Thermo-oil boilers

*Manufactured in accordance with ГОСТ Р 52630-2012 \ ТР ТС – 032/2013

25 years on market

Boilers characteristics

Operating temperature of the boiler

Working pressure

ITEM			500	750	1000	1250	1500	2000	2500	3000	4000	5000
Calorific capacity		kW	581	581	1160	1455	1745	2325	2900	3490	4650	5480
Nipples diameterof oil input and output		mm	80	100	100	125	125	150	150	150	200	200
Oil volume		L	150	220	300	360	430	580	720	860	1150	1450
Required pump output (oil consumption through the boiler)		m³/h	36	55	75	90	110	145	180	215	285	360
Difference in oil input/output temperature		°С	30	30	40	40	40	40	40	40	40	40
Width		mm	600	800	850	860	900	1110	1150	1200	1300	1400
Depth		mm	220	260	300	320	350	400	450	600	700	800
Stack friction		mmWC	15	15	15	20	20	20	35	35	35	40
Boiler tube friction		mmWC	0,68	1,15	0,83	1,2	1,36	2,57	4,78	6,84	6,34	14,7
Boiler dimensions	Depth	mm	2380	2650	3100	3510	3510	4360	4500	4830	5210	5300
	Width	mm	1250	1405	1540	1650	1890	2060	2100	2180	2565	2820
	Height	mm	1700	1780	1890	1975	1978	2020	2550	2660	2750	2820
Boiler weight		tons	4,3	6,35	8,05	11,1	12,75	17,0	20,5	23,0	30,0	39,0

Under the supervision of the experts from sweden the company implemented the quality management system in compliance with iso: 9001/14001.

Main advantages

Heat-transfer oil is in the system under low pressure when operating at maximum temperatures of up to 360°C
The diathermic oil is a unique heat-transfer agent. The properties of thermal oil allow it non-freezing at low temperatures, thus ensuring in some cases denial of some measures to prevent freezing of the heat-transfer agent in the system. The diathermic oil has high thermal inertia, which allows starting operation more quickly in the case of the boiler failure
Very precise temperature adjustment allows supply of thermal energy to the most complex technological processes, which is especially in demand in the petrochemical industry

The diathermic oil circulation main lines, in contrast to steam lines, do not corrode or require periodic replacement
In practice, a boiler room with thermal oil boilers requires less area for equipment than a room with steam boilers, at comparable capital costs, and, due to low running costs and high efficiency it pays back much faster, while bringing profit to the owner

Note Boiler rooms with use of diathermic oil are an effective substitution for complicate dand expensive operation of steam boiler rooms due to a variety of economic and technical factors.

The diathermic oil use dasaheat-transfer agent allows reaching high temperatures without creating high pressure, it is necessary in many industrial scheme sand allows making heat supply systems be cheaper

At low pressure, low viscosity and high thermal stability, the thermal oil ensures quick and easy control of technological process temperature, which is a prerequisite for uniform heating of the product in many cases.

The diathermic oil can be used directly as a heat-transfer agent, or indirectly as a heat exchange medium to generate steam, superheated medium, etc.