REPALM

Project idea

The REPALM Cultural and Energy Center is a pioneering initiative that tackles the pressing issue of improper agricultural waste management, specifically targeting the environmentally detrimental practice of burning palm waste. By implementing an advanced biomass pyrolysis process, REPALM efficiently converts palm waste into renewable energy sources. This conversion not only mitigates pollution but also contributes to sustainable energy solutions. Beyond its technological approach, REPALM places a strong emphasis on community involvement and education.

Project description

The center hosts a variety of workshops where locals learn to repurpose palm waste into useful and marketable products, including furniture and construction materials. These creations are then showcased and sold in the center's dedicated exhibition and marketplace spaces, providing a platform for local artisans and promoting entrepreneurship. Additionally, REPALM offers comprehensive educational courses and prototyping labs, equipping community members with the skills and knowledge to innovate and engage in sustainable practices. Through these initiatives, the center aims to empower the local population, create new economic opportunities, and foster a culture of environmental stewardship.

Technical information

Main Structure of Industrial Part made of Trusses, while the enclosed part of the project is made of movable slabs by creating a building that can dynamically respond to evolving needs, functions, and user capacity, by having a slab composite system, with 3m tile grid that in the need for more space, slab is lifted upwards (3m) half floor height connected to 2 main cores to increase center area by 50%

Farida Ashour

Cairo University, Faculty of Engineering Architecture Department.

Egypt

Architektura

Projekt odovzdaný

14. 07. 2024

Tag

Architektura Exhibition Center Cultural Center Factory

Rada studentům

REPALM

REPALM est une synthèse très louable d'innovation environnementale, d'autonomisation sociale et d'intelligence architecturale. Le projet répond efficacement aux défis écologiques et économiques posés par les déchets de palme grâce à la conversion de la biomasse et au recyclage communautaire. L'architecture soutient cette mission grâce à un système spatial flexible et évolutif - des dalles mobiles, des fermes reliées entre elles et une logique de grille modulaire. Le programme fait le lien entre l'éducation, les ateliers d'artisans et la production d'énergie renouvelable, renforçant ainsi un modèle d'économie circulaire. L'expression visuelle de l'infrastructure énergétique pourrait être améliorée afin de renforcer la narration architecturale. Néanmoins, la proposition est innovante, ciblée et techniquement compétente, offrant un modèle évolutif pour la résilience rurale et périurbaine.
20.03.2026

Tamer ElSerafi

Kategorie

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