Healing from Within:

___________________________________________________________________________________________________________________________________________

Water Recycling Systems

for the Future Urban Systems

Hyundai – RISD Collaborative Research - Final Project Descriptions

May. 27, 2021


ID-24ST-15ADVANCED DESIGN: STUDIO 15

Instructors: Soojung Ham (ID) and Ryan McCaffrey (ARCH)

Presented by: Xinyi Liu

_____________________________________________________________________________________________

1. The Key Issue to be Solved in the Future Urban Systems:

_The future urban systems will likely suffer from an increasing population, which can lead to difficulty sustaining an essential amount of clean water for daily drinking and usage.

 

II. The Design Proposal:

_This solution is a greenfield proposal about designing an efficient water recycling system on the community scale.

_The system will help residents reduce water usage directly from nature. 

_Since my first part of the research concerns water potential differentials in dicot transpiration, the second part also resonates with “differentials” but is oriented around social

and political agendas.

 

III. Two Main Parts Included in This Proposal and Their Influences:

PART-01: Greywater recycling stations that collect water from agriculture/rainwater/roads (PUBLIC ENGAGEMENT)

PART-02: Greywater recycling systems for residential use (basins, shower, toilet, etc.) (PRIVATE ENGAGEMENT)

 

IV. Conclusions:

_This design is based on graywater reuse, which is realized by implanting mechanical and biological systems in public and private areas.

_The purpose of this project has two aspects: bringing sustainable design inspirations and fostering social awareness of future environmental challenges.


 

Part - I

_____________________________________________________________________________________________________________________________

The Hyundai Research Exhibition at Rhode Island School of Design

@ 2 Washington Pl, Providence, RI, U.S,

@ Oct, 2021

_____________________________________________________________________________________________________________________________

The following pictures were taken on the day of Hyundai's research exhibition at the Rhode Island School of Design in 2021. The Hyundai-RISD Collaboration partnership is a unique program dedicated to bridging academic research on sustainability, future urban planning, smart cities, green-built environments, architecture, biomimicry, parametric designs, adaptive ecology, and so on with the submerged commercialization and implementation potentials for future generations.

Part - II

_____________________________________________________________________________________________________________________________

Diagrams of the Overview / Bird-eye View Distributions

@ Water-recycling Systems

@ The Future Cities & Towns

_____________________________________________________________________________________________________________________________

The following pictures envision the possible distributions of the future water recycling mechanics at an urban scale. Varying sizes of civil engineering pipes transport water throughout the future smart cities and deliver recycled and purified water to designated sectors of the regions. The diagrams are not meant to show the exact and actual cityscape in a common sense, but a likeliness to and comparison with a virtual and conceptual intelligent city in the future. The drawings are to convey references and inspirations for other research collaborators.

large map - 01 [Converted]-01-01.jpg
1-01-smaller.jpg

Part - III

_____________________________________________________________________________________________________________________________

Diagrams of Different Capacities / Mechanics of Water-recycling Stations

@ Varying Types

@ Mechanical Layouts

_____________________________________________________________________________________________________________________________

The following pictures provide more details on designing potential mechanical layouts for different types of water recycling stations with multiple treatment capacities. The variety of machines adapts to different regional needs.

overall urban planning-01.jpg
1-01.jpg

Part - III

_____________________________________________________________________________________________________________________________

Renderings of the Built Water-recycling Stations

@ Water-recycling Systems

@ The Future Cities Towns

_____________________________________________________________________________________________________________________________

The following pictures envision the possibly built different types of water treatment facilities in Manhattan (for example) and how they will fit into the landscape as part of the mass infrastructures.

rendering 5.jpg
rendering 3.jpg
rendering 2.jpg
rendering 1.jpg
rendering 4.jpg
rendering 6.jpg

Part - IV

_____________________________________________________________________________________________________________________________

2D Diagrams (Plans) of Mechanical Details (Research)

@ Water-recycling Engineering Systems

@ Water-treatment equipments

_____________________________________________________________________________________________________________________________

1-01.jpg
p [Converted]-01.jpg
3-01.jpg
p [Converted]-01.jpg
5-01.jpg
6-01.jpg
recycling system sectional map-01.jpg

Part - V

_____________________________________________________________________________________________________________________________

3D Diagrams (Axons) of Mechanical Details (Research)

@ Water-recycling Engineering Systems

@ Water-treatment equipments

_____________________________________________________________________________________________________________________________

1-01.jpg
individual house with implanted recycling system-01.jpg
overall urban planning-01.jpg