Influencia de la posición del sensor MQ-6 y el tiempo transcurrido en la detección de concentración de GLP en una fuga doméstica
type: CreativeWork
description: Gas leaks in Lima and Ica (Peru) increase every year, causing accidents and irreparable damage to the population. In this article, a controlled leak was produced using a two-burner kitchen and an array of MQ-6 sensors positioned at different angles (45°, 0° and 30°) with respect to the kitchen. The results show that, if the kitchen is in a high position (87 cm), the detected concentration is lower, but the detection is faster (6.419 s) if the arrangement is located 50 cm from the origin of the leak. The detection time is between 13,515 s and 21,740 s and the maximum concentration detected is 98 ppm. The best adapted learning model is Suport Vector Machine, with an RMSE of 4,61 ppm. It is concluded that the best position for gas detection was at a height of 47 cm above the ground, at 50 cm from the sensor and at an angle of 0°. The detection time is 13.84 s. Finally, it is concluded that 30 seconds of leakage are not enough to reach the harmfull limit (147 ppm).
abstract: Gas leaks in Lima and Ica (Peru) increase every year, causing accidents and irreparable damage to the population. In this article, a controlled leak was produced using a two-burner kitchen and an array of MQ-6 sensors positioned at different angles (45°, 0° and 30°) with respect to the kitchen. The results show that, if the kitchen is in a high position (87 cm), the detected concentration is lower, but the detection is faster (6.419 s) if the arrangement is located 50 cm from the origin of the leak. The detection time is between 13,515 s and 21,740 s and the maximum concentration detected is 98 ppm. The best adapted learning model is Suport Vector Machine, with an RMSE of 4,61 ppm. It is concluded that the best position for gas detection was at a height of 47 cm above the ground, at 50 cm from the sensor and at an angle of 0°. The detection time is 13.84 s. Finally, it is concluded that 30 seconds of leakage are not enough to reach the harmfull limit (147 ppm).
author: Bueno Vera, Alejandro Ivan
author: Luis Ortiz, Gianfranco
language: spa
keywords: Sensors, Liquefied petroleum gas, Sensores, Gas licuado de petróleo
license: https://creativecommons.org/licenses/by-nc-sa/4.0/
date published: 2023
date modified: 2026-07-24T02:49:41Z
provider: Universidad de Lima
publisher: Networked Digital Library of Theses and Dissertations
type: WebPage
source organization: Universidad de Lima

PropertyValue
property ID: Handle
value: https://hdl.handle.net/20.500.12724/19409