CFC GAS PREDICTOR

Abstract

It's a modern-day challenge to remove CFC gas which is releasing from refrigerator and air conditioner. CFCs are known for depleting the ozone layer in the earth's stratosphere. This leads to the thinning of the ozone layer, which is critical for blocking harmful UV rays from the sun. Although CFCs are not greenhouse gases, they have a high global warming potential when released into the atmosphere. They can contribute to climate changes. So, this design process can be used to recover the ozone depletion and global warming problem in this modern world. The simple solution to control the release of CFC gas is to develop the alarm named cfc gas predictor that automatically off the refrigerators and air conditioner at the specific time. So that the release of cfc gas can be reduced.

Specification

Description:OVERALL SOLUTION:
The solution to this problem is to create a IOT based timer that is alarm which is named as cfc gas predictor. This alarm should know the ON & OFF of the connected switch. So, when the machine is ON, it starts to the release of cool gas. Then the alarm starts its timer. After a specific time, the alarm gives a sound and the connected switch automatically gets OFF. This is the overall solution to this problem.
IOT BASED ALARM:
By connecting IOT based alarm using
• Arduino UNO
• DS 1307 RTC Module
• Push Buttons
• 16X2 LCD Display
• Buzzer
• 10 KΩ
• 10 KΩ POT
By coding the program based on the timing, the alarm is connected with the specific time.
CONNECTING THE SWITCH TO ON AND OFF:
By connecting this alarm to the switch, the switch sets off when the timer reaches its specific time.
PURPOSE OF THE SOLUTION:
The most significant merit is the protection of the ozone layer. CFCs are known to deplete the ozone layer in the stratosphere, and by controlling their use, we can mitigate this depletion, reducing the harmful effects of ultraviolet (UV) radiation on the Earth.
Controlling CFCs helps preserve the overall environment by reducing the release of greenhouse gases into the atmosphere. While CFCs themselves are not greenhouse gases, their breakdown products can contribute to global warming. CFCs can be harmful to human health when inhaled, and by controlling their use, we reduce the risk of health issues and ensure safer working and living conditions. The effort to control CFCs has strengthened international cooperation in addressing environmental issues. The Montreal Protocol is a prime example of successful global collaboration to protect the ozone layer. Overall, controlling the use of CFC gases is essential for safeguarding the environment, human health, and future generations, and it has led to positive changes in how we approach industrial and technological processes.



, C , Claims:1. We claimed in claim 1, IOT based technique, contains alarm for alerting, contains automatic switches to control cfc production.
2. We claimed in claim 2, It does not lead to global warming.
3.We claimed in claim 3, It does not highly impact to human health.

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