pluto| What Is Our Carbon Footprint?

What Is Our Carbon Footprint?

Your challenge is to identify local sources of carbon emissions and/or estimate amounts of carbon emissions for different human activities to aid scientists in mapping carbon sources and sinks. How can you inform decisions to adapt to the consequences of a changing world and aid policy makers in making plans for the future?

Carbon Footprint Calculator and how to recycle greenhouses gases

Summary

As we know the increase in carbon gas puts us in danger , we must be aware of its percentage, so part of our project was to create an app that calculates the carbon percentage at the present time, and the other part of our project is recycling greenhouse gases and make like filtration for the waste of wind factories and using carbon dioxide in greenhouses to increase the growth rate of plants and methane to compress it and produce electricity from it as we know that it is less polluting and will save a lot of moneyCertainly, you will need carbon dioxide gas in order to complete the photosynthesis process, and here the idea of ​​our project will emerge

How We Addressed This Challenge

Through the program, we made it easier and faster to get to know people’s carbon gas level and developed ideas for how to recycle the emitted greenhouse gases.

How We Developed This Project

Our project was only one part, which is that it analyzes gases and makes use of carbon gas only, but after thinking we decided that we develop it further so that we can benefit from it in the form

And we developed it so that it also takes methane gas and delivers it to factories to produce electricity.

In addition to the electronic application, we have made many amendments to it so that it was calculated over the course of several years, so we modified it with greater capabilities so that it informs its results over a year and we have modified it only again over the course of several months.

Our simple application is an APK application, we used java language for programming this application.

This application calculates the future percentage of carbon by using a simple formula a=pe^rt 

P refers to the current percentage and e is a mathematical constant 

R refers to the prercent 

And t refers to time 

Our application calculates the carbon percentage in the future by using this symbols.

How We Used Space Agency Data in This Project

To know more about the carbon footprint sources

Project Demo

Certainly, you will need carbon dioxide gas in order to complete the photosynthesis process, and here the idea of ​​our project will emerge, which is the work of a device that purifies factory chimneys and refines the gases that will be produced from them to give us carbon dioxide in the end that is free of any other gases and an opening is made in the greenhouse And the transfer of carbon dioxide into it. +ince the co2 ratio in the atmosphere represents a large percentage in our time, it represents about 230.1ton. 

We had to think of a way to take advantage of it, a desire to minimize the damage caused. 

So the scientists came up with a way or an invention so the greenhouses were a solution to this problem 

Her work:

These are homes made of transparent materials that are accessible to the sun, where the internal climate is characterized by controlled temperature, humidity and lighting through cooling, heating and ventilation devices

Certainly, you will need carbon dioxide gas in order to complete the photosynthesis process, and here the idea of ​​our project will emerge, which is the work of a device that purifies factory chimneys and refines the gases that will be produced from them to give us carbon dioxide in the end that is free of any other gases and an opening is made in the greenhouse And the transfer of carbon dioxide into it

*The presence of carbon dioxide in the atmosphere in very large quantities in the atmosphere will lead to the success of this unfortunately.*

Project Code
Data & Resources
Judging
This project was submitted for consideration during the Space Apps Judging process.