Cloud computing provides all the basic level of computing facility to complete the daily needs of a general or public community. In this paper, we concerned about the topic of carbon dioxide and carbon monoxide emission from cloud computing and its environmental effects and how to control it. Due to global warming and greenhouse effect, increasing the temperature of the environment day by day. In this paper, we concerned about how to control the problem of carbon dioxide and carbon monoxide

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... sion from the cloud data center and also try to reduce the reaction cost. We use carbon dioxide and carbon monoxide measuring sensor Internet of Things (IoT) device and a chamber which contain solid sodium hydroxide at 130 °C and 6-8 bar pressure. We set one predefined threshold value into the IoT sensor and when the carbon dioxide and carbon monoxide increase then the value of IoT sensor also increase from predefined threshold value then only the chamber open automatically which contain solid sodium hydroxide at 130 °C and 6-8 bar pressure. Then the reaction occur and produce sodium formate after the reaction with carbon monoxide and also produce sodium carbonate after the reaction with carbon dioxide. Again after the reaction when the IoT sensor value will decrease from predefined threshold value than the chamber automatically closed. In this way, we reduce the problem of carbon emission of the cloud data center and also reduce the reaction cost i.e. reaction occurs when needed.