5 key facts about this project
The project focuses on vertical algae cultivation, designed to promote sustainability and efficiency in biomass production. Located in an environment favorable for algae growth, the design makes use of natural resources, including sunlight and rainwater. The concept blends modern agricultural techniques with responsible architecture, providing a practical approach to energy generation.
Vertical Cultivation System
At the core of the structure is a vertical cultivation system that optimizes space and maximizes sunlight access, which is essential for photosynthesis. This design allows for significant biomass production, supporting the harvesting of alternative energy sources. The layout emphasizes efficiency and streamlining the processes involved in growing and collecting algae.
Water Goblets
The project features eight water goblets specifically designed for rainwater collection, accumulating a total of 29,780,000 m³. These elements are important for reducing reliance on external water supplies, contributing to a self-sustaining cultivation environment. Their careful placement within the overall design enhances not only functionality but also aligns with the project's ecological goals.
Nutrient Supply System
A comprehensive nutrient supply system is integrated into the architecture, allowing for the absorption of essential nutrient salts and carbon dioxide, crucial for optimal algae growth. This approach ensures the healthy development of algae, supporting efficient production cycles. These integrated systems demonstrate an understanding of the complexities of cultivating marine biomass.
Advanced Materials
Advanced materials are employed to improve the ecological performance of the design. The thermochromic surface coating adjusts to temperature changes, enhancing energy efficiency. Drop-stitch construction techniques are used, providing strength and reducing weight in the structural components. Kevlar rope adds durability with its high strength and tear resistance, while aerogel serves an important role in insulation, reducing energy loss.
The design effectively creates a setting where algae cultivation thrives. It blends functional elements with advancements in material technology, all while emphasizing ecological responsibility and efficiency in production.
