In the Recovery 2.0 process Oxygen plays a fundamental roll as a key intermediary in many of the common
chemical reactions in the recovery cycle.
The Oxygen Regeneration strategy has been developed
in order to provide a supply of
clean breathable oxygen and fresh, clean
water.
Oxygen Regeneration is an integral part of maintaining environmental equilibrium and
Greenhouse Gas Reduction.
The Oxygen Regeneration system encompasses the
Collection & Purification
of Oxygen and related byproducts.
The trade of industrial & medical
Oxygen
products may be facilitated as part of the Regeneration strategy.
Green Markets
We believe in the potential of a Green Market, a
Waste Regeneration
service based on the benefits and environmental impact
of removing atmospheric aerosol carbon particles and particulates.
Industrial Oxygen Trade
If you wish to buy or sell Oxygen compounds, please feel free to
ADD
your own Buy or Sell inquiry
to the online Oxygen exchange.
The Universal Energy Exchange (UEE) is a neutral platform that directly connects Oxygen buyers and sellers
and has operated online since 1995.
Industrial Gases
Industrial Gases
Greenhouse Gas Reduction
Greenhouse Gas Reduction, while some folks are active in promoting the reduction of future greenhouse gas emissions
our focus is on the removal of existing greenhouse gases and pollutants directly from the environment.
Removing atmospheric CO2,
NOX,
SO2
and particulates of designated harmful oxides,
we strive to return to a sustainable balance and maintain a
neutral environmental equilibrium
by creating the equivalent of Greenhouse gas magnets that collect and scrub the harmful elements from the open environment.
Flue Gas
Emmissions
Direct Air Capture
Oxygen Generation
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The two most common methods of generating oxygen are
Oxygen Concentrators
and
Water Splitting
Expandable Bladders may be used as a Temporary Gas
Storage Buffer.
Oxygen Concentrators
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The use of an Oxygen Concentrator device is a common method of generating enriched oxygen for
a typical small scale room size area.
Oxygen Concentrators typically operate on the theory of Pressure Swing Adsorption ( PSA )
primarily to separate oxygen from nitrogen.
Zeolite
molecular Sieve columns are used that facilitate an osculating flow swing of compressed air input and separated
oxygen and nitrogen exhausts.
Pressure Swing Adsorption units may be designed on a large scale to produce industrial volumes of Oxygen Gas
Water Regeneration
Electrolyser
The selective recovery of
Hydrogen
&
Oxygen
provides the building blocks for the regeneration of fresh, clean
water.
We believe that water may become one of our worlds most precious resources.
Oxygen Collection & Purification
As an alternative to wet chemical extraction or thermal refining we focus on a cleaner technology
approach by utilizing electromagnetic energy.
Using a method similar to a electrostatic precipitator (ESP) and electrocatalyst to
selectively isolate and collect individual elements,
the technology is not limited to atmospheric particulate matter but can recover materials in any state (solid, liquid or gas)
Oxygen may be harvested from the
CO2 Splitting
process.
Elemental Oxygen Solidification
The recovered Oxygen may be rendered or blended into a solid state compound in order to maintain an ambient,
stable form for ease of safe handling, storage or transportation.
Technology similar to 3D Printing Systems or additive manufacturing may be used for
agglomerating or transforming the mass of raw material into a desired shape layer by layer.
By establishing a standardized elemental commodity with a known and accepted size, shape and quality
a market can be developed for trading of an elemental raw feed stock for manufacturing and processing into complex materials.
Oxygen Usage
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Greenhouse Gas Reduction, while some folks are active in promoting the reduction of future greenhouse gas emissions
our focus is on the removal of existing greenhouse gases and pollutants directly from the environment.
Removing atmospheric CO2,
SO2
and particulates of designated harmful oxides,
we strive to return to a sustainable balance and maintain a
neutral environmental equilibrium
Oxy Combustion
The use of Oxygen in processes such as
Oxy Combustion
provides the opportunity to contain emissions
that then can be regenerated into raw fuel to be cycled repetitively.
Syngas
RNG
Recovered
Solid Carbon
REDOX Reactions
Reduction & Oxidization Reactions are fundamental to the energy continuum in devices such as
batteries and
fuel cells.
Industrial Oxygen Products
Compresses Gas, medical supply, welding supplies
liquid O2
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Industrial Oxygen Products
Reduction & Oxidization Reactions are fundamental to the energy continuum in devices such as
batteries and
fuel cells.
