Counter Flow Closed Loop Cooling Tower
KBL series counter flow closed loop cooling tower is designed to provide efficient cooling for industrial processes and equipment. Its innovative design ensures that heat is effectively removed from the system, preventing equipment from overheating and reducing the risk of downtime.
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Product Introduction
Product Description
KBL series counter flow closed loop cooling tower is designed to provide efficient cooling for industrial processes and equipment. Its innovative design ensures that heat is effectively removed from the system, preventing equipment from overheating and reducing the risk of downtime. KBL series closed circuit cooling towers operate by circulating water through a closed loop system. The water is cooled as it passes through a heat exchanger, which transfers the heat to the surrounding air. The cooled water is then returned to the industrial process or equipment, ensuring constant and reliable cooling.

By using a closed loop system, KBL series counter flow closed loop cooling tower can save energy and reduce operating costs. They also require less maintenance compared to other types of cooling towers, making them a reliable and cost-effective solution for industrial cooling.
In addition to their energy efficiency and reliability, KBL series countercurrent closed cooling towers are also environmentally friendly. They use non-toxic fluids and are designed to minimize water usage. This makes them a sustainable and eco-friendly choice for industrial cooling.
Features & Benefits
* No-filling design, more compact structure, smaller profile, smaller installation area required, easy to transport and install.
* Suitable for harsh environments, because its tighter structure can prevent sand and dust from entering. So it is widely used in foundries, mining plants, etc.
* Suitable for high-temperature fluids, because hot water jets will not deform the PVC filler because there is no PVC filler design.
* Anti-freeze, because there is no PVC filler to slow down the water jet flow rate.
Technical Parameters
|
Model |
Cooling Capacity (Kcal/h) |
Working Flow (m³/h) |
Dimensions (L*W*H) (mm) |
Inlet and Outlet Diameter |
|
KBL-05 |
150000 |
30 |
2800x1870x2450 |
DN80 |
|
KBL-06 |
180000 |
36 |
2800x1870x2450 |
DN80 |
|
KBL-07 |
225000 |
45 |
3400x1970x2600 |
DN100 |
|
KBL-08 |
260000 |
52 |
3400x1970x2600 |
DN100 |
|
KBL-09 |
300000 |
60 |
3400x1970x2600 |
DN100 |
|
KBL-10 |
350000 |
70 |
3400x1970x3250 |
DN125 |
|
KBL-12 |
400000 |
80 |
3400x1970x3250 |
DN125 |
|
KBL-13 |
450000 |
90 |
3400x1970x3250 |
DN125 |
|
KBL-14 |
500000 |
100 |
3400x2340x3250 |
DN125 |
|
KBL-15 |
550000 |
110 |
3400x2340x3250 |
DN125 |
|
KBL-16 |
600000 |
120 |
4200x2340x3350 |
DN150 |
|
KBL-17 |
650000 |
130 |
4200x2340x3350 |
DN150 |
|
KBL-18 |
700000 |
140 |
4200x2340x3350 |
DN150 |
|
KBL-19 |
750000 |
150 |
4200x2340x3350 |
DN150 |
|
KBL-20 |
800000 |
160 |
4800x2340x4200 |
DN200 |
|
KBL-21 |
900000 |
180 |
4800x2340x4200 |
DN200 |
|
KBL-22 |
1000000 |
200 |
4800x2340x4200 |
DN200 |
|
KBL-23 |
1100000 |
220 |
4800x2340x4200 |
DN200 |
|
KBL-24 |
1200000 |
240 |
5350x2340x4300 |
DN200 |
|
KBL-25 |
1300000 |
260 |
5350x2340x4300 |
DN200 |
|
KBL-26 |
1400000 |
280 |
6100x2340x4250 |
DN250 |
|
KBL-27 |
1500000 |
300 |
6100x2340x4250 |
DN250 |
|
KBL-28 |
1700000 |
340 |
5350x3200x4650 |
DN250 |
|
KBL-30 |
1900000 |
380 |
5350x3200x4650 |
DN250 |
|
KBL-32 |
2100000 |
420 |
5800x3200x4650 |
DN250 |
|
KBL-34 |
2500000 |
500 |
6500x3200x4700 |
DN300 |
|
KBL-36 |
2800000 |
560 |
6500x3200x4700 |
DN300 |
Note: The above technical parameters are for reference only: because the products are constantly updated and optimized, the parameters are subject to change without prior notice.
Non-standard Design

According to different technical requirements of customers, KEJU can provide you with specialized non-standard designs.
Why Choose KEJU Closed Loop Cooling Tower
*Compared to cooling tower + heat exchanger combination
Closer proximity to the wet bulb and reduced fouling improves process efficiency
*Compared to air cooling system
10-20t Reduce process temperature. Requires less space and consumes less energy.
*Compared to open cooling tower
Contamination-free closed-loop cooling towers significantly reduce process fouling, ensuring long-term stable performance.
*Compared to DC system
Reduce environmental impact and save up to 95% of cooling water.
* Reduce installation costs and space requirements
Effectively combines cooling tower and heat exchanger functions into one unit, reducing required piping and system complexity
Application Areas
KEJU counter flow closed loop cooling towers are routinely selected for numerous commercial and industrial process cooling applications. Some examples include:
* Water-source heat pumps
* Cooling special fluids.
* Self-contained cooling units
* Compressor jacket cooling inter cooling, after cooling.
* Chillers
* Induction furances
* Hybrid evaporative/dry cooling

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