No. 79 (2025): enero - junio
Artículos

Mobile station for the detection of carbon dioxide in volcanic soil

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  • David Adriel Solís Marroquín,
  • Jefry Orlando Comayagua Martínez,
  • Omar Otoniel Flores Cortez,
  • Carlos Osmín Pocasangre Jiménez,
  • Fernando Arévalo,
  • Benancio Henríquez Miranda
David Adriel Solís Marroquín
Universidad de El Salvador
Jefry Orlando Comayagua Martínez
Universidad de El Salvador
Omar Otoniel Flores Cortez
Universidad Tecnológica de El Salvador
Carlos Osmín Pocasangre Jiménez
Universidad de El Salvador
Bio
Fernando Arévalo
Ruhr-Universitat Bochum, Alemania
Bio
Benancio Henríquez Miranda
Universidad de El Salvador

Published 2025-01-15

Keywords

  • Santa Ana (El Salvador)-Volcanoes-Research,
  • Carbon dioxide,
  • Atmospheric chemistry,
  • Atmospheric state-Effect of volcanic eruptions,
  • Technological innovations

Copyright (c) 2025 David Adriel Solís Marroquín; Jefry Orlando Comayagua Martínez; Omar Otoniel Flores Cortez; Carlos Osmín Pocasangre Jiménez; Fernando Arévalo; Benancio Henríquez Miranda

Creative Commons License

This work is licensed under a Creative Commons Attribution-NonCommercial-ShareAlike 4.0 International License.

How to Cite

Solís Marroquín, D. A., Comayagua Martínez, J. O., Flores Cortez, O. O., Pocasangre Jiménez, C. O., Arévalo, F., & Henríquez Miranda, B. (2025). Mobile station for the detection of carbon dioxide in volcanic soil. Entorno, 79, 44-59. https://revistas.utec.edu.sv/index.php/entorno/article/view/1077

Abstract

This article presents the development of a mobile carbon dioxide (CO2 ) monitoring station based on the LI-830 sensor, available at the School of Physics of the Multidisciplinary Faculty at Universidad de El Salvador. The efficiency and usefulness of the LI830 sensor were enhanced through the integration of current low-cost technologies. In particular, the data transmission was implemented using GPRS technology, allowing for immediate transfer of data to an online database. This integration simplified data management and facilitated a detailed analysis for researchers. Additionally, an online visual dashboard was developed to graphically represent the results, thus improving the interpretation capacity of the collected information. This work significantly strengthens the effectiveness of the mobile station for CO2 monitoring on volcanic slopes.

DOI: https://doi.org/10.5377/entorno.v1i78.18983

URI: http://hdl.handle.net/11298/1382 

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