View source for 20240043301. MODULAR ISLAND ASSEMBLIES FOR RECLAMATION AND RESTORATION OF WETLANDS, RESERVOIRS, AND WATERWAYS simplified abstract (Great Plains Restoration Solutions Inc.)

=MODULAR ISLAND ASSEMBLIES FOR RECLAMATION AND RESTORATION OF WETLANDS, RESERVOIRS, AND WATERWAYS=


==Organization Name==

[[:Category:Great Plains Restoration Solutions Inc.|Great Plains Restoration Solutions Inc.]]


[[Category:Great Plains Restoration Solutions Inc.]]

==Inventor(s)==

[[:Category:Steven Tannas of Cremona (CA)|Steven Tannas of Cremona (CA)]][[Category:Steven Tannas of Cremona (CA)]]

[[:Category:Timothy Hooper of Didsbury (CA)|Timothy Hooper of Didsbury (CA)]][[Category:Timothy Hooper of Didsbury (CA)]]

==MODULAR ISLAND ASSEMBLIES FOR RECLAMATION AND RESTORATION OF WETLANDS, RESERVOIRS, AND WATERWAYS - A simplified explanation of the abstract==


This abstract first appeared for US patent application 20240043301 titled 'MODULAR ISLAND ASSEMBLIES FOR RECLAMATION AND RESTORATION OF WETLANDS, RESERVOIRS, AND WATERWAYS

==Simplified Explanation==

The disclosed patent application is about floating island assemblies designed for phytoremediation of water bodies. These assemblies consist of a buoyant framework that is positioned in the water body. The framework includes a shell with a foam core material inside, creating a floating structure. Within the perimeter of the framework, there is a growing area for plants, and a grate is secured across the framework below the growing area. A geotextile material is then placed over the grate.

* The patent application describes a floating island assembly for phytoremediation of water bodies.
* The assembly includes a buoyant framework with a foam core material, providing the structure's buoyancy.
* A growing area is defined within the perimeter of the framework for growing plants.
* A grate is secured across the framework below the growing area, allowing water to pass through.
* A geotextile material is placed over the grate, providing a barrier for the growing area.

Potential applications of this technology:

* Phytoremediation of polluted water bodies, such as lakes, ponds, or reservoirs.
* Restoration of ecosystems by improving water quality and reducing contaminants.
* Enhancement of natural habitats for aquatic plants and wildlife.
* Creation of aesthetically pleasing floating gardens or green spaces in urban areas.

Problems solved by this technology:

* Contaminated water bodies can be effectively treated and cleaned using phytoremediation techniques.
* The floating island assembly provides a platform for growing plants that can absorb and remove pollutants from the water.
* The assembly helps to prevent the spread of contaminants and promotes the growth of beneficial plants.

Benefits of this technology:

* Environmentally friendly approach to water remediation, utilizing natural processes.
* Cost-effective solution compared to traditional remediation methods.
* Enhances biodiversity and improves the overall health of water ecosystems.
* Provides an attractive and functional addition to water bodies, enhancing their aesthetic value.


==Original Abstract Submitted==

disclosed are floating island assemblies for phytoremediating a water body, the floating island assembly comprising a buoyant framework for positioning in the water body, the buoyant framework comprising as shell with a foam core material disposed therein, and defining a growing area within the perimeter thereof for growing plants, a grate secured across the framework and below the growing area; and a geotextile material disposed over the grate.



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