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Student / Product Design

NitroGillGuard nitrifying weibei

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Shortlisted
Medium or Format: Resin paint glass cylinder density board aluminum profile stainless steel electronic screen
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Dimensions and/or Technical Information: 1800mm * 400mm * 400mm
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NitroGillGuard

Project introduction video.

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Overall

Three physical future nitrifying shellfish and one virtual future nitrifying shellfish are cultivated in the overall framework, which together convert excess nitrogen to the topmost seedlings.

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Front

Solid future nitrified shellfish and virtual future nitrified shellfish.

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Detail 1

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Detail 2

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Detail 3

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Front

The video should be placed on the front of the device using the future nitrated shellfish trained by the generative adversarial network.

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NitroGillGuard

Screenshots of the model presentation of four future nitrified shellfish are given in the supplement, each of which is sized and utilized to generate a virtual future nitrified shellfish for the output of the adversarial network.

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Short Description of Work

Future agriculture is facing the problem of soil and water nitrogen supersaturation, and the study found that the gills of bishell contain nitrifying bacteria that can convert supersaturated nitrogen into nitrate that can be absorbed by crops. Based on the filtration and oxygen supply function of shellfish gill, an innovative biological filtration system is conceived. This process is applied to the future agriculture, and the high oxygen environment in the gill is used to promote the activity of nitrifying bacteria, so as to effectively reduce the pollution of excessive nitrogen on soil and water, improve the nutrient absorption efficiency of crop growth, and promote the sustainable development of agriculture in the future. The work takes us into a future world view to re-examine the relationship between animals, plants and microbes.

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Tell us about your creative practice, and how your work engages with Chinese design, society, environment or culture.

I have paid attention to the 18 issues of concern issued by the United Nations, among which agriculture, food, and water are all worthy of our attention. I also carried out biological experiments in my creative practice, mixing nitrifying bacteria with nitrogen unsaturated and supersaturated soil and water to obtain experimental data, and at the same time looking for papers for research and background support. The work introduces us to a future in which nitrogen in agricultural water and soil is supersaturated, and we human beings actively respond to it and design a creature that can improve that environment, promote the sustainable development of agriculture in the future, echo the exploration of carbon-neutral agriculture, and may be in line with the "14th Five-Year Plan" agricultural green development goal and help the construction of a demonstration area for common prosperity.

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Pang Kaifeng
Liangzhu Campus of China Academy of Art, Hangzhou City, Zhejiang Province

China Academy of Art-Innovative Design Institute-Students of Biological Design Studio

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