Ready Reckoner for Burners (C)

(C) Ready Reckoner For choosing inline FFC Model Suitable for Burners Firings Boilers / Furnaces , basing on Maximum fuel flow rate in Liters per hour (Lph),

Maximum Heat Energy output in BTU per hour & maximum steam output in Tonnes per hour. (Tph)

SL No	FFC Model	Diesel ( Lph )	Furnace Oil ( Lph )	LPG (Mainly Propane) ( Lph )	LPG in Kg per hr.	Heating Energy in Million BTU	Steam Out put (TPH)
3	F200	75	19	16.6	8.2	0.4	0.17
4	F300	114	38	32.9	16.2	0.7	0.33
5	F4HDG	152	76	65.8	32.5	1.4	0.66
6	F5HDG	190	95	82.4	40.7	1.8	0.83
7	F75HDG	264	132	115.3	57	2.5	1.16
8	F100HDG	378	189	164.4	81.2	3.5	1.66
9	F150HDG	568	284	246.8	122	5.3	2.49
10	FHD-5-19-1.5	1140	1140	998	493	10	4.63
12	FHD-10-38-1.5	2280	2280	1973	975	20	9.26
14	FHD-15-57-1.5	3420	3420	2971	1468	30	13.89
16	FHD-20-76-1.5	4560	4560	3946	1946	40	18.52
18	FHD-25-95-1.5	5700	5700	4944	2442	50	23.15
19	FHD-30-114-2	6840	6840	5919	2924	59	27.78
21	FHD-40-151-2	9060	9060	7893	3899	79	37.04
22	FHD-50-189-2	11340	11340	9866	4874	99	46.3
23	FHD-60-227-2	13620	13620	11839	5848	119	55.56
24	FHD-70-265-2	15900	15900	13812	6823	139	64.82
25	FHD-80-303-2	18180	18180	15785	7798	158	74.08
26	FHD-90-341-2	20460	20460	17758	8773	178	83.34
27	FHD-100-379-2	22740	22740	19732	9747	198	92.6
28	FHD110-416-2	24960	24960	21705	10722	218	101.86
29	FHD120-454-3	27240	27240	23678	11697	238	111.12

Explanatory Note

1. If the maximum fuel consumption rate of the Burner is known in Liters per hour (lph) , then ,

a) Refer to the Density of the fuel at Normal Temperature and Pressure (NTP ) & convert from lph to Kg per hour.

b) Next , refer to the Gross Calorific Value (GCV) of the fuel in British Thermal Units (BTU) and obtain the maximum heat energy output per hour of the Burner in BTU. ( This will be the product of max fuel consumption in Kg per hour and GCV of the fuel).

c) The FFC Model corresponding to this BTU value will be the correct choice for that Burner.

Thus , for a Burner having max heat energy output per hour of 2.3 million BTU , the correct choice ( Without any reference to the fuel used ) would be F75HDG , and for a burner having max heat energy output per hour of 15.6 million BTU , the right choice will be FHD-20-76-1.5.

2. For an FO Burner whose fuel pump is known to have a maximum pumping rate ( That is , fuel flow rate ) of 260 lph , the correct choice would be F150HDG.Again , for a Diesel Burner with max pumping rate of 260 lph , the correct choice would be F75HDG.And for an LPG Burner with max fuel flow rate of 3200lph (Approx 1530 Kg per hour ) , the correct choice would be FHD-20-76-1.5.

3.For a Boiler known to have a maximum Steam production capacity of 1.5 TPH , the correct choice (Without any reference to the fuel used) would be F100HDG , and for one having capacity of 20 TPH , the correct choice would be FHD-25-95-1.5.

4.Always size for the worst case scenario. So if a Diesel Burner with max heat energy output of 3.3 million BTU is known to have a max fuel flow rate of 400 lph , the correct choice would be F150HDG , NOT the F100HDG.