Bionic Photosynthetic by Sean Wei-Zhe Lin innovative curtain

Bionic Photosynthetic

Curtain for NTUST Green Pioneer

In this artificial photosynthesis system, the system bionics the roots, stems, veins, and leaf tissue of plants. In the bionics of the stems and leaves, the system use the function of 3D printing to print the veins of the water in the frame of the curtain wall, which includes the water needed before photosynthesis, and post-photosynthesis liquid sending away. There are three layers of tissue in the frame, the upper cover (tempered glass), the cell frame (middle frame), the lower plate and the artificial cells in the middle.

Sean Wei-Zhe Lin 2020 Collaboration Iron Press Kit № 89761

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Download Press Kit № 89761 Curtain for NTUST Green Pioneer by Sean Wei-Zhe Lin to access high-res images, essential texts, translations, and exclusive interviews—all in one.

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Bionic Photosynthetic by Sean Wei Zhe Lin

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Curtain by Sean Wei Zhe Lin

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Sean Wei Zhe Lin Bionic Photosynthetic

Download 1800 Pixels JPEG Image.

For precise, vibrant prints up to 6 inches, use this 1800-pixel image at 300 DPI. For larger visuals up to 12 inches, 150 DPI ensures the image remains clear and impactful. Unlock high-res, watermark-free images with press accreditation, or instantly download a low-res version today. For attribution details, see the Image Credits Section.

Bionic Photosynthetic Curtain Press Releases

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Bionic Photosynthetic Curtain Media Articles

Ready-to-feature articles on Bionic Photosynthetic are available in these languages: Dutch, Italian, German, French, Portuguese, Russian, Turkish, Arabic (Standard), Indonesian, Japanese, Korean, Chinese (Mandarin), Hindi, Spanish and English, for your convenience.

Unique Properties

In this artificial photosynthesis system, the system bionics the roots, stems, veins, and leaf tissue of plants. In the bionics of the stems and leaves, the design use the function of 3D printing. To print out the veins of the water in the frame of the curtain wall, which includes the water needed before photosynthesis, and post-photosynthesis liquid sending away. There are three layers of tissue in the frame, the upper cover (tempered glass), the cell frame(middle frame), the lower plate.

Production Technology

In SAPS, the system bionic the roots, stems, veins, and leaf of plants by 3D printing, which includes the water needed before photosynthesis, and post-photosynthesis liquid sending away. The liquid waste containing glucose can be supplied with other biological nutrients or as a fuel. There are three layers of tissue in the frame, the tempered glass level, the cell frame, and the artificial cells in the middle. The cell contains package with the bio-membranes to contain chloroplasts and all tissues that need to run photosynthesis, also it transfers solar light and CO2 in and let the O2 release to the nature.

Design Challenge

Integration with building and finding the most proper plant to do experiment.

Project Duration

2019 from Spring to summer in Taipei, Taiwan.

Operation Flow

In the bionics of the stems and leaves, the design use the function of 3D printing. The design print the veins of the water in the frame of the curtain wall, which includes the water needed before photosynthesis, and post-photosynthesis liquid sending away. The liquid waste (the design call it energy liquid containing glucose, which can be supplied with other biological nutrients or as a fuel).

Research

The carbon dioxide consumption unit is metrics per square centimeter, and the numerical unit is 7.21. The photosynthesis efficiency of using water, the high dissolved oxygen molecular water efficiency is The best. The efficiency of white spectrum is highest in nighttime spectrum selection. In this 24-hour photosynthesis process. It can absorb nearly a half metric ton of carbon dioxide a day, which is the amount absorbed by one half-hectare broad-leaved forest for one-day photosynthesis. This curtain wall can reduce the carbon footprint of the building. If it is sustainable, they will restore the earth's atmospheric system like a forest.

Inspiration

If the idea and S.A.P.S. system integrate the characteristics of plants into the building construction materials, the system will imitate the roots, stems, and leaves; giving water, transporting to the leaves, and operating photosynthesis. Then the buildings with S.A.P.S. will be like the leaves of a tree, day and night to operating photosynthesis, continuously reducing the concentration of carbon dioxide in the atmosphere.

Image Credits

Copyrights belong to NTUST Green Pioneer.

Project Overview

Bionic Photosynthetic Curtain has been a Iron winner in the Sustainable Products, Projects and Green Design award category in the year 2019 organized by the prestigious A' Design Award & Competition. The Iron A' Design Award is awarded to good designs that meet the rigorous professional and industrial standards set by the A' Design Awards. This recognition is reserved for works that demonstrate a solid understanding of design principles and show creativity within their execution. Recipients of the Iron A' Design Award are acknowledged for their practical innovations and contributions to their respective fields, providing solutions that improve quality of life and foster positive change. These designs are a testament to the skill and dedication of their creators, showcasing their ability to address real-world challenges through thoughtful design.

Iron Recognition

Sean Wei-Zhe Lin was recognized with the coveted Iron A' Design Award in 2020, a testament to excellence of their work Bionic Photosynthetic Curtain.

Sean Wei-Zhe Lin Press Releases

Access a rich repository of press releases on Sean Wei-Zhe Lin, offered to press and media professionals for unrestricted use in their stories. Available now: 1 press releases ready for immediate access by journalists.

Bionic Photosynthetic: Innovative Curtain Wall Design Mimics Plant Photosynthesis

Sean Wei-Zhe Lin's Bionic Photosynthetic curtain wall design integrates plant characteristics to operate photosynthesis, reducing carbon dioxide in the atmosphere. This sustainable design was realized in Taipei, Taiwan, from Spring to Summer 2019.

Sean Wei-Zhe Lin Newsroom

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