The Vessel Type Gestion de l'Eau par Ruiting Xu

Le design The Vessel Type Gestion de l'Eau par Ruiting Xu est un lauréat très estimé du prestigieux 2025 A' Design Award de Fer dans la catégorie Design d'Architecture, Bâtiment et Structure.

FerArchitecture· 2025

The Vessel Type Gestion de l'Eau

par Ruiting Xu

Lauréat du A' Design Award de Fer dans la catégorie Architecture

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Couleurs

Le Design

À propos de The Vessel Type Gestion de l'Eau

Le Vessel Type explore l'intégration de l'architecture et de l'écologie à travers la conception d'une structure durable en forme de vaisseau. Le projet répond aux défis de la sécheresse saisonnière et des inondations en créant un système de stockage, de filtration et de distribution de l'eau qui répond aux besoins humains et agricoles. La structure fonctionne comme une chaussée protectrice et un pôle communautaire, favorisant l'engagement social et la responsabilité environnementale. Elle vise à servir à la fois de solution pratique pour la gestion de l'eau et de point de repère culturel, fournissant une infrastructure résiliente pour l'avenir de la communauté.

La Reconnaissance

À propos du A' Design Award de Fer

The Vessel Type Gestion de l'Eau est lauréat de l'A' Design Award de Fer, une reconnaissance prestigieuse décernée à de bons designs qui répondent aux exigences professionnelles et industrielles attendues de créations bien conçues. Les lauréats Fer démontrent la grande compétence, la haute spécialisation, la compréhension experte et la capacité créative de leurs créateurs. The Vessel Type Gestion de l'Eau est censé être une création très estimée, admirée et chérie, pratique et innovante. Ce design lauréat de l'A' Design Award de Fer intègre les meilleures pratiques de l'industrie et présente des caractéristiques techniques compétentes associées à un savoir-faire et à du talent. The Vessel Type Gestion de l'Eau est respecté pour sa rigueur et est conçu pour apporter des améliorations de la qualité de vie qui contribuent à faire du monde un monde meilleur.

Les coulisses du design

Dossier de presse

Crédits, membres de l'équipe et détails techniques fournis par le designer.

Propriétés Uniques: The Vessel Type is an architectural solution that addresses the pressing environmental and social challenges faced by rural communities in Madagascar. Designed to respond to the region's vulnerability to seasonal droughts and flooding, this project combines innovative water management infrastructure with spaces for social and cultural engagement. It highlights the transformative role of architecture in fostering resilience, social equity, and sustainable development.
Dimensions & Emballage: The project incorporates a rainwater harvesting system that captures runoff during the wet season, storing it in a central filtration unit. The water is filtered using a rural submerged filter technique with sand and gravel, ensuring clean and potable water. The structure combines concrete for its durability in wet conditions and wood for flexibility and natural integration. The design also features adaptive spaces, with wood components replaceable over time, ensuring sustainability and longevity.
Mots-Clés: Sustainable Architecture, Rainwater Collection, Water Management, Environmental Design, Ecological Infrastructure, Social Equity, Drought-resistant Design, Flood Mitigation
Technologie de Production: The design process began by studying the climate challenges of the region, particularly water scarcity and seasonal flooding. The project uses concrete and wood. Concrete provides durability and resistance to constant water exposure, promoting enduring stability. Wood adds warmth, flexibility, and a natural aesthetic while integrating seamlessly with the landscape. Its use allows for easy replacement over time as part of the structure's life cycle, supporting the project's sustainability and adaptability.
Défi de Conception: The hardest part of this design was creating a solution that balanced both the water needs and long-term sustainability for Ambalorao. The creative challenge lay in integrating water management with community spaces in a way that was both functional and culturally relevant. Obstacles included the limited availability of local data and understanding the social dynamics of the village. External factors, like access to materials, climate variability, and lack of technological infrastructure, further complicated the development, requiring innovative design solutions.
Recherche: This research explores how architecture can address water scarcity and flooding in Ambalorao. The objective is to design a structure that manages water while enhancing community life. The methodology includes studying local climate patterns, water access issues, and community needs through environmental analysis. The results show that a multi-functional water management system can improve access to clean water and foster social interaction. This approach can enhance villagers' lives, support sustainable agriculture, and inform future climate-adaptive solutions.
Inspiration: The inspiration for this project stemmed from the challenges faced by communities in Madagascar due to seasonal droughts and flooding. I sought to create a design that would provide a sustainable water supply while fostering social equity. The idea evolved from a combination of local environmental conditions and the need for infrastructure that also serves as a communal and cultural space. Research focused on water management techniques and eco-centric design principles.
Durée du Projet: Project Duration: Ongoing
Location: Ambalorao, Madagascar
Flux Opérationnel: The Vessel Type is a structure that adapts to the changing seasons. In the wet season, it captures and filters rainwater, helping to prevent flooding while providing a safe path for the community. During the dry season, it becomes a water storage area, distributing water to people and supporting agriculture. The structure also transforms into a lively community space for events, bringing people together and improving their quality of life by providing reliable water and gathering spaces.