RT Journal Article ID 65108cef62eab044 A1 Paesler, L. A1 vom Schloss, Joerg A1 Jaschinski, C. A1 Lucka, K. A1 Koehne, H. A1 Kulisiewicz, L. A1 Ausmeier, Sabine A1 Delgado, Antonio T1 PRACTICAL RESULTS OF A SMALL-SCALE BURNER DEVELOPMENT JF International Journal of Energy for a Clean Environment JO IJECE YR 2010 FD 2012-02-09 VO 11 IS 1-4 SP 177 OP 187 K1 cool flame K1 porous media combustion K1 compact heating system K1 oil burner AB Modern household heating systems are expected to exhibit a low minimal power, a wide power modulation range, and a high power density. The combination of innovative concepts and technologies such as the vaporization in porous media, the preparation of a homogeneous fuel-air mixture supported by cool flames (Lucka and Köhne, 5th CleanAir, Portugal, 1999), and the combustion in inert porous media (Trimis and Durst, Combust. Sci. Technol., vol. 121, pp. 153−168, 1996) will help to meet the changed requirements. The intention of the project PyrInno is to develop an extremely compact oil heating system that reveals low emissions, a power modulation range from 1 to 8 kW, and meets the German air pollution guidelines for environmental protection. In this contribution, the operating model of this compact premix burner for light fuel oil is presented and experimental results are shown. PB Begell House LK https://www.dl.begellhouse.com/journals/6d18a859536a7b02,502d2ffd0c027151,65108cef62eab044.html