Global Ozone Production Plant

Global Ozone Production Plant
Robert Omali* Rapporteur, Working Group on Development, Environment, Agriculture, Governance & Democracy
Global Issues Department International Youth Council (IYC), USA


Introduction
While concerns over the depletion of the earth’s ozone layer no longer lead the headlines, the protective layers of gas that shields our planet from the effects of solar radiation remain fragile. Man’s quest for a better life has led to the exploration of the earth’s rich abundant natural resources; the attendant severe consequences are quite enormous. Deforestation, Oil and Gas exploration (in order to meet the ever growing demand for fuel), increased production of vehicles as well as other fossil fuel consuming devices have all contributed to environmental pollution. Bush burning, Gas flaring, smokes, industrial and domestic fumes are chief emitters of CO2 that have contributed to Global Warming, as a result of depletion of the Ozonosphere (a region of the earth that shields it from the sun’s intensity). There is need for the production of more Ozone due to their usefulness in shielding the earth from harsh solar effects. The need to save the earth from further catastrophic effects (particularly flooding and Global Warming as a result of high temperature) has prompted the idea to produce Ozone in very large quantities and have them diffused into the Atmosphere to occupy the lost layers.
Every Ozone molecule is of great importance, no wonder some manufacturers have resorted to producing Ozone friendly products and non CO2 emitants. The Ozone Plant described in this Presentation has 6 different sections - An Airfield (where air is trapped and filtered), An Oxygen Plant (where oxygen is produced from the air sample), An Ozone Plant (where the Oxygen molecules are bombarded at high Frequency and Voltage and fused to form Ozone after which they are compacted and diffused at interval), A Camp (with office complex and lodge from where the Automated plant is being operated), A Water Plant (where water is produced for the industrial production processes as well as Reservoirs for the storage of residual Argon and Nitrogen), and lastly A Malti-Generator Plant (a new Alternative Source of Power and Clean Energy that powers the entire Plant). Malti is an acronym which will be explained later.

(See Full Strategy in Attachment)