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eReference Springer Verlag
Table 1 – Data on various types of fly ashes and limestone particles (Biermann and Vortmeyer)

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eReference Springer Verlag

VDI Heat Atlas eReference

Table 1 – Data on various types of fly ashes and limestone particles (Biermann and Vortmeyer)

No.	Origin of fly ash			ρ_st kg/m³	A m²/kg	d _P 10⁻⁶ m	Q̄ _abs A m²/kg	Q̄ _abs –	k m^−1/3
No.	Coal	Firing		ρ_st kg/m³	A m²/kg	d _P 10⁻⁶ m	Q̄ _abs A m²/kg	Q̄ _abs –	k m^−1/3
1	Ruhr-Westerholt		Slag-tap	2110	113.0	6.3	40.6	0.360	19.5
2	Ruhr + US		Slag-tap	2220	74.8	9.0	30.5	0.408	19.6
3	Lower Rhine/Lohberg		Slag-tap	2130	79.0	8.9	17.5	0.221	10.7
4	Lower Rhine/Lohberg		Slag-tap	2290	87.0	7.5	17.6	0.202	10.3
5	Ruhr blend		Grate	2200	56.0	12.2	14.4	0.257	11.2
6	Saar		Dry bottom	2230	111.7	6.0	15.8	0.142	7.8
7	Ruhr-Gneisenau		Dry bottom	2270	42.8	15.4	13.3	0.310	12.5
8	Upper Palatinate Lignite		Dry bottom	2360	99.5	6.7	24.5	0.246	13.1
9	Saar		Cyclone	2050	47.0	15.6	14.3	0.305	12.2
10	Ruhr-Marl		Cyclone	2330	70.0	9.2	16.0	0.229	10.9
11	Saar		Dry bottom	2370	55.2	11.5	17.4	0.315	14.0
12	Ruhr blend		Cyclone	2550	73.1	8.1	18.0	0.246	12.3
13	Ruhr-Gneisenau		Cyclone	2250	120.0	5.6	22.9	0.191	10.8
14	Ruhr blend		Dry bottom	1930	82.0	9.5	21.3	0.260	12.3
15	Lignite Helmstedt		Dry bottom	2580	33.6	17.3	9.94	0.295	11.4
16	West Virginia		Dry bottom	1980	59.3	12.8	23.5	0.396	16.9
17	Ruhr-Prosper + Brassert		Cyclone	2360	69.0	9.2	8.9	0.128	6.15
18	Ruhr-Marl		Cyclone	2100	67.3	10.6	21.4	0.318	14.5
19	Hungarian Lignite I		Dry bottom	1640	42.3	21.6	16.6	0.392	14.1
20	Hungarian Lignite II		Dry bottom	1660	30.5	29.6	9.3	0.305	9.86
21	Limestone			2700	38.7	14.4	5.84	0.150	6.17

© Springer Verlag Berlin Heidelberg 2013