EXPERIMENTAL INVESTIGATION OF ENRICHED-HYDROGEN OXY COMBUSTION OF CNG FLAMES STABILIZED OVER A PERFORATED PLATE BURNER
Samir Yahia Kamal Youssef;
Abstract
Carbon Dioxide emissions resulting from the combustion of fossil fuels in power generation industries are considered to causing global warming. This study experimentally studies the conditions that must be met when burning a mixture of compressed natural gas and hydrogen gas with an oxidizer mixture made of Oxygen and carbon dioxide gases over a perforated-plate burner. The study succeeded to achieve a stabile flame made of 0% to 30% hydrogen fraction and the flammability limits were determined in different hydrogen fractions. Also, the visual flame appearance (shape, length and color) at different oxygen and hydrogen fractions was recorded.
Other data
| Title | EXPERIMENTAL INVESTIGATION OF ENRICHED-HYDROGEN OXY COMBUSTION OF CNG FLAMES STABILIZED OVER A PERFORATED PLATE BURNER | Other Titles | دراسة عملية لاحتراق لهب الغاز الطبيعي المضغوط والمغذى بغاز الهيدروجين في خليط من غازى الأكسيجين وثاني أكسيد الكربون على سطح حارق ذو قرص متعدد الثقوب | Authors | Samir Yahia Kamal Youssef | Issue Date | 2019 |
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