Nano based sensors have sensitivity and specificity to sensors made from other industrial materials. Nanosensors work on a similar scale to natural biological processes. Suitable for use in environments with chemical, biological, and cognitive molecules that make physical changes more recognizable. In this study, we will the rate of methane emissions from coal mines and the monitoring and management of gases with the help of Nanosensors in the Central Mine of Tabas Parvadeh. Improvements in sensitivity have increased the efficiency of nanosensors due to the high surface to volume ratio of nanoscale materials as well as the new physical properties of nano materials. Potential applications for Nanosensors include the detection of workplace pollutants, the environment and the monitoring of production processes, equipment and transportation systems. The intensity of emissions from coal mines depends on the levels of coal and the volume of their gas. The method of coal extracting is effective on the amount of emissions from mines. The prediction of gas emissions from coal mines is based on experimental and computational operations that have yielded acceptable results in this study, which can be considered.