• Save
High Altitude Oxygen Pods Experiment
Upcoming SlideShare
Loading in...5
×

Like this? Share it with your network

Share

High Altitude Oxygen Pods Experiment

  • 1,250 views
Uploaded on

Using high altitude oxygen pods with finely ground alkaline dust, and unreactive particles for water to condense on, perhaps it is possible to precipitate halide salts from the ozone layer, and......

Using high altitude oxygen pods with finely ground alkaline dust, and unreactive particles for water to condense on, perhaps it is possible to precipitate halide salts from the ozone layer, and replenish oxygen deficits with compressed oxygen, released in precision amounts. This presentation introduces the possibility as a research project for an institution or organisation.

  • Full Name Full Name Comment goes here.
    Are you sure you want to
    Your message goes here
    Be the first to comment
No Downloads

Views

Total Views
1,250
On Slideshare
852
From Embeds
398
Number of Embeds
3

Actions

Shares
Downloads
0
Comments
0
Likes
1

Embeds 398

http://makenet.co.za 391
http://www.linkedin.com 4
https://www.linkedin.com 3

Report content

Flagged as inappropriate Flag as inappropriate
Flag as inappropriate

Select your reason for flagging this presentation as inappropriate.

Cancel
    No notes for slide

Transcript

  • 1. High-altitude Oxygen Pods Experiment Ozone Layer Restoration
    By Chris Morton
    Professional Inventor
    13 May 2011 rev 1
    (2nd edition, first presented April 2000)
    All contents herein is intellectual property of Chris Morton – MakeNET
  • 2. Primer 1- Ozone Chemistry
    3O2 = 2O3 with action of UV light
    Please go to http://svs.gsfc.nasa.gov/vis/a000000/a000800/a000824/a000824.mp4 courtesy of NASA
  • 3. Primer 2 – Ozone Depleting Gasses
    CFC’s are also effected by UV light and are ionised.
    CFC = CR4+ + 2F- + 2Cl-
    Please go to http://svs.gsfc.nasa.gov/vis/a000000/a000800/a000826/a000826.mp4 courtesy of NASA
  • 4. Primer 3 – Action of ODG in Ozone
    2O3 +2Cl- = 2OCl- + 2O2
    2O3 + 2F- = 2OF- + 2O2
    2O3 + 2NO = 2NO2 + 2O2
    Please go to http://svs.gsfc.nasa.gov/vis/a000000/a000800/a000825/a000825.mp4 courtesy of NASA
  • 5. Action of Sodium Hydroxide on CFC Radicalsin the HOPE project
    Hydroxide and Halide Radical
    2OH + 2Cl- = 2HCL + O2
    Organic Radical
    2O2-+ CR4+ = CRO2
    Hydrohalide Acid and Sodium Radical
    2HCL + 2Na+ = 2NaCL + H2
    Hydrogen and Oxygen
    2H2+ O2+ = 2H2O
    Sodium Salts and Water
    NaCl + H2O Solution condenses on inert substrate
    Excess Oxygen
    Pods Release excess oxygen to replenish O2 as needed
  • 6. Ocean Abundance of Salts
    NaCl approximately 2%
    NaBrapproximately 0.0067%
    NaF approximately 0.00013%
    NaIapproximately 6.0×10-6%
    NaOH + HHa = NaHa + H2O
    Where Ha represents a halide ion
  • 7. Ask yourself...
    Could application of Sodium Hydroxide help balance the ozonosphere, by removing halide ions?
    Would the Salts formed pose a significant toxic threat?
    Is this threat less than the absence of the ozone layer?
    Can a technological application be devised using NaOH to restore the ozone layer?
  • 8. A proposal on how to fix the ozone layer HOPE Project
    Hypothesis
    The HOPE Project aims to restore the ozone layer by means of using high-altitude oxygen and alkaline dust stream, released in appropriate amounts to correct the chemistry of the ozonosphere, thereby causing a restorative effect on the ozone layer.
    Using existing solar balloon technology, elevate compressed oxygen and sodium hydroxide – fine dust.
    Inert particulate matter as a condensing substrate.
    Release in accordance to the altitude, in increments.
  • 9. HOPE PROJECT CONT
    Possible Outcome
    Sodium Hydroxide reacts with F, Cl, Br, I, N radicals causing sodium salts of those species.
    Hydroxide reacts with oxygen, forming water.
    The result solution will precipitate as snow and rain, into the sea and onto the landmasses of the polar regions of earth.
    The excess oxygen will restore the natural balance of the gasses in the ozonosphere
  • 10. HOPE PROJECT CONT.1
    Parameters
    The correct balance of the ratio of oxygen, sodium hydroxide and inert particulate matter in accordance with altitude is paramount to a successful operation.
    Simulation
    Necessary to minimise risk, extremely important.
    This can be done with the appropriate Super Computing and hired expertise.
    Risk
    An unsuccessful execution may cause unexpected results, that may or may not cause other consequences.
    Partners Wanted
    Private Individuals, Academic Institutions , Climate Authorities and Organizations, Metrological Organisations, Aerospace and Space, Investors, Corporations, Governmental, Public
    Capital Required
    M Rated Priority Project
  • 11. Simulation of Proposed Mechanism
    Critically important
    Incorrect execution of HOPEX (execution phase 2) might have effects that we cannot predict, which may pose a global climatic variation
    Requirements include: Meteorological Lab, small scale contained simulation environments, Super Computer Assisted Climatic Modelling Software, Experts in all applicable fields
    The research into HOPE should be conducted immediately
  • 12. Other Potential Benefits
    Precipitation in polar regions (typically receive low precipitation) may help reduce the effect of the global warming melting polar ice reserves.
    Decreased melting of polar ice may mean less methane gas stored in ice reserves entering the atmosphere
    May help (or may not) restore certain habitats of seals, penguins, polar bears etc
  • 13. Credits
    NASA/Goddard Space Flight CenterScientific Visualization Studio
    www.nasa.gov
    www.ptable.com
    www.theozonehole.com, en.wikipedia.com
    This concept was first presented to my student colleagues in UCOL New Zealand 2000
  • 14. About MakeNET
    CED Mining Corporation
    Energy Supply
    Water Supply
    Raw Materials Supply
    Recurrent AMD Prevention
    Openseeds Exchange
    Sustainable Agriculture
    Anti-Desertification
    Bio-diversity Perseveration
    MAKENET
    New Emerging Technology
    Parent Company
    Technology Innovations
    Research and Concepts
    HOPE is a MakeNET Project
    Waste Technology
    Energy Supply
    Raw Materials Supply
    Recycling
    Alternative Hydrocarbon Fuels
    African Enterprise
    Small Business Development Agency
    Community Value Builder
    Environmental Education
    Sustainable Local Economies
  • 15. About Chris Morton
    CEO MakeNET
    Former Software Engineer
    Entrepreneur/Self-taught Professional Inventor
    Ideas Man
    Inventing since childhood, my true calling from God
    Download MakeNET Expression of Interest Form
    http://makenet.co.za/invest/
    LinkedIn – http://za.linkedin.com/in/codrakon/
    Email – chrism@makenet.co.za or cbmorton@gmail.com
    Phone - +27768587777