Product Attributes

Brand: Carno

Supply Ability & Additional Information

Packaging: Export enclosed wooden box

Productivity: 500.000bars/month

Transportation: Ocean,Land,Air,Express

Place of Origin: Guangdong, China

Supply Ability: Normal

Certificate: CE, SGS

HS Code: 8418692090

Port: Yantian Port, Shenzhen,Shekou Port, Shenzhen,Nansha Port, Guangzhou

Payment Type: L/C,T/T

Incoterm: FOB,CFR,CIF,EXW,FCA,DDU,Express Delivery

Packaging & Delivery

Selling Units:

Piece/Pieces

Package Type:

Export enclosed wooden box

Picture Example:

A Cooling Tower is a common industrial equipment used to reduce water temperature and maintain a suitable temperature for equipment operation. It is widely used in many fields, including power plants, petrochemical industry, metallurgical industry, etc. The following will introduce the principle, classification, working process, and application in various industries of cooling towers.
The principle of a cooling tower is to use the evaporation heat of water to absorb the heat in hot water, thereby achieving the goal of reducing the water temperature. It is basically composed of a water tank, a cooling pool, a filling layer, an air duct, and a fan. When hot water enters the packing layer of the cooling tower, it is blown to the top of the tower by a fan and comes into contact with air through the packing. During contact, a portion of hot water evaporates into steam and carries away a large amount of heat. The remaining water flows back from the bottom of the tower to the equipment, forming a cycle.
According to the different structures and working principles of cooling towers, they can be divided into many different types. For example, based on the structure of the filler layer, common types include dry cooling towers and wet cooling towers. The dry cooling tower has no packing layer, and its principle is to directly cool the water spray through air. The wet cooling tower is cooled by the contact between the packing layer and water. In addition, there are other types such as compact cooling towers and cooling tower groups.
The working process of the cooling tower can be described as the following steps. Firstly, hot water flows into the water tank of the cooling tower from the equipment, and then enters the cooling pool at the bottom of the tower through a water pipe. Next, hot water flows upwards from the bottom of the tower in the cooling pool and exchanges heat with the naturally cooled air above. As the hot water rises, a portion of the water will form small water droplets under the action of the filling layer and come into full contact with the air, thus taking away a large amount of heat. The remaining cold water flows back into the water tank, forming a closed-loop supply.
Cooling towers are widely used in industrial production. Firstly, it is used in power plants to cool the hot water generated in the generator set. During the power generation process, the temperature of the generator set is very high, and it is necessary to reduce the temperature through a cooling tower to ensure the normal operation of the generator set. Secondly, cooling towers also play an important role in the petrochemical industry. Many petrochemical processes generate a large amount of hot water, which requires cooling towers to lower the temperature to ensure the normal operation of production equipment. In addition, cooling towers also play an important role in fields such as metallurgical and pharmaceutical industries.
In summary, cooling towers, as an important industrial equipment, are widely used in many industries. It absorbs heat energy from water through evaporation, effectively reducing water temperature and providing good conditions for industrial production. With the development of industry, the technology of cooling towers is also constantly innovating and improving. I believe that in future development, cooling towers will play a more important role and make greater contributions to various industries.

model	discharge(m3/h)	fan(cmm)	base diameter (mm)	height(mm)	Fan diameter (mm)	motor(KW)	I inlet and outlet water(mm)	drainage(mm)	overflow (mm)	moisturizing(mm)	net weight (KG)	Operating weight(KG)	DBA
8T	6.23	70	930	1460	550	0.18	40	25	25	15	42	180	52
10T	7.81	85	930	1640	650	0.18	40	25	25	15	46	190	52.5
15T	11.7	140	1170	1525	650	0.37	50	25	25	15	60	298	52.5
20T	15.62	160	1170	1690	770	0.56	50	25	25	15	80	320	52.5
25T	19.51	200	1400	1875	770	0.75	80	25	25	15	110	540	53
30T	23.4	230	1650	1845	770	0.75	80	25	25	15	135	550	53
40T	32.21	280	1650	1910	930	1.5	80	25	25	15	150	590	53
50T	39.24	330	1830	1940	930	1.5	80	25	25	15	210	1050	53
60T	46.8	420	2100	2080	1180	1.5	100	25	25	20	260	1280	53.5
80T	62.64	450	2100	2180	1180	1.5	100	25	25	20	290	1410	54
100T	78.12	700	2900	2345	1450	2.2	125	25	25	20	550	1650	54
125T	97.56	830	2900	2345	1450	2.2	125	25	25	20	550	1650	54
150T	117	950	2900	2525	1450	2.2	150	25	25	20	600	1750	55.5
175T	136.8	1150	3310	2870	1750	4	150	25	25	20	870	2000	55.5
200T	156.24	1250	3310	2870	1750	4	150	25	25	20	900	2100	56
225T	175.5	1500	4120	3640	2130	5.5	200	40	40	25	1100	2870	56
250T	195.12	1750	4120	3640	2130	5.5	200	40	40	25	1200	2950	57
300T	234	2000	4730	3650	2430	7.5	200	40	40	25	1820	4050	58
350T	273.24	2200	4730	3650	2430	7.5	200	40	40	25	1890	4100	59
400T	312.1	2400	5600	3870	2740	7.5	200	50	50	40	2920	5900	60
500T	372.4	2600	5600	3870	2740	7.5	250	50	50	40	3010	6000	60
600T	459	3750	6600	4900	3400	11	250	80	80	40	4050	9450	60.5
700T	547.2	4000	6600	4900	3400	11	250	80	80	40	4200	9650	61
800T	626.4	5000	7600	4950	3700	15	300	100	100	50	4900	12100	61.5
1000T	781.2	5500	7600	4950	3700	15	300	100	100	50	5100	12400	62

Customization of cooling tower production