Simulation of Natural Gas Combustor Using CFD

Author:

Kumar Ankur,Nemalipuri Pruthiviraj,Singh Vasujeet,Vitankar Vivek,Das Harish Chandra,Pradhan Malay Kumar,Panda Manoj Kumar

Publisher

Springer Nature Singapore

Reference7 articles.

1. Sayre A, Lallemant N, Dugué J, Weber R (1994) Scaling characteristics of aerodynamics and low-NOx properties of industrial natural gas burners, the SCALING 400 study, part IV: the 300 kW BERL test results. IFRP Doc No F40/y/11. International Flame Research Foundation, The Netherlands

2. Kaufman KC, Fiveland WA, Peters AAF, Weber R (1994) The BERL 300 kW un-staged natural gas flames with a swirl-stabilized burner. Case-I: hot wall conditions. GRI contract no. 5093-260-2729. Gas Research Institute

3. Pember RB, Colella P, Howell LH, Almgrea AS, Bell JB, Crutchfield WY, Beckner VE, Kufman KC, Fiveland WA, Jessee JP (1996) The modeling of a laboratory natural gas fired with a high order projection method for unsteady combustion. In: 26th international symposium on combustion University Fedrico II, Nables, Italy, 28th July–2 Aug 1996

4. Mason CF, Wilmot NA (2014) Jump processes in natural gas markets. Energ Econ 46:S69–S79

5. Tognotti L, Falcitelli M, Pasini S (2002) Modeling partial combustion systems and predicting NOx emissions with an integrated CFD based approach. Comput Chem Eng 26:1171–1181

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