects of soil restoration. The leisure and activity area provides a variety of spaces for residents, teachers and students of the Academy of Fine Arts, where people can relax, communicate, sketch and so on. In addition, facilities such as a children's activity area and a ball field have been designed to provide students and faculty of the BRERA Academy of Fine Arts, as well as residents of the neighbourhood, with an abundance of outdoor space for fitness, parenting, and socialising. The Scalo Farini Park is not only an ecological restoration project, but also a public space that combines education, leisure and sports. Through a variety of ecological restoration methods and functional designs, it will gradually rebuild soil health and provide citizens with a vibrant and sustainable green space.
In quanto sito storico di trasporto, lo SCALO FARINI è stato a lungo soggetto all'accumulo di sostanze inquinanti, con conseguenti gravi danni alla qualità del suolo. Questo progetto propone una soluzione sistematica attraverso la combinazione di vari metodi di bonifica, come il fitorisanamento, le zone umide stagionali artificiali e l'ossidazione chimica, per accelerare la bonifica dell'inquinamento del suolo e fornire una base sana per lo sviluppo futuro del sito. Allo stesso tempo, considerando che il nuovo campus dell'Accademia di Belle Arti di Brera si trova vicino al sito, il progetto aggiunge specificamente spazi di attività e di svago adatti agli studenti e al pubblico per creare un parco ecologico multifunzionale. Il fitorisanamento è una delle tecnologie fondamentali per il controllo dell'inquinamento del suolo. Selezioniamo piante iperaccumulanti, come l'erba medica, le canne, la senape indiana e la felce di capelvenere, e le piantiamo nel terreno per sfruttare le loro caratteristiche di assorbimento e solidificazione dei metalli pesanti per alleviare radicalmente l'inquinamento. Insieme al fitorisanamento, abbiamo introdotto anche altri metodi fisici, chimici e biologici, come l'ossidazione chimica, per trattare rapidamente alcune aree fortemente inquinate, accelerare la decomposizione e la trasformazione degli inquinanti e abbreviare efficacemente il ciclo di bonifica. Allo stesso tempo, nel sito è stata progettata una zona umida stagionale artificiale, con piante palustri adatte all'area piantate per purificare ulteriormente il terreno utilizzando le loro naturali capacità di adsorbimento e filtrazione, formando un ecosistema dinamico e accelerando il processo di bonifica. In termini di zonizzazione funzionale, il parco è costituito principalmente da una zona di ripristino ecologico e da una zona di attività ricreative. L'area di ripristino ecologico si concentra sulla valorizzazione e fornisce contenuti di educazione ecologica attraverso passerelle che consentono al pubblico di comprendere e osservare il processo e gli effetti del ripristino del suolo. L'area per il tempo libero e le attività offre una varietà di spazi per i residenti, gli insegnanti e gli studenti dell'Accademia di Belle Arti, dove le persone possono rilassarsi, comunicare, disegnare e così via. Inoltre, strutture come un'area di attività per bambini e un campo da pallone sono state progettate per fornire agli studenti e ai docenti dell'Accademia di Belle Arti di BRERA, così come ai residenti del quartiere, un ampio spazio all'aperto per il fitness, la genitorialità e la socializzazione. Il Parco dello Scalo Farini non è solo un progetto di restauro ecologico, ma anche uno spazio pubblico che combina educazione, tempo libero e sport. Attraverso una varietà di metodi di ripristino ecologico e di design funzionali, ricostruirà gradualmente la salute del suolo e fornirà ai cittadini uno spazio verde vivace e sostenibile.
Harnessing plant power for regeneration: a dynamic landscape park based on ecological restoration
XIA, YAN;WANG, MENGHAN
2024/2025
Abstract
As a historic transport site, SCALO FARINI has long been subject to the accumulation of pollutants, resulting in serious damage to soil quality. This design proposes a systematic solution through a combination of various remediation methods such as phytoremediation, artificial seasonal wetlands and chemical oxidation, to accelerate the remediation of soil pollution and provide a healthy foundation for the future development of the site. At the same time, considering that the new campus of the Brera Academy of Fine Arts is located near the site, the design specifically adds activity and leisure spaces suitable for students and the public to create a multi-functional ecological park. Phytoremediation is one of the core technologies in soil pollution control. We select hyperaccumulating plants, such as alfalfa, reeds, Indian mustard, and maidenhair fern, and plant them in the soil to use their characteristics of absorbing and solidifying heavy metals to fundamentally alleviate pollution. In combination with phytoremediation, we have also introduced other physical, chemical and biological methods such as chemical oxidation to quickly treat some heavily polluted areas, accelerate the decomposition and transformation of pollutants, and effectively shorten the remediation cycle. At the same time, an artificial seasonal wetland has been designed in the site, with wetland plants suitable for the area planted to further purify the soil using their natural adsorption and filtration capabilities, forming a dynamic ecosystem and accelerating the remediation process. In terms of functional zoning, the park mainly consists of an ecological restoration zone and a leisure activity zone. The ecological restoration area focuses on appreciation and provides ecological education content through walkways for the public to understand and observe the process and effects of soil restoration. The leisure and activity area provides a variety of spaces for residents, teachers and students of the Academy of Fine Arts, where people can relax, communicate, sketch and so on. In addition, facilities such as a children's activity area and a ball field have been designed to provide students and faculty of the BRERA Academy of Fine Arts, as well as residents of the neighbourhood, with an abundance of outdoor space for fitness, parenting, and socialising. The Scalo Farini Park is not only an ecological restoration project, but also a public space that combines education, leisure and sports. Through a variety of ecological restoration methods and functional designs, it will gradually rebuild soil health and provide citizens with a vibrant and sustainable green space.File | Dimensione | Formato | |
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https://hdl.handle.net/10589/235176