Pedro Antonio Gonzales Sánchez, Bessy Castillo SantaMaría, Carlos Armando Ríos López, Guillermo Vásquez Ramírez, Enrique Arévalo Gardini, Jaime Walter Alvarado Ramírez
DOI: 10.59427/rcli/2024/v24cs.1845-1849
The telematic network system for detecting CO2, for the quantification process of soil organic carbon in the San Martín Region; seeks to improve the quantification process of soil organic carbon through a telematic network system for CO2 detection. The methodology, a telematics network with Ethernet network architecture is designed and implemented, allowing the monitoring of the different parameters of the sensors, in the CO2 detection process and designing a CO2 capture chamber that, when put into operation, particle values were obtained. per million (ppm) of CO2. Results, with the average information availability time being 838.33 seconds and an average area under the captured CO2 curve of 98,210 ppm2. Likewise, the control group was measured in the soil laboratory of the National University of San Martin, where the average quantification time was 126 hours, yielding an average percentage of soil organic carbon of 0.69; For the experimental group, produced by a telematic CO2 detection network system, the average quantification time is 0.32 hours, yielding an average percentage of soil organic carbon of 0.69. Therefore, it is concluded that the use of the networked CO2 detection system will improve the quantification process of soil organic carbon in the San Martín Region.
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