Early Detection of Leaks on Gas Cylinders Using Arduino Based MQ-6 Sensors

Fatkiyah, E; Persada, D; Andayati, Dina

doi:10.1088/1742-6596/1413/1/012030

Cited by 12 publications

(4 citation statements)

References 1 publication

Supporting

Mentioning

Contrasting

Unclassified

Order By: Relevance

“…El gas necesita más tiempo para asentarse y, al limitar la recreación a 30 s, este evento ocurre. El valor máximo de la Figura 6b, en cocina baja y distancia de 40 cm es de 98 ppm, valor similar al obtenido por Fatkiyah et al (2019) al realizar la misma prueba y obtener 93 ppm. Por otro lado, en la Figura 7a, para la cocina alta, se nota una diferencia de concentración entre las tres distancias, no obstante, al ser una diferencia menor a 1 ppm, se puede considerar negligible para concluir si la detección es mejor si el arreglo se ubica más cerca o más lejos de la fuga.…”

Section: Discussionunclassified

“…Realizaron diez corridas de un experimento para medir el tiempo de acción del servomotor para cerrar el flujo de gas en caso de fuga, con un tiempo promedio de cerrado de 1,796 segundos. En el mismo año, Fatkiyah et al (2019) realizaron una investigación que buscaba detectar fugas reales con la misma gama de sensores, pero adicionan el envío de un SMS al teléfono del usuario en caso de detección. Concluyeron que sus diseños funcionan mejor en ambientes cerrados.…”

Section: Introductionunclassified

See 1 more Smart Citation

Influencia de la posición del sensor MQ-6 y el tiempo transcurrido en la detección de concentración de GLP en una fuga doméstica

2022

View full text Add to dashboard Cite

Las fugas de gas en Lima e Ica (Perú) aumentan cada año, provocando accidentes y daños irreparables para la población. En esta investigación se produjo una fuga controlada usando una cocina de dos hornillas y un arreglo de sensores MQ-6 dispuestos en distintos ángulos con respecto a la cocina (45°, 0° y 30 °). Se encontró que, si la cocina se ubica en la posición alta (87 cm), la concentración detectada es menor, pero la detección es más rápida (6,419 s) si el arreglo se ubica a 50 cm del origen de la fuga. El tiempo de detección se encuentra entre 13,515 s y 21,740 s y la máxima concentración detectada es de 98 ppm. El modelo de aprendizaje que mejor se adaptó es Support Vector Machine, con un RMSE de 4,61 ppm. Se concluye que la mejor posición para la detección de gas fue a una altura de 47 cm sobre el suelo, a una distancia de 50 cm del sensor y a un ángulo de 0°. El tiempo de detección es de 13,84 s. Por último, se concluye que 30 segundos de fuga no son suficientes para alcanzar el límite dañino (147 ppm).

show abstract

Section: Discussionunclassified

Section: Introductionunclassified

Influencia de la posición del sensor MQ-6 y el tiempo transcurrido en la detección de concentración de GLP en una fuga doméstica

2022

View full text Add to dashboard Cite

show abstract

“…This sensor also requires a direct current (DC) voltage of 5 volts. Has high sensitivity and fast response time in handling LPG gas [24][25] [26].…”

Section: Wavecom Modem Can Send Information Frommentioning

confidence: 99%

Fire Early Warning Using Fire Sensors, Microcontroller and SMS Gateway

Kharisma

Setiyansah

2021

jrc

View full text Add to dashboard Cite

A fire disaster that does not save can certainly cause losses, both in the form of objects and casualties. This occurs for several reasons: late information obtained from the fire department or the owner's ignorance at the time of a fire. In this study, a fire early detection system was built using smoke, heat, and gas sensors based on an SMS gateway and an alarm. This system is used to provide information about fire detection as early as possible to protect against fire disasters. With this system, the potential and risk of fire can be reduced. This system is used to identify potential fires that occur in housing. Several experiments were carried out with fire simulations to get the reaction from the sensors used. Covers smoke testing, temperature testing, gas testing, and SMS message responses from various providers. This research produces a fire early warning system that provides SMS and alarm alerts.

show abstract

“…The potential of biogas energy to be converted into electricity can be implemented by utilizing power generation technologies such as gas turbines, microturbines, or otto cycle engines. The selection of these technologies is influenced by factors such as the generated biogas potential, biogas pressure, methane gas concentration, load requirements, and the availability of funds [13]. For the conversion, 1 kg of methane gas is equivalent to 6.13 x 10 7 J, 1 kWh is equivalent to 3.6 x 10 7 J, and 1 m 3 of methane gas is equivalent to 11.17 kWh [14].…”

Section: Introductionmentioning

confidence: 99%

Study of The Potential and Feasibility of Utilizing Biogas Energy as Power Plant at PT. BTSB Jember

Ahmad Aulia Reja,

Ariyani,

Nugroho

et al. 2023

J. Electr. Eng. Comput. Sci.

View full text Add to dashboard Cite

The limitation and scarcity of energy sources derived from fossil fuels necessitate the solution of utilizing renewable and replenishable alternative energy sources such as biogas. PT. BTSB (Biro Teknik Sinar Baru) is one of the companies in Jember Regency that has started utilizing biogas energy. However, the utilization of biogas is limited to cooking purposes only. Despite being used only for cooking, biogas can also be utilized as a source of electrical energy.Therefore, in this study, an analysis is conducted to determine the potential of biogas at PT. BTSB that can be utilized as a source of electrical energy. The first step taken in this research was to collect data from PT BTSB Jember regarding biogas which includes: number of cow, target of biogas volume, temperature in digester tank, pressure in digester tank, and methane (CH4) content in biogas. Based on this data, further calculations will be performed for mol of biogas, volume of biogas, electrical energy and power, conversion and production of energy and electrical power, and cost of energy production. Based on the research results, it is known that PT BTSB yields an average of 5.15 m³ of biogas per day and a potential of 57.53 kWh of electrical energy per day. With a cost of around Rp. 23,274,117 per day for each kWh, electricity from PT. BTSB’s biogas proves to be cost-effective. Thus, the biogas energy at PT. BTSB has the potential to be used as a biogas power plant.

show abstract

Early Detection of Leaks on Gas Cylinders Using Arduino Based MQ-6 Sensors

Cited by 12 publications

References 1 publication

Influencia de la posición del sensor MQ-6 y el tiempo transcurrido en la detección de concentración de GLP en una fuga doméstica

Influencia de la posición del sensor MQ-6 y el tiempo transcurrido en la detección de concentración de GLP en una fuga doméstica

Fire Early Warning Using Fire Sensors, Microcontroller and SMS Gateway

Study of The Potential and Feasibility of Utilizing Biogas Energy as Power Plant at PT. BTSB Jember

Contact Info

Product

Resources

About