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GPM Series Steel Open Cooling Towers

GPM Series cross flow steel open cooling towers are generally of higher capacities, can work in series as a group for large projects. Enclosure made in special alloy coated steel or stainless steel. GPM towers are of optimized firm structure, high efficiency, low drift rate, and anti blocking. The towers dimensions can be customized to suit standard containers or particular project conditions. GPM towers are widely applied in different fields, to cool circulating water for Melting Furnaces, Induction Heaters, Metal Parts Production Lines, Hydraulic Stations, Power Generators, and other utilities requiring massive cooling water, but not highly demanding on water quality. Initial invest in open towers is lower, but water consumption rate is higher comparing to closed loop cooling towers.

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Configurations

STRUCTURE & CASING

STRUCTURE & CASING

The standard enclosure is made of the latest type of Highly Corrosion-resistant coated steel sheet with a coating composition of Zn+Al(11%)+Mg(3%), and a trace amount of silicon, originally imported from Nippon Steel or Posco. The panels are sheared and folded precisely in whole cold machining process, then densely bolted and sealed for water tightness, with sufficient reinforcing bars, preventing deforming during hoisting process in fields. Each tower is completed with maintenance access and doors of maximized size, for internal inspection convenience.

NON-DIRECT DRIVE AXIAL FANS

NON-DIRECT DRIVE AXIAL FANS

A part of open loop series adopt non-direct drive axial fans, fitted with al-alloy airfoil blades perfectly balanced and coupled with gear box or belts with spead reducer, to a weather proof TEFC three-phases electric motor. The fan casing is a galvanized steel cylinder to draw the air vertically and avoid the risk of recirculation. The tip speed of the impeller is limited to keep the noise level within acceptable limits.

WET DECK FILL

The fills are formed in flame-retardant PVC sheets with a special shape design of herringbone surface, to distribute water evenly over the entire fill area for maximal thermal performance, can be integrated with air inlet louvers and drift eliminators. For medium fouled water, fill types with enlarged grids are available to reduce the chances of blocks. All the raw materials are of virgin grade from approved suppliers, with long service life in tough environment.

DRIFT ELIMINATOR

DRIFT ELIMINATOR

Cellular Drift Eliminators are specifically designed to achieve maximum drift removal. With significantly lower pressure drop. The modules are constructed of a series of sinusoidal-shaped, corrugated PVC sheets that are mechanically assembled to mating sinusoidal structural waves, forming closed cells. These cells force the drift droplets being carried in the leaving airstream to make three distinct changes in direction. When the air is forced to change direction, the inertia of the water droplets keeps them moving in a straight line, causing them to impact the wall of the drift eliminator and drain back into the wet section of the tower.

AIR INLET LOUVERS

AIR INLET LOUVERS

Cellular air Inlet louvers with advanced design improve air flow into the cooling tower, keep out debris, eliminate water splash-out, which otherwise can cause icing, near-site water damage,and unnecessary water loss. The deign restrict the amount of sunlight into the cooling tower to impede algae growth, reduce noise from the tower, and improve the tower's appearance.

SPRAY NOZZLES FOR OPEN TOWERS

SPRAY NOZZLES FOR OPEN TOWERS

The Spiral Target Nozzles used for GOM Series open towers, injection molded in polypropylene unit consisting of two parts, main body with integral target diffuser and a snap-on insert or orifice cap. The nozzles installed in bottom of the hot water distribution basins, to eliminate water diffusion decks below the hot water basins, provide full water coverage of the fills by gravity flow, removable and replaceable but of long service life. Sizes and variety depends on the tower size, water flow rate and water quality.

FLOAT VALVE

Heavy duty floating valve, made in stainless steel, floating ball in engineering plastic or stainless steel, with long service life. Water level ad justable.

ANTI-EDDY FILTER

ANTI-EDDY FILTER

Effectively filting the sundries, with anti-eddy arrangement, preventing air bubbles sucked into the pumps, punched in the same material as the enclosure, highly corrossion resistant.

FASTENERS

FASTENERS

Fastners of leading brands, standard materials in steel dacromet treated, stainless steel on options. Intensity of fastners is higher than average.

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Data Sheet

Model No.		Nominal Tons	Fan Power (kW)	Connecting Pipe(mm)					Overall Dimensions(mm)			Weight
Model No.		Nominal Tons	Fan Power (kW)	Inlet	Outlet	Make UP	Overflow	Drain	L	W	H	Net (kg)	Operation (kg)
GPM0109	S-1	136	3.7	DN150×2	DN150	DN25	DN50	DN50	1980	3910	3200	1800	3500
	Q-1	156	5.5	DN150×2	DN150	DN25	DN50	DN50	1980	3910	3200	1800	3500
	P-1	171	7.5	DN150×2	DN150	DN25	DN50	DN50	1980	3910	3200	1800	3500
GPM0115	Q-1	208	5.5	DN150×2	DN150	DN25	DN50	DN50	2550	4300	3220	2150	4600
GPM0115	P-1	231	7.5	DN150×2	DN150	DN25	DN50	DN50	2550	4300	3220	2150	4600
GPM0215	Q-1	264	5.5	DN200×2	DN200	DN25	DN50	DN50	2550	5530	3730	3350	7100
	P-1	291	7.5	DN200×2	DN200	DN25	DN50	DN50	2550	5530	3730	3350	7100
	O-1	322	11	DN200×2	DN200	DN25	DN50	DN50	2550	5530	3730	3350	7100
	N-1	363	15	DN200×2	DN200	DN25	DN50	DN50	2550	5530	3730	3350	7100
	M-1	383	18.5	DN200×2	DN200	DN25	DN50	DN50	2550	5530	3730	3350	7100
GPM0120	Q-1	312	5.5	DN200×2	DN200	DN40	DN65	DN50	3010	6070	3750	3850	8500
	P-1	347	7.5	DN200×2	DN200	DN40	DN65	DN50	3010	6070	3750	3850	8500
	O-1	395	11	DN200×2	DN200	DN40	DN65	DN50	3010	6070	3750	3850	8500
	N-1	433	15	DN200×2	DN200	DN40	DN65	DN50	3010	6070	3750	3850	8500
	M-1	460	18.5	DN200×2	DN250	DN40	DN65	DN50	3010	6070	3750	3850	8500
	L-1	481	22	DN200×2	DN250	DN40	DN65	DN50	3010	6070	3750	3850	8500
GPM0126	P-1	393	7.5	DN200×2	DN200	DN40	DN65	DN50	3620	6400	3750	4850	11200
	O-1	449	11	DN200×2	DN250	DN40	DN65	DN50	3620	6400	3750	4850	11200
	N-1	490	15	DN200×2	DN250	DN40	DN65	DN50	3620	6400	3750	4850	11200
	M-1	529	18.5	DN200×2	DN250	DN40	DN65	DN50	3620	6400	3750	4850	11200
	L-1	560	22	DN200×2	DN250	DN40	DN65	DN50	3620	6400	3750	4850	11200
	K-1	610	30	DN200×2	DN250	DN40	DN65	DN50	3620	6400	3750	4850	11200
GPM0132	O-1	513	11	DN250×2	DN250	DN40	DN65	DN50	4230	6830	3750	5750	13600
	N-1	563	15	DN250×2	DN250	DN40	DN65	DN50	4230	6830	3750	5750	13600
	M-1	605	18.5	DN250×2	DN250	DN40	DN65	DN50	4230	6830	3750	5750	13600
	L-1	637	22	DN250×2	DN250	DN40	DN65	DN50	4230	6830	3750	5750	13600
	K-1	700	30	DN250×2	DN300	DN40	DN65	DN50	4230	6830	3750	5750	13600
	J-1	753	37	DN250×2	DN300	DN40	DN65	DN50	4230	6830	3750	5750	13600
GPM0226	O-1	555	11	DN250×2	DN250	DN50	DN65	DN65	3620	6830	4970	7250	15200
	N-1	608	15	DN250×2	DN250	DN50	DN65	DN65	3620	6830	4970	7250	15200
	M-1	654	18.5	DN250×2	DN250	DN50	DN65	DN65	3620	6830	4970	7250	15200
	L-1	694	22	DN250×2	DN250	DN50	DN65	DN65	3620	6830	4970	7250	15200
	K-1	757	30	DN250×2	DN300	DN50	DN65	DN65	3620	6830	4970	7250	15200
	J-1	811	37	DN250×2	DN300	DN50	DN65	DN65	3620	6830	4970	7250	15200
GPM0326	N-1	658	15	DN250×2	DN250	DN50	DN65	DN65	3620	6830	5840	7950	16900
	M-1	703	18.5	DN250×2	DN300	DN50	DN65	DN65	3620	6830	5840	7950	16900
	L-1	741	22	DN250×2	DN300	DN50	DN65	DN65	3620	6830	5840	7950	16900
	K-1	805	30	DN250×2	DN300	DN50	DN65	DN65	3620	6830	5840	7950	16900
	J-1	857	37	DN250×2	DN300	DN50	DN65	DN65	3620	6830	5840	7950	16900
GPM0232	N-1	742	15	DN250×2	DN300	DN50	DN65	DN65	4230	6830	5840	8650	19400
	M-1	791	18.5	DN250×2	DN300	DN50	DN65	DN65	4230	6830	5840	8650	19400
	L-1	835	22	DN250×2	DN300	DN50	DN65	DN65	4230	6830	5840	8650	19400
	K-1	907	30	DN250×2	DN300	DN50	DN65	DN65	4230	6830	5840	8650	19400
	J-1	968	37	DN250×2	DN300	DN50	DN65	DN65	4230	6830	5840	8650	19400
	I-1	1017	45	DN250×2	DN350	DN50	DN65	DN65	4230	6830	5840	8650	19400

NOTE

Nominal Tons are based upon temp.drop 35~29.5°C/ 95~85°F, WBT 25.5°C/ 78°F, and 0.681 m³/hr/ton.

GOM General Outline

Working Thoery

GOM Working Theory

WORKING THEORY

In GPM open cooling towers, the hot water is inlet to the water distribution basin on the top of the tower firstly, and spread onto the extensive surface of the wet deck fills after flowing through the spreading holes by gravity. Meanwhile the dry cool air is inlet through the side louvers of the tower, passing the fills across the water falls. During this process, a part of water is evaporated, with heat removed. The wet hot air is induced draught out of the tower into the atmosphere by the fans on the top, while the cooled water is collected back to the bottom collection basin with the eliminator, flowing back to the equipment requiring cooling water.

Features

PRODUCTS ADVANTAGES

◆ Capable and flexible in customized solutions

◆ Factory assembled for maximal installation convenience

◆ Modular design suits a wide range of heat rejection duties

◆ Compact design with minimal footprints

◆ Multiple corrosion resistant options

◆ Low sound operation options available

◆ More optimizing options available

◆ Performance and quality guaranteed

◆ Super long service life

Certification