ZHANG TIANYI Portfolo UCL

Page 1


Tower of Life in “DUNE”

Inspired by the narrative imagery of the desert environment in DUNE, this project proposes a pioneering concept design for water collection and ecological symbiosis: the Water Collection Tower. The design aims to respond to the core themes of water scarcity and sharing in desert ecosystems through the translation of scenes and spaces, while exploring the possibility of sustainable life forms in extreme environments in the future. 4/4

Abstract spatial forms reorganization map

The design is not only an exploration of spatial forms, but also an expression of ecological philosophy. It attempts to reshape the symbiotic relationship between humans and non-humans in extreme environments, presenting the poetry and philosophical thinking of the continuation of life in desert environments.

The DUNE is an extreme existence –barren, scarce, yet full of possibilities. The design of the water collection tower is based on the natural environment and actively “opens up to the truth of existence,” using the trace amounts of moisture in the air to create new living conditions. This “openness” is consistent with Heidegger's understanding of existence: the meaning of life lies in tapping into the potential of existence in the face of environmental constraints, rather than merely adapting to or escaping from them. By combining technology and ecology, the tower transforms the desert, a symbolic place of life's limits, into a source of life, demonstrating the way in which “being” questions and responds to the meaning of existence in a given situation.

Narrative keyword and scene relationship diagram

TOP RIBBON: Collect & Transform

The top area is designed with precision technology to maximize the collection and utilization of limited water resources in the desert environment:

FUNNEL-SHAPED WATER ABSORPTION DEVICE:

The funnel-shaped structure at the top of the tower is the core node. Its shape is designed to simulate the way water naturally collects and flows, guiding the moisture in the air to condense into water droplets and enter the collection system

SOLAR PANELS: The solar panels distributed around the top of the tower provide clean energy for the entire system, not only meeting the energy needs of water collection and purification, but also providing power support for other functional areas.

SEMIPERMEABLE MEMBRANE SYSTEM

A SEMI-PERMEABLE MEMBRANE made of high-tech material covers the entire top area. Its function is to capture water vapor in the air through condensation on the membrane surface, while filtering dust and impurities to ensure that the water entering the system is pure.

BOTTOM FUNCTIONAL AREA: LIFE & ECOLOGY

The bottom area embodies the humanized and ecological design of the tower, combining living with environmental protection to create a sustainable ecological community: LIVING AREA: Compact modular houses are designed to provide residents with a comfortable and safe living environment using water processed within the tower and the ecosystem outside the tower.

COMMUNITY ACTIVITY AREA: Provides an open public space for educational, leisure and social activities, enhancing interaction between residents and strengthening a sense of community belonging. Underground water storage and wastewater

TREATMENT FACILITIES: The underground part contains large-capacity water storage tanks and wastewater treatment units. The water storage tanks ensure the stability of the water supply, while the wastewater treatment units use ecological technology to purify domestic sewage and reuse it, forming a closed water resource cycle.

5. Rainwater Purifier
Irrigation

The “Tower of Life in the Desert” is not just a physical space, but a response to the philosophical question of life’s existence. Heidegger’s Dasein suggests meaning comes from awareness of one’s existence and surroundings. The tower thus serves not only as a water collection structure but also as a symbol of the relationship

Functional Analysis

Rainwater absorber

For harvesting rare rainwater and absorbing solar energy

Vertical support and transport Ecological zones

Multi-stage purification pipes for sewage as well as rainwater.

Bottomland

There are distributed areas near the towers for vegetation and crops. And the exterior of the towers will be covered with special membranes to block dust storms and irrigate rainwater.

Rainwater treatment pipes

Multi-stage purification pipes for sewage as well as rainwater.

The project combines the core functions of the tower with the needs of living to form a self-sufficient living network. The tower integrates a water system to support ecological and water needs, and the underground section contains modules for wastewater purification and food production, using purified water to irrigate the farms, creating a closed-loop ecosystem.

The project cleverly connects the above ground building with the underground system, which contains living space and wastewater purification facilities to support above ground plant growth and water circulation. Through the intertwined relationship between the upper and lower levels, the design creates a dynamic three-dimensional structure in physical space and a functionally closed ecological network.

The tower is centred on a core cylindrical structure that carries the water collection and purification system, and water is transported vertically through the core pipeline to the underground treatment system. Multi-level functional areas such as water treatment, management and ecological space form a complete water cycle chain, reflecting the ‘vertical life axis’ design.

Turn static files into dynamic content formats.

Create a flipbook
Issuu converts static files into: digital portfolios, online yearbooks, online catalogs, digital photo albums and more. Sign up and create your flipbook.
ZHANG TIANYI Portfolo UCL by zty20020710 - Issuu