The Rangers Team| What Is Our Carbon Footprint?
What Is Our Carbon Footprint?
Green Gold Ice (GGI)
Summary
GGI is a special engineering design that is provided to the factories before and after operation to allow the waste gaseous waste to be recycled and recovered in a usable form, thus stopping the emission of greenhouse gases. The name GGI is inspired by the dry ice produced by carbon dioxide "golden and green of nature" Idea features: 1. Using clean and environmentally friendly development mechanisms. 2. Reducing the accumulation of gaseous waste, to preserve the climate and thus life. 3. The output of the idea is a financial investment project. 4. The possibility of applying the system to existing factories. Difference between GGI
How I Addressed This Challenge
Background Research
After referring to the studies issued by the science of climate studies and
environmental protection organizations on the emission of factory gases, its
causes and dangers, and the international standards that were organized to
solve this big problem, the previous solutions were found and we provide
them below:
The risk of global warming: The greenhouse gases have received wide
attention from institutions concerned with global warming , and through
this research we will modify the engineering shape by adding a dome to the
chimney suppression in the polluting factories that provide The appropriate
environment for spewing gases for the nuts with the addition of a smart
mechanism equipped for this dome, this mechanism works to stop the
generation of waste of new gases and reduce their accumulation, and by
modifying the geometrical shape of the upper part of the chimneys of
factories that cause pollution by providing a dome on the surrounding ocean
It is suitable for the chimney to make the functional part of leaking gases to
the atmosphere in the factory with the addition of a smart mechanism
equipped for this dome, it works to return the gas waste before it is emitted
to the atmosphere and by using a smart cooler that depends on solar energy,
kinetic energy and the temperature of the gases emitted to generate energy
for the GGI idea and run it to do this The task, as it will be installed on the
funnel chimneys in the existing factories and add it to the engineering design
of the factories that will be established in the future.
Results
By working on the idea and after following all the procedures that were
taken to solve the problem of carbon dioxide emission, we explain the
following:
1. When applying GGI, we will work to reduce the amount of carbon
dioxide in the atmosphere
2. Investing GGI products will encourage the target of the idea to benefit
from it
3. Reducing burning by using GGI products
4. Hurricane Reduction with the use of GGI products
5. Address an international problem regarding lunar dust through the use
of GGI products
6. Reducing the expansion of the ozone hole from GGI use
reducing its pollution rate
7. The international cost of environmental protection will be reduced
8. GGI Idea will be the best and cheapest solution for all current offerings
Hypothesis
If we assume that we can recycle the gases emitted from factories,
especially carbon dioxide, and turn them into beneficial commodities
with a large financial return, we know the harms of these gases and the
danger of exposing them to each individual, which will reflect positively
on the Earth’s environment in general and on the human being in
particular and assume The possibility of GGI exploiting this idea by
converting the carbon dioxide emitted from the factories, which may
cause the damage of the planet to dry ice. When applying the hypothesis,
we can live inside our green planet without gas pollution and global
warming
Implementations: applications
The idea can be applied in the future in all factories that produce harmful
gases, whether factories or land, sea and air transport that cause climate
pollution.
The idea will also be presented in the future to the major industrial
producing countries and to major institutions for use as a technology
within the factories under construction to reduce gas waste
It will also be presented in the future to the List of conservation
organizations based on environmental protection.
How I Developed This Project
Future Research
There will be developments on this project in the future, including the
following:
1. Work began on a smart dome made of a lightweight material, which is
microlates, where it works to collect gases emitted from factory nozzles
and separate these gases to take advantage of each type of them.
2. The use of this smart dome, where gases are transported by turbines
located directly above the factory nozzles, and transferred through the
tubes for cooling.
3. Use the idea of a smart coolant to collect the current gaseous wastes
in the atmosphere and cool them in the same way.
4. Separate the remaining gases by lowering the temperature so that we
can exploit these gases in our lives.
5. Another aspect that must be studied is the development of
international standards on how to describe the causes of gaseous waste
and track its concentration to prevent its accumulation in the atmosphere
and to develop global standards for all parties that cause it to reduce
space waste
How I Used Space Agency Data in This Project
DATA
(1) The increase in the average surface temperature in the world with an
increase in the amount of carbon dioxide, methane, and some other
gases in the atmosphere, as the surface temperature of the globe
increased by 0.74 ± 0.18 ° C (1.33 ± 0.32 Fahrenheit) during the past
century. (1
https://web.archive.org/web/20181201152258/https://www.ipcc.ch/pdf
/assessment-report/ar4/wg1/ar4-wg1-spm.pdf)
(2) The average Earth's temperature increased by 0.75 ° C for the period
between 1860 and 1900, according to the mechanically measured
temperature record, which shows variations in temperature with respect
to air and ocean measured by thermal sensors. It is unlikely that the rise
in the temperature of city centers from their surroundings significantly
affected this value, as it is estimated that this phenomenon has caused a
rise in temperature of 0.02 ° C since 1900 (2)
(3) According to estimates from the Goddard Institute for Space Studies
of NASA, the year 2005 was the warmest year in which the Earth’s
temperature was recorded, since the late nineteenth century when
certified and widespread methods of measurement appeared, bypassing
in 1998 a few parts of Percent of class (3)
(4) The first global agreement to reduce greenhouse gas emissions is the
Kyoto Protocol, a development of the United Nations Framework
Convention on Climate Change, which was negotiated in 1997. This
protocol now includes over 160 countries and 55% of global greenhouse
gas emissions. However, the United States and Kazakhstan did not sign
Project Demo
https://youtu.be/OTR1-ubOx78
Project Code
Data & Resources
● www.nature.com / Increasing the ozone hole during the emission
www.Discoveryeducation.com About the Dry ice -78
www.britannica.com , Retrieved 2-4-2019. Edited. Solar "Solar."
● www.nationalgeographic.com , The Sun's Energy
●Todd S. Rosen stock · Mariana C. Ru- no Klaus Butterbach-Bahl · Eva
Wallenberg Meryl Richards Editors Greenhouse Gas Balances Methods for
Measuring and Evaluating Mitigation Options in Smallholder Agriculture
● www.nasainarabic.net /About greenhouse gases
• Www.kongras library. Com /global warming
• www.udicaty.com , PIC microcontroller ,Embedded systems and AVR
● Different Types of Solar Panels Explained” www.greRetrieve.com .up,
Retrieved 20-3-2019. Edited
• www.springer open .com liquid nitrogen gas degree -195.5
• www.nationalgeographyabozaphy / Gas emission ratios over the past years
● " 2013-1990: Sinks and Emissions Gas Greenhouse. S.U of Inventory
● Rachel Ross (8-2-207), "Who Invented the Refrigerator?",
4Www.livescience.com, Retrieved
● Retrieved 8-7-2018. Edited. Is Ashish (2015), "How Does A Refrigerator ?",
Www.scienceabc.com , Retrieved 8-7-2018. Edited
● "Dielectric Constants" (PDF). Archived from the original (PDF) on July 10,
2009. Winner, Scott (2003). The Book