Steel cooling tower CTF

The CTF cooling tower is used for drawing away low-potential heat produced in the production process. In principle, the cooling tower uses the atmospheric cooling process of wet technology and forced draft. The actual heat exchange is achieved by the reverse flow of air and hot water in the cooling packing. The axial ventilator provides the air flow. The eliminators prevent tiny droplets from being released to the outside of the tower.

CTF cooling tower is made of the following components:

Steel skeleton supporting the cooling tower (zinc-coated or painted surface finish)
Axial ventilator (fiberglass, steel, cast iron)
Diffuser (laminated polyester)
Eliminators (PVC, PP)
Water pipes with spraying jets (PE, PP)
Cooling packing (PVC, PP)
Collecting pool container (concrete)

The benefits of the CTF/I steel cooling tower:

Easy and quick construction
Construction of the new CTF cooling tower is from 25 to 30% cheaper than repair of the original cooling tower
High efficiency
Longer periods between individual repairs
Higher resistance against climate conditions
Easy transportation using standard ISO containers
Simple disassembly at the expiration of its lifetime
Fully recyclable, no negative impacts on the environment

Product Enquiry

This is a cooling system primarily used in the industries of energy, chemistry, petro chemistry, engineering, metallurgy and crude oil processing. The bearing skeleton of this type of cooling tower is a steel frame structure, adapted to the requirements of the technological part and ventilator unit.

CTF/I

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CTF/I Type	Number of Cells	Weight of the Steel Structure (kg)	Cell Dimensions L x D x H (meters)	Ventilator Diameter APMH (mm)	Motor Power - Speed (kW - rpm)	Diffuser Size diam./height (mm)	Total Cooling Output (MW)	Water Flow (m³/h) min.–max.
CTF 50/I	1	11 844	8,44x6,04x8,52	5000	45-180D	5000/2000	3,5 – 8,8	300 – 750
CTF 50/I	1	11 825	8,44X6,04X8,52	5000	75-180D	5000/2000	3,5 – 8,8	300 – 750
CTF 140/I	1	23 520	11,5x11,5x7,8	8000	110-180D	8000/3500	18,7 – 26,9	750 - 2200

CTF/II

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CTF/II TypeI	Number of Cells	Weight of the Steel Structure (kg)	Cell Dimensions L x D x H (meters)	Ventilator Diameter APMH (mm)	Motor Power - Speed (kW - rpm)	Diffuser Size diam./height (mm)	Total Cooling Output (MW)	Water Flow (m³/h) min.–max.
CTF 50/II	2	19 322	6,63x6,77x8,52	4500	40-290D	4500/2000	7 – 17,5	600 – 1500
CTF 100/II	2	20 518	9,38x8,42x7,325	APL - 6000	80-1491	6000/2000	17,5 – 37,4	1280 – 3200
CTF 100/II	2	22 600	10,18x9,22x7,325	APL - 6000	110-1489	6000/2000	17,5 – 37,4	1280 – 3200
CTF 100/II	2	22 600	10,18x9,22x7,325	6000	105-180D	6000/2000	17,5 – 37,4	1280 – 3200
CTF 130/II	2	40 150	11,5x11,5x7,8	8000	110-180D	8000/3500	37,4 – 53,8	1840 – 4600
CTF 140/II	2	44 400	12x12x7,79	8000	110-180D	8000/3500	53,8 – 64,3	2200 – 5500
CTF 180/II	2	42 886	13,5x13,5x7,79	8000	110-180I	8000/3500	64,3 – 79,5	2720 – 6800
CTF 200/II	2	56 451	12x16x9,08	8000	125-180D	8000/3500	79,5 – 105,2	3600 – 9000
CTF 250/II	2	84 900	16X16X8,93	8000	90-180D	8000/3500	105,2 – 111,0	3800 – 9500
CTF 250/II	2	68 032	16X16X8,93	8000	110-180D	8000/3500	105,2 – 111,0	3800 – 9500
CTF 300/II	2	84 133	17X17X9,46	10500	200-108I	10500/5500	111,0 – 116,8	4800 - 10000

CTF/III

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CTF/III TypeII	Number of Cells	Weight of the Steel Structure (kg)	Cell Dimensions L x D x H (meters)	Ventilator Diameter APMH (mm)	Motor Power - Speed (kW - rpm)	Diffuser Size diam./height (mm)	Total Cooling Output (MW)	Water Flow (m³/h) min.–max.
CTF 100/III	3	34 678	10,18x9,22	APMH- 6000	PMH90-180D	6000/2000	26,3 – 56,1	1920 – 4800
CTF 100/III	3	31 512	9,38x8,42	APMH - 6000	PMH75-180D	6000/2000	26,3 – 56,1	1920 – 4800
CTF 140/III	3	62 780	11,5x11,5x7,8	APMH - 8000	PMH110-180D	8000/3500	56,1 – 80,7	2760 - 6900
CTF 140/III	3	65 171	12x12x7,79	APMH - 8000	PMH110-180D	8000/5000	80,7 – 96,5	3300 – 8250
CTF 180/III	3	42 886	13,5x13,5x7,79	APMH - 8000	PMH125-180D	8000/3500	96,5 – 119,3	4080 – 10200
CTF 180/III	3	68 335	13,5x13,5x7,9	APMH - 8000	PMH125-180I	8000/3500	96,5 – 119,3	4080 – 10200
CTF 200/III	3	86 474	12x16x9,08	APMH - 8000	PMH125-180D	8000/3500	119,3 – 157,8	5400 – 13500
CTF 250/III	3	70 574	14x18x9,0	APMH - 8000	PMH 125-180D	8000/3500	157,8 – 166,5	5700 – 14250
CTF 250/III	3	70 574	14x18x9,1	APMH - 8000	PMH 125-180D	8000/3500	157,8 – 166,5	5700 - 14250
CTF 325/III	3	91 746	18x18x10	APMH - 10500	PMH125-180I	10500/5500	171 – 189,6	7800 - 16200

CTF/IV

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CTF/IV Type	Number of Cells	Weight of the Steel Structure (kg)	Cell Dimensions L x D x H (meters)	Ventilator Diameter APMH (mm)	Motor Power - Speed (kW - rpm)	Diffuser Size diam./height (mm)	Total Cooling Output (MW)	Water Flow (m³/h) min.–max.
CTF 50/IV	4/H	21 753	7,736x7,15x8,69	APMH - 4500	PMH40-290D	4500/2000	14 – 35	1200 - 3000
CTF 50/IV	4/H	22 148	7x7x8,69	APMH - 4500	PMH40-290D	4500/2000	14 – 35	1200 - 3000
CTF 200/IV	4/H	75 945	14X14X8,96	APMH - 8000	PMH125-180D	8000/3500	159 – 210,4	4180 – 10450
CTF 325/IV	4/H	165 851	20X20X9,46	APMH - 10500	PMH 160-108I	10500/5500	244 - 290	10590 - 22000

CTF/V

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Typ CTF/V	Number of Cells	Weight of the Steel Structure (kg)	Cell Dimensions L x D x H (meters)	Ventilator Diameter APMH (mm)	Motor Power - Speed (kW - rpm)	Diffuser Size diam./height (mm)	Total Cooling Output (MW)	Water Flow (m³/h) min.–max.
CTF 300/V	5	172 400	17x17x9,46	APMH - 10500	PMH 200 – 108I	10500/5500	264 - 292	12000 - 25000
CTF 325/V	5	184 500	18x18x10	APMH - 10500	PMH 200 – 108I	10500/5500	264 - 292	13000 - 27000