Improvement of the Domestic LPG Cooking Stoves: A Review

Dahiya, Darpan; Lather, Rohit Singh; Bhatia, Pramod

doi:10.17485/ijst/2016/v9is1/105856

Cited by 8 publications

(2 citation statements)

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“…By modifying the design of the burner nozzle, higher efficiency can be obtained and, in this way, drastically reduce CO and NOx emissions. Finally, it was also found that the selection of the material plays an important role in the performance of the stove, the most efficient burners found were cast iron [9]. For this project, an industrial burner with three burners with 3.5 kW of power in parallel was designed for the test.…”

Section: Introductionmentioning

confidence: 99%

Energy design and experimental evaluation of an industrial burner to natural gas

Rojas¹,

Jimenez²,

Napan³

2024

RE&PQJ

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This research is focused on the design and experimental evaluation of a high-power industrial burner supplied by natural gas at an operating pressure of 23 mbar, based on improving thermal efficiency with a variation in geometric parameters. The specific objectives of the work were the following: Define the calculation procedure to establish the geometric characteristics of the burner, determine the thermal efficiency define a test procedure for the tests of thermal efficiency and finally analyse the data obtained from the power, thermal efficiency, and fuel consumption of the designed burners. This investigation will be preliminarily presented for a three-part burner.

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Section: Introductionmentioning

confidence: 99%

Energy design and experimental evaluation of an industrial burner to natural gas

Rojas¹,

Jimenez²,

Napan³

2024

RE&PQJ

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“…The efficiency of LPG domestic stove and the emission performance can be varied with many ways such as surrounding conditions [5], fuel type and additions [6,7] and the design of burner [8]. Many researchers conducted premixing and preheating methods in order to enhance thermal efficiency.…”

Section: Introductionmentioning

confidence: 99%

Performance Analysis of Novel Perforated LPG Burner for Domestic Application

Hussien,

Qasem

2024

IJHT

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The demand for efficient and eco-friendly domestic burner is a never-ending challenge. Enhancing combustion efficiency is achievable goal by ensuring better values for thermal efficiency and emissions. In this experimental research work, the performance of combustion in a developed domestic burner with Gypsum perforated plate in combustion chamber was investigated. Key parameters such as flame stability, maximum flame temperature, emission gases, and thermal efficiency with respect to Equivalent Ratio (ER) were reported.ER with is based on LPG and Air ranges from 0.75-1.4. In addition, the effect of number of Gypsum perforated plate in combustion chamber were altered. The results show that using two layers of perforated plates is beneficial. With only one layer of perforated plates enhancement in thermal efficiency at considered ER moved from 8% to 16%. Next, with two layers the value improved from 30% to 52% (if compared with no perforation combustion chamber). The computed percentage increase rise in values of developed burner was considerably high when compared with recently developed burner under this category. With emission analysis, a strong reduction in carbon monoxide emissions was observed, with marginal increase in NOx levels due to the higher flame temperature. Furthermore, Multi-Objective Optimization process was carried out using Pareto optimal front (POF) using two perforated layers at optimal cases.

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Enhancing the Performance of a Burner by Changing Design: A Review

Zaveri¹,

Singh²

2022

Lecture Notes in Mechanical Engineering

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Improvement of the Domestic LPG Cooking Stoves: A Review

Cited by 8 publications

References 0 publications

Energy design and experimental evaluation of an industrial burner to natural gas

Energy design and experimental evaluation of an industrial burner to natural gas

Performance Analysis of Novel Perforated LPG Burner for Domestic Application

Enhancing the Performance of a Burner by Changing Design: A Review

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