Gas Three Return Hot Oil Boiler Heating Area Large Oil Temperature Control Precision

Overview:

YYQW series organic heat carrier furnace is a horizontal coil structure heating equipment developed and designed on the basis of imported equipment from abroad. It is mainly composed of the body and the combustion chamber. The high temperature flue gas generated by the combustion of natural gas enters the body and exchanges heat with the organic heat carrier in the coil by means of radiation heat transfer and convective heat transfer. The closed circuit forced circulation of the organic heat carrier system is realized by the circulating oil pump, and the heat carrier obtained in the body serves as the heat source to supply the heat equipment.

the main characteristics of the boiler:

(1) Large heating area, fast heating and pressure boost;
(2) Organic heat carrier volume is small, start fast;
(3), fast assembly factory, short installation period, put into operation fast;
(4) Compact structure, small footprint, provincial infrastructure investment.

Brief introduction of the main structure:

(1) The boiler is a horizontal coil structure, composed of two parts: the boiler body and the combustion chamber;
(2) The boiler adopts coil structure, and the inner and outer coils are made of seamless steel tubes for the boiler;
(3) After the top of the coil is poured, the combustion chamber is formed;
(4) The thermal insulation layer is made of materials with small thermal conductivity, and the furnace wall is made of lightweight concrete, which reduces the loss of q5 and reduces the dead weight of the boiler;
(5) The use of non-embroidered steel plate packaging, both firm and beautiful.

Working process:

After gas combustion, the high temperature flue gas radiates heat through the inner coil, folds into the inner and outer coil interlayer from the upper part of the inner coil, absorbs heat by the interlayer convection, turns to the outside of the outer coil at the lower part of the outer coil to fully transfer heat, leaves the boiler after three return trips, and is discharged into the atmosphere through the chimney.

Technical parameter:

model ltem			YY(Q)W 350	YY(Q)W 500	YY(Q)W 700	YY(Q)W 1400	YY(Q)W 2100	YY(Q)W 2800	YY(Q)W 3500	YY(Q)W 4200	YY(Q)W 7000	YY(Q)W 14000
Rated thermal p ower		KW	350	500	700	1400	2100	2800	3500	4200	7000	14000
Design pressure		Mpa	1.1	1.1	1.1	1.1	1.1	1.1	1.1	1.1	1.1	1.1
Medium outlet t emperature		C	≤350	≤350	≤350	≤350	≤350	≤350	≤350	≤350	≤350	≤350
Heating area		m	21.3	24	40	78.5	94.5	157	205.2	240	410	710
Fuel			light oil/heavy/LNG/CG
Fuel	Light oil	Kg/h	37	52	69	140	210	280	350	420	680	1360
	LNG	Nm3/h	44	63	83	170	260	332	425	498	810	1620
Thermal efficiency			96%	96%	96%	96%	96%	96%	96%	96%	96%	96%
Furnace oil cont ent		m3	0.25	0.3	0.5	1.1	1.7	2.29	3.8	4.3	7	15.5
Boiler dimension s		mm	2100× 1390× 2055	2200× 1390× 2055	3240× 1470× 2260	4145× 1900× 2786	5020× 2050× 3080	5526× 2326× 3230	6555× 2470× 3634	6753× 2838× 3704	8200× 3050× 3800	12000× 3780× 4350
Boiler transport weight		T	2.58	3	3.7	6.9	8.8	11.5	17.8	19.8	27.5	42
Oil inlet		DN	80	100	100	125	150	150	200	200	250	350
Oil outlet		DN	80	100	100	125	150	150	200	200	250	350
Expansion tank		m3	1.5	1.5	1.5	2.5	2.5	3	3	4.5	6	8
Storage tank		m3	2.5	2.5	2.5	5	5	8	8	10	15	25
ChimneyΦ		mm	280	280	280	350	400	400	500	500	700	1000

Work flow chart:

certificate:

horizontal Gas Thermal Oil Boiler

Precision Three Return Hot Oil Boiler

EAC Thermal Oil Boiler

Gas Three Return Hot Oil Boiler Heating Area Large Oil Temperature Control Precision Images