The design focuses on a purification device that treats polluted seawater, changing it into usable resources for domestic and drinking water. This project addresses the issue of growing water scarcity, aiming to find practical solutions to environmental concerns. The design integrates advanced technology with a structure that is both functional and engaging, promoting public interest in the purification process.

Purification System Components

The purification device diagram shows several key components, including a water inlet, raw material liquid, and pressure control and auxiliary regulator. It features various types of semipermeable membranes, particularly microfiltration, ultrafiltration, and reverse osmosis. These membranes work together to efficiently separate and purify seawater, creating distinct sources for domestic and drinking water. Additionally, the design acknowledges the potential removal and solidification of radioactive substances that may be present in seawater.

Technological Integration

A significant focus of the design is the use of advanced technologies. Membrane separation and biomembrane technology play crucial roles in the purification process. The system also incorporates luminescent bacteria, which enhance both functionality and visual appeal. This automated and remotely controlled design represents a modern approach to water purification, blending technology with creative expression to engage the public in its operation.

Spatial Organization

The project includes detailed section views and floor plans that illustrate how the space is arranged. The internal layout is designed to optimize workflows while allowing easy access for users and visitors. This thoughtful spatial organization balances practicality with user engagement, making the purification system approachable and informative for anyone interested in its operation.

Design Detail

The incorporation of semipermeable membranes as a central material underscores the commitment to finding innovative water treatment solutions. These membranes are essential for achieving effective purification outcomes. As the system operates, it displays a harmonious balance of function and design, highlighting the important conversation around water quality and sustainability.