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Smart Hydronic Radiant Cooling and Fresh Air Solutions

Ultimate Comfort In Most Sustainable Way

main chiller

First Is Chilled Water

Our hydronic systems use chilled water as the foundation of efficient and sustainable cooling. Whether the water is cooled on-site with high-performance chillers (EER>4.0) or supplied by the city through a heat exchanger, our closed-loop systems ensure continuous circulation without waste. This approach maximizes energy efficiency, reduces environmental impact, and delivers consistent, comfortable cooling tailored for the demands of the Middle Eastern climate. Learn more>

Second Is Radiant Cold Surfaces 

Our radiant cold surfaces provide a natural and highly efficient way to cool your space. Cold ceilings act as the primary cooling source, covering large areas and allowing cool air to gently descend through natural convection. Cold walls create a thermal barrier, preventing heat from entering while contributing to an even temperature throughout the room. Cold floors enhance cooling in spaces with high ceilings or open designs, ensuring consistent comfort. Instead of forcing cold air into the space, our system absorbs excess heat, delivering a silent, draft-free, and energy-efficient cooling experience perfectly suited for the Middle East. Learn more>

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Third Is Air Treatment

Air treatment is an essential part of our cooling system, ensuring the highest air quality while maintaining above dew point conditions. Our Fresh Air Treatment Unit (FATU) not only filters and sterilizes the air but also delivers fresh, cooled outdoor air, even in extreme heat environment. The Air Treatment Unit (ATU) circulates and conditions indoor air, keeping it clean and free from pollutants. The Dehumidification Unit (DU) maintains ideal humidity levels, preventing mold, bacteria, and discomfort. Together, these units create a healthier, fresher environment without the noise and dryness of traditional air conditioning, ensuring continuous comfort and well-being. Learn more>

Fourth Is Smart Control

Our intelligent climate management system ensures seamless management of your cooling environment, providing precision, efficiency, and ease of use. Designed to adapt in real-time, it continuously monitors temperature, humidity, and air quality, making automatic adjustments to maintain optimal comfort. With an intuitive user interface, you can easily control your climate through a sleek wall-mounted panel or a mobile app, whether at home or away.

Advanced algorithms prevent temperature fluctuations, optimize energy consumption, and ensure the system operates at peak efficiency, while remote monitoring gives you complete control from anywhere. With Smart Control, your space stays perfectly cool, fresh, and comfortable without any effort. Learn more>

Control system

As a Result

Unlike traditional AC systems, radiant cooling systems do not blow air, which means that there is no air movement at all. This can benefit those who dislike drafts or have sensitivities to airborne particles. Finally, the lack of air movement reduces the risk of catching a cold, making radiant cooling a healthier and more comfortable alternative to traditional AC systems.

No Air Movement

Unlike traditional AC systems, radiant cooling systems do not blow air, which means that there is no air movement at all. This can benefit those who dislike drafts or have sensitivities to airborne particles. Finally, the lack of air movement reduces the risk of catching a cold, making radiant cooling a healthier and more comfortable alternative to traditional AC systems.
Radiant cooling can contribute to improved indoor air quality by reducing the circulation of airborne pollutants, allergens, and other contaminants, including viruses and bacteria that can be harmful to health and cause stink. It maintains a comfortable and consistent indoor temperature without the need for forced air circulation, reducing the risk of respiratory problems such as asthma.

Healthy Environment

Radiant cooling can contribute to improved indoor air quality by reducing the circulation of airborne pollutants, allergens, and other contaminants, including viruses and bacteria that can be harmful to health and cause stink. It maintains a comfortable and consistent indoor temperature without the need for forced air circulation, reducing the risk of respiratory problems such as asthma.
Radiant cooling systems are quieter than traditional AC systems because they don't use noisy fans or other equipment. Instead, they use a combination of radiation and convection to transfer heat. This is particularly beneficial in environments where noise pollution can be disruptive, such as schools, hospitals, or residential settings where improved sleep quality is desired.

Noise Free

Radiant cooling systems are quieter than traditional AC systems because they don’t use noisy fans or other equipment. Instead, they use a combination of radiation and convection to transfer heat. This is particularly beneficial in environments where noise pollution can be disruptive, such as schools, hospitals, or residential settings where improved sleep quality is desired.
Radiant cooling systems are a sustainable and energy-efficient alternative to traditional AC systems. They use 30% less energy because they don't rely on forced air circulation to cool the room, resulting in lower energy bills and reduced greenhouse gas emissions. By reducing energy consumption radiant cooling systems can help reduce the carbon footprint of buildings.

Sustainable and Efficient

Radiant cooling systems are a sustainable and energy-efficient alternative to traditional AC systems. They use 30% less energy because they don’t rely on forced air circulation to cool the room, resulting in lower energy bills and reduced greenhouse gas emissions. By reducing energy consumption radiant cooling systems can help reduce the carbon footprint of buildings.
Unlike traditional AC systems, which require regular filter changes, duct cleaning, and other maintenance tasks to keep them operating efficiently, radiant cooling systems can operate for long periods without any maintenance. This not only saves time and money on maintenance costs but also reduces the risk of system breakdowns or failures ensuring uninterrupted comfort.

Maintenance-free

Unlike traditional AC systems, which require regular filter changes, duct cleaning, and other maintenance tasks to keep them operating efficiently, radiant cooling systems can operate for long periods without any maintenance. This not only saves time and money on maintenance costs but also reduces the risk of system breakdowns or failures ensuring uninterrupted comfort.
Regular AC systems generate a significant amount of condensed water that must be drained away. Radiant cooling systems don't produce any condensed water, because they operate at higher cooling temperatures, which reduces the risk of condensation. As a result, there's no need for complex drainage systems or regular maintenance of drain pipes, which can become clogged.

No Water Drain

Regular AC systems generate a significant amount of condensed water that must be drained away. Radiant cooling systems don’t produce any condensed water, because they operate at higher cooling temperatures, which reduces the risk of condensation. As a result, there’s no need for complex drainage systems or regular maintenance of drain pipes, which can become clogged.
Traditional AC systems require large ductwork and bulky air handlers to distribute air throughout the room, which can take up significant space in the ceiling. In contrast, cold ceiling systems use thin profile ceiling panels to distribute cool air, for a more space-saving design. This can be beneficial for limited ceiling height or where the aesthetics of the space are a concern.

Space Saving

Traditional AC systems require large ductwork and bulky air handlers to distribute air throughout the room, which can take up significant space in the ceiling. In contrast, cold ceiling systems use thin profile ceiling panels to distribute cool air, for a more space-saving design. This can be beneficial for limited ceiling height or where the aesthetics of the space are a concern.
Radiant cooling systems offer greater design flexibility compared to traditional AC systems because they don't require bulky ventilation grills and unit maintains hatches to be installed on walls or ceilings. Instead, the cooling panels or pipes are integrated into the ceiling or walls, creating a sleek and unobtrusive design that blends seamlessly with the building's architecture.

Sleek Design

Radiant cooling systems offer greater design flexibility compared to traditional AC systems because they don’t require bulky ventilation grills and unit maintains hatches to be installed on walls or ceilings. Instead, the cooling panels or pipes are integrated into the ceiling or walls, creating a sleek and unobtrusive design that blends seamlessly with the building’s architecture.

DERVOSS INNOVATION MILESTONES

  • 1962

    First Major Cold Ceiligs Project

    Over 60 years ago, radiant cooling technology revolutionized indoor comfort. In 1962, the first large-scale radiant cold ceilings system was installed at Shell’s 27-story headquarters on the River Thames in London, spanning 175,000 square meters. Remarkably, this system continues operating reliably today, demonstrating radiant cooling’s unmatched durability, innovation, and efficiency.

  • Nov 2022

    Foundation of DERVOSS in the Middle East

    Foundation of DERVOSS in the Middle East—bringing advanced, sustainable cooling solutions specifically optimized for the region’s extreme climate.

  • 2023

    DERVOSS System Development Specifically for the Middle East

    DERVOSS had been developing its innovative cold ceilings and fresh air treatment system specifically for the Middle East, carefully tailoring the technology to handle the region’s extreme heat and humidity, while maximizing comfort and energy efficiency.

  • May-Sep 2024

    Successful DERVOSS System Test in Dubai

    By summer 2024, DERVOSS had completed comprehensive testing of its first fully operational system in Dubai. The system had been rigorously tested during the peak summer months, deliberately exposing it to the region’s harshest weather conditions, including additional heat loads. This real-world validation confirmed the exceptional performance, reliability, and unmatched efficiency of our cooling solutions.

  • Nov 2024

    DERVOSS Debuts at BIG FIVE Dubai

    DERVOSS made its first public appearance at the BIG FIVE exhibition in Dubai, the region’s leading construction and HVAC industry event. Showcasing our cutting-edge radiant cooling and fresh air treatment solutions, we introduced a new era of energy-efficient and sustainable climate control tailored for the Middle East.

  •  Feb 2025

    DERVOSS Cold Ceilings Product Launch

    After extensive testing and validation, our innovative technology became available for residential, commercial, and hospitality projects, delivering unmatched comfort, energy efficiency, and sustainability.

  • 2026

    DERVOSS Expands Across the Middle East

    At DERVOSS, we confidently look to the future, certain that our revolutionary cooling technology will transform indoor climate across the Middle East and Africa. With its unmatched efficiency, sustainability, and comfort, our system is set to redefine the standards of cooling in the region.

DERVOSS INNOVATION MILESTONES

  • 1962

    First Major Cold Ceiligs Project

    Over 60 years ago, radiant cooling technology revolutionized indoor comfort. In 1962, the first large-scale radiant cold ceilings system was installed at Shell’s 27-story headquarters on the River Thames in London, spanning 175,000 square meters. Remarkably, this system continues operating reliably today, demonstrating radiant cooling’s unmatched durability, innovation, and efficiency.

  • Nov 2022

    Foundation of DERVOSS in the Middle East

    Foundation of DERVOSS in the Middle East—bringing advanced, sustainable cooling solutions specifically optimized for the region’s extreme climate.

  • 2023

    DERVOSS System Development Specifically for the Middle East

    DERVOSS had been developing its innovative cold ceilings and fresh air treatment system specifically for the Middle East, carefully tailoring the technology to handle the region’s extreme heat and humidity, while maximizing comfort and energy efficiency.

  • May-Sep 2024

    Successful DERVOSS System Test in Dubai

    By summer 2024, DERVOSS had completed comprehensive testing of its first fully operational system in Dubai. The system had been rigorously tested during the peak summer months, deliberately exposing it to the region’s harshest weather conditions, including additional heat loads. This real-world validation confirmed the exceptional performance, reliability, and unmatched efficiency of our cooling solutions.

  • Nov 2024

    DERVOSS Debuts at BIG FIVE Dubai

    DERVOSS made its first public appearance at the BIG FIVE exhibition in Dubai, the region’s leading construction and HVAC industry event. Showcasing our cutting-edge radiant cooling and fresh air treatment solutions, we introduced a new era of energy-efficient and sustainable climate control tailored for the Middle East.

  •  Feb 2025

    DERVOSS Cold Ceilings Product Launch

    After extensive testing and validation, our innovative technology became available for residential, commercial, and hospitality projects, delivering unmatched comfort, energy efficiency, and sustainability.

  • 2026

    DERVOSS Expands Across the Middle East

    At DERVOSS, we confidently look to the future, certain that our revolutionary cooling technology will transform indoor climate across the Middle East and Africa. With its unmatched efficiency, sustainability, and comfort, our system is set to redefine the standards of cooling in the region.

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