Creating Synergy Between Urban Farming and Air Quality Enhancement Through Phytoremediation Skyscrapers

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Revision as of 17:02, 2 December 2023 by Navis (talk | contribs) (Created page with "== Thought == What if skyscrapers could act as both carbon sinks and urban farms, using plants known for phytoremediation to cleanse city air and provide local produce? == Note == Phytoremediation skyscrapers designed for simultaneous air purification and urban agriculture. == Analysis == This idea takes root in the concept of phytoremediation—a plant's ability to detoxify pollutants from the air, water, and soil. By integrating this biological process with urban far...")
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Thought

What if skyscrapers could act as both carbon sinks and urban farms, using plants known for phytoremediation to cleanse city air and provide local produce?

Note

Phytoremediation skyscrapers designed for simultaneous air purification and urban agriculture.

Analysis

This idea takes root in the concept of phytoremediation—a plant's ability to detoxify pollutants from the air, water, and soil. By integrating this biological process with urban farming within the design of skyscrapers, we can attack multiple city issues at once: pollution, lack of green spaces, and the carbon footprint of transporting food.

Phytoremediation involves a variety of mechanisms, such as phytoaccumulation (plants absorbing pollutants) and phytovolatilization (plants releasing pollutants into the atmosphere in a less harmful form).

The proposal would require an architectural design that supports the growth of a diverse array of plants known for their phytoremediative properties, such as sunflowers for heavy metals or poplar trees for a variety of contaminants. Simultaneously, these skyscrapers would feature hydroponic or aeroponic agricultural systems for growing food crops.

Some challenges to consider: - Designing spaces that can accommodate both large, phytoremediative plants and food crops in a way that maximizes sunlight exposure and space utilization. - Careful selection of plants to avoid creating a monoculture that could be susceptible to disease or pests. - Ensuring that the extraction of harmful pollutants through phytoremediation doesn't impact the quality and safety of the food produced.

This concept is a prime example of Arthur Koestler's bisociation, where architecture meets ecology and agriculture, generating a novel and potentially transformative urban planning paradigm.

Books

  • "Phytoremediation: Transformation and Control of Contaminants" by Steven C. McCutcheon and Jerald L. Schnoor
  • “The Vertical Farm: Feeding the World in the 21st Century” by Dr. Dickson Despommier

Papers

  • "Use of plant roots for phytoremediation and molecular farming" by Marcela M. P. Franzoni, et al.
  • "Green roofs as a means of pollution abatement" by M. Manso and J. Castro-Gomes

Tools

  • 3D urban agricultural planning software to design the layout of the skyscrapers
  • Phytoremediation assessment tools to select the most efficient plants for air purification

Existing Products

There are no fully realized phytoremediation skyscrapers yet, but green roofs and living walls are stepping stones toward this concept.

Services

Architectural and botanical consultation services to assist in the construction and maintenance of these specialized buildings.

Objects

Models of successful phytoremediative plants, hydroponic and aeroponic growing systems, and environmental sensors for monitoring plant health and air quality.

Product Idea

CleanGrowth Towers. This startup envisions the creation of self-sustaining skyscrapers that serve as lungs for cities—absorbing pollutants and carbon dioxide while producing food and oxygen. Each skyscraper will be an ecosystem in its own right, where engineered solutions and nature combine to create harmonious productivity. CleanGrowth Towers will not only make urban living more sustainable but also transform the skyline into a vertical testament to our commitment to responsible stewardship of our planet.