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ANY-WATER BOTTLE

ANY-WATER BOTTLE

ANY-WATER is the FUTURE OF WATER!

Any-water comparison:

          ANY-WATER System:                         Regular filtered water bottle:

  • Self-powered
  • Chemical free
  • Safety valve
  • UVC built in
  • Ionizer
  • Remove salt, all pathogens, organic as well as metal contaminants
  • Plasma-modified ultra-long carbon nanotubes
  • Electrically charged carbon nanotubes
  • LED indicator
  • Electronically controlled

Self sufficient

  • No power source or solar dependent not practical
  • Chemical free, limited only to filtration
  • No safety valve
  • No UV built in
  • No ionizer
  • Can not remove salt and most metal contaminants
  • No Plasma nanotubes
  • No electrical charge
  • No LED indicator
  • No Electronic control

Not self-sufficient

 

  • The general purpose of the Any-water system, which will be described subsequently in greater detail,
  • is to provide a water bottle with built-in filter
  • pH enhancer
  • sanitation system
  • self-powered and incorporates a self- sustainable power source
  • has advantages over the water containers available in the market today.
  • a Plasma-modified ultra-long carbon nanotube which is electrically charged capable to desalinate salt water.
  • All contained in a single portable and self-energized water bottle.

NANO-TUBE TECHNOLOGY:

  • Graphene and carbon nanotubes (CNTs) have been the focus of huge research efforts, given their unique electrical, mechanical and structural properties.
  • Thanks to these properties, their introduction is expected to prove disruptive for a huge range of applications.
  • In addition, exotic characteristics of these materials mean they will enable new types of devices and products.
  • Graphene and carbon nanotubes (CNTs) have been the focus of huge research efforts, given their unique electrical, mechanical and structural properties.
  • Thanks to these properties, their introduction is expected to prove disruptive for a huge range of applications.
  • In addition, exotic characteristics of these materials mean they will enable new types of devices and products.

For clarity and technical understanding we include some basic diagrams and pictorial explanation as to how the Any-water system works.

The general purpose of the Any-water system, which will be described subsequently in greater detail, is to provide a water bottle with built-in filter, pH enhancer and sanitation system that is self-powered and incorporates a self-sustainable power source and has advantages over all other water containers.

Effectively killing 100% of pathogens chemical free and filtering out all pollutants, even making salt water drinkable.

Plasma-modified ultra-long carbon nanotubes:

Ultra-long carbon nanotube-based membranes is what we use in our Any-water system, this system is the next-generation rechargeable, point-of-use potable water purification appliance with superior desalination, disinfection and filtration properties.

Cleaning Charge:

Bacteria-laden water flows across an electrically charged filter coated with carbon nanotubes. (Yellow arrow indicates an electric field.) Pure water (blue arrows) flows through the membrane. The charge keeps bacteria from attaching to or laying down a biofilm on the filter.

Any-water makes the filter materials conductive by covalently linking carbon nanotubes to a polyamide nano-filter electrically charging it through our onboard energy system.

UV/C Chamber:

Included is a miniature UV/C chamber located at the mouth of the bottle. The present apparatus also includes a self powered actuator for independent and sustainable energy supply to the sanitation devices.

ANY-WATER System Block diagram:

This is a basic Block diagram showing some of the integrated features of the Any-water system. Some parts are omitted.

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