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TGT Name

Innovative Water Treatment Solutions

Artec-Water

Cooling and Chilled Water Solutions

Our approach to cooling and chilled water systems combines customized engineering, high-quality components, and advanced automation. With partnerships with leading brands, we offer end-to-end solutions, including design, installation, and ongoing support. Our services are tailored to optimize energy use and reduce environmental impact while ensuring reliable performance.

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At Tabadul Global Tech. Works LLC, we specialize in providing customized cooling and chilled water systems that are designed to meet the specific needs of commercial, industrial, and specialized facilities. These systems play a critical role in temperature control, ensuring optimal operational conditions, comfort, and equipment safety. With extensive experience across the EMEA region, we deliver solutions that focus on efficiency, sustainability, and reliability.

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Tabadul Global Tech. Works LLC provides top-quality water chillers tailored to meet the specific cooling needs of our clients. With our extensive experience and partnerships with leading brands, we ensure our clients benefit from efficient, durable, and environmentally responsible cooling solutions. Whether for industrial, commercial, or data center applications, our water chillers are engineered to provide reliable, efficient temperature control essential for operational success.

  • The temperature of the heat transfer liquid can be adjusted;

  • It adopts international famous brand compressors such as Aspara, Danfoss, Meiyoule and Copeland, and has stable performance and can work continuously;

  • User-friendly design, flexible and convenient;

  • Microcomputer temperature controller, temperature digital display, adjustment unit 0.1 degree, temperature range -5 ℃ to 35 ℃;

  • Use hot gas bypass to save energy and improve control accuracy;

  • Multiple fault alarms (over temperature alarm, sensor alarm, high pressure alarm, compressor overheat alarm);

  • Boot delay protection; all components are safely grounded;

  • The high performance circulation pump is guaranteed to run 24 hours a day.

Perimeters and Specs
Perimeters and Specs

Comprehensive Guide to Chiller Types: Tailored Cooling Solutions.

1. Air-Cooled Water Chillers

These chillers use air to remove heat from the refrigerant, often installed outdoors for optimal ventilation. They are simpler to install and require less maintenance since they don’t need a separate water source.

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Air-cooled water Chiller are best for Smaller applications, commercial buildings, or facilities with limited access to water. here are the benefits of using air-cooled chillers:

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  • No cooling towers

  • Better environmental stability-no water wastage

  • Low maintenance costs

  • Easier to operate and control-tower freezing and tower bypass absent

  • Chemical costs avoided

  • Water costs avoided, especially in cities

  • No water problems to deal with in case of disaster

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2. Water-Cooled Chillers

  • Water-cooled chillers utilize water from a cooling tower to dissipate heat, making them more efficient and suited to larger facilities with high cooling demands.
     

  • This system is best for  Large-scale industrial facilities, data centers, and high-rise buildings where cooling efficiency is essential. This system has several essential components including:

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  • Cooling towers

  • Condenser water pumps

  • Make-up water pumps

  • Chillers

  • TES reservoirs

3. Absorption Chillers

  • These chillers use heat instead of electricity to drive the cooling cycle, typically powered by natural gas or waste heat. They are an eco-friendly option that can leverage residual heat from industrial processes.
     

  • Absorption Chillers are also best for facilities with access to waste heat, such as power plants and certain manufacturing plants, aiming to reduce electricity consumption.

4. Hybrid Chillers

  • A hybrid chiller is an advanced cooling system that integrates both air-cooled and water-cooled technologies to provide flexible, efficient, and environmentally friendly temperature control. By combining these two methods, hybrid chillers can adapt to changing environmental conditions and optimize energy and water usage based on demand, making them ideal for facilities with variable cooling needs.
     

  • Hybrid chillers are best suited for environments where cooling needs vary and there is a strong emphasis on energy efficiency, water conservation, and environmental sustainability.

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