Data sheet

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Purchaser/owner: Item №:
1	Unit: Manufacturer: Type of heater: Total heater absorbed duty
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5	Process design conditions
6	Operating case	Design (100%)
7	Heater section		Radiant	Convection
8	Service
9	Heat absorption	Гкал/час
10	Fluid
11	Flow rate	kg/h
12	Flow rate	m3/h
13	Pressure drop. Allowable (clean / fouled)	kgf/cm2 (g.)
14	Pressure drop. Calculated (clean / fouled)**	kgf/cm2 (g.)
15	Avg. rad. sect. flux density, allowable	kcal/h•m2
16	Avg. rad. sect. flux density, calculated	kcal/h•m2
17	Max. rad. sect. flux density	kcal/h•m2
18	Conv. sect. flux density (bare tube)	kcal/h•m2
19	Velocity limitation	m/s
20	Process fluid mass velocity	kg/s•m2
21	Maximum allow./calc. inside film temperature	ºC
22	Fouling factor	m2•h• ºC/kcal
23	Coking allowance	mm
24	Inlet conditions
25	Temperature	ºC
26	Pressure	kgf/cm2 (g.)
27	Liquid flow	kg/h
28	Vapor flow	kg/h
29	Liquid density	kg/m3
30	Vapor molecular weight
31	Viscosity (liquid/vapor)	cP.
32	Specific heat (liquid/vapor)	kcal/kg • ºC
33	Thermal conductivity (liquid/vapor)	kcal/h•m2• ºC
34	Outlet conditions
35	Temperature	ºC
36	Pressure	kgf/cm2 (g.)
37	Liquid flow	kg/h
38	Vapor flow	kg/h
39	Liquid density	kg/m3
40	Vapor molecular weight	kg/m3
41	Viscosity (liquid/vapor)	cP.
42	Specific heat (liquid/vapor)	kcal/kg• ºC
43	Thermal conductivity (liquid/vapor)	kcal/h•m• ºC
44	Remarks and special requirements
45	Distillation data or feed composition
46	Short term operating conditions
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48	Notes:
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Combustion design conditions
1	Operating case				Design (100%)
2	Type of fuel
3	Excess air				%
4	Calculated heat release (LHV)				Gcal/h
5	Fuel efficiency calculated (LHV)				%
6	Fuel efficiency guaranteed (LHV)				%
7	Percent of heat release (LHV)				%
8	Flue gas temperature leaving: Radiant section				ºC
9	Convection section				ºC
10	Air preheater				ºC
11	Flue gas quantity				kg/h
12	Flue gas mass velocity thru. convection section				kg/s•m2
13	Draft: at arch				mm. H2O
14	at burners				mm. H2O
15	Ambient air temperature, efficiency calculation				ºC
16	Ambient air temperature, stack design				ºC
17	Altitude above sea level				m
18	Volumetric heat release				kcal/h•m3
19	Required emmisions					NOx ≤120 mg/nm3
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21	Fuel characteristics
22	Gas type		Liquid type				Other type
23	LHV: 14145 kcal/nm3		LHV				LHV:
24	HHV		HHV				HHV
25	Press. at burner: 0,25 kg/cm2		Press. at burner				Press. at burner
26	Temp. at burner: 80-120		Temp. at burner				Temp. at burner
27	Molecular weight		Viscosity				Molecular weight
28			Atomizing steam temp.
29			Atomizing steam pressure
30	Composition	Vol.%	Composition	Wt %			Composition	Vol.%
31	N2
32	H2S
33	H2
34	CH4
35	C2H4
36	C3H6
37	C3H8
38	сумм. С4
39	сумм. С5
40	Burner data: Manufacturer: Type: Heat release: Pressure drop across burner Pilot, type: Ignition method: Flame control, type of sensor:
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