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iNTELLIGENT ADIABATIC COOLING SYSTEM (iACS)™ – the new generation, chiller booster | United Arab Emirates

iNTELLIGENT ADIABATIC COOLING SYSTEM (iACS)™ for Air-cooled Chillers, and Chiller Plant Rooms

The iNTELLIGENT ADIABATIC COOLING SYSTEM (iACS)™ reduces air-cooled chiller energy consumption by up to 38%, boosts cooling output by up to 40%, and enhances equipment life. The system incorporates a 5-stage water treatment and filtration mechanism to ensure long-term performance.

Advantages of Air-Cooled Adiabatic Cooling System:

Reduces chiller energy consumption by up to 38%

Increase the service life of equipment substantially

Increase chiller cooling capacity by up to 40%

Minimum water consumption across the industry.

Protect chiller condensers and compressors.

Return on investment less than 2 years.

Air-Cooled Adiabatic Cooling System to Improve Energy Efficiency

Our chiller efficiency-boosting adiabatic cooling system works seamlessly with your equipment to enhance efficiency, cut operational costs, and protect it from environmental threats such as corrosion & UV on condenser coils. The adiabatic cooling system maintains your condensers safer and with sustenance for longer than any other adiabatic device in the industry. We assure the quality and dependability of our adiabatic cooling system to improve the efficiency and performance of your chillers.

What are air-cooled chillers?

Chillers are equipment’s which are used to offer interior thermal comfort by generating chilled water. HVAC is critical in the construction of medium to large industrial and commercial buildings, where safe and healthy building conditions are maintained with regard to temperature and humidity utilizing fresh air from outside. Air-cooled Chiller are the energy guzzler in a plantroom which perform the poorest in hot summer days when they are most required. The cooling capacity is reduced by 12-18%, while the power consumption is increased by 38%. The issue arises in condensers, which must convert vapors of refrigerant into liquid by driving air through the unit and absorbing heat from the refrigerant, causing it to condense.

Applying a water misting / fogging system to air-cooled chiller condenser coils will enhance efficiency of a chiller in most operating settings because the water mist can reduce the ambient air temperature entering the condenser, resulting in very quick heat exchange.

How adiabatic cooling system works in an air-cooled chiller?

Each Air-Cooled chiller unit must have a customized evaporative Misting / Fogging system that decreases the temperature of the air entering the condenser.

This enables the condenser to reject more heat, resulting in lower head pressures and compression ratios, allowing the compressor to draw less power, spend less energy, require less maintenance, and last longer.

The adiabatic cooling system works best when commercial buildings demand greater refrigeration system performance, i.e. during peak heat. In fact, the higher the ambient temperature & dry run hours, the larger the potential for energy and cost savings. A variety of customizable misting nozzles & Air screen Filters are designed to fit the specifications and climatic conditions of your HVAC equipment.

Once installed, each nozzle is positioned and field calibrated to generate the ideal mist pattern which covers the entire condenser coil area. The adiabatic cooling system consists of a series of high-pressure brass or stainless steel mist runners and nozzles.  There can be hundreds of nozzles that can be linked together by a series of manifolds to the individual or multiple pumps depending on the control required for each specific chiller. To improve chiller efficiency, we meticulously arrange our product in each fit-out to ensure that the least amount of resources are required when it is operating.

Benefits of Air-Cooled Adiabatic Cooling System:

Reduces gas pressure within the chiller circuit, hence reducing compressor load, increasing COP, and lowering power usage.

Condensers are protected from rust, dust, direct sunlight, and calcium and mineral deposits (lime scale).

Adiabatic efficiency ranges from 60-80%.

Energy consumption decreases, resulting in savings of up to 38%.

Improves the capacity of chiller by up to 40%

Reduces system downtime.

Environmental benefits: decreased kW use lowers your carbon impact.

Water use is reduced as compared to water-cooled chiller systems.

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iNTELLIGENT ADIABATIC COOLING SYSTEM (iACS)™ for Air-cooled Chillers, and Chiller Plant Rooms - United Arab Emirates

iNTELLIGENT ADIABATIC COOLING SYSTEM (iACS)™ – the new generation, chiller booster

The iNTELLIGENT ADIABATIC COOLING SYSTEM (iACS)™ reduces air-cooled chiller energy consumption by up to 38%, boosts cooling output by up to 40%, and enhances equipment life. The system incorporates a 5-stage water treatment and filtration mechanism to ensure long-term performance.

Advantages of Air-Cooled Adiabatic Cooling System:

Reduces chiller energy consumption by up to 38%

Increase the service life of equipment substantially

Increase chiller cooling capacity by up to 40%

Minimum water consumption across the industry.

Protect chiller condensers and compressors.

Return on investment less than 2 years.

Air-Cooled Adiabatic Cooling System to Improve Energy Efficiency

Our chiller efficiency-boosting adiabatic cooling system works seamlessly with your equipment to enhance efficiency, cut operational costs, and protect it from environmental threats such as corrosion & UV on condenser coils. The adiabatic cooling system maintains your condensers safer and with sustenance for longer than any other adiabatic device in the industry. We assure the quality and dependability of our adiabatic cooling system to improve the efficiency and performance of your chillers.

What are air-cooled chillers?

Chillers are equipment’s which are used to offer interior thermal comfort by generating chilled water. HVAC is critical in the construction of medium to large industrial and commercial buildings, where safe and healthy building conditions are maintained with regard to temperature and humidity utilizing fresh air from outside. Air-cooled Chiller are the energy guzzler in a plantroom which perform the poorest in hot summer days when they are most required. The cooling capacity is reduced by 12-18%, while the power consumption is increased by 38%. The issue arises in condensers, which must convert vapors of refrigerant into liquid by driving air through the unit and absorbing heat from the refrigerant, causing it to condense.

Applying a water misting / fogging system to air-cooled chiller condenser coils will enhance efficiency of a chiller in most operating settings because the water mist can reduce the ambient air temperature entering the condenser, resulting in very quick heat exchange.

How adiabatic cooling system works in an air-cooled chiller?

Each Air-Cooled chiller unit must have a customized evaporative Misting / Fogging system that decreases the temperature of the air entering the condenser.

This enables the condenser to reject more heat, resulting in lower head pressures and compression ratios, allowing the compressor to draw less power, spend less energy, require less maintenance, and last longer.

The adiabatic cooling system works best when commercial buildings demand greater refrigeration system performance, i.e. during peak heat. In fact, the higher the ambient temperature & dry run hours, the larger the potential for energy and cost savings. A variety of customizable misting nozzles & Air screen Filters are designed to fit the specifications and climatic conditions of your HVAC equipment.

Once installed, each nozzle is positioned and field calibrated to generate the ideal mist pattern which covers the entire condenser coil area. The adiabatic cooling system consists of a series of high-pressure brass or stainless steel mist runners and nozzles.  There can be hundreds of nozzles that can be linked together by a series of manifolds to the individual or multiple pumps depending on the control required for each specific chiller. To improve chiller efficiency, we meticulously arrange our product in each fit-out to ensure that the least amount of resources are required when it is operating.

Benefits of Air-Cooled Adiabatic Cooling System:

Reduces gas pressure within the chiller circuit, hence reducing compressor load, increasing COP, and lowering power usage.

Condensers are protected from rust, dust, direct sunlight, and calcium and mineral deposits (lime scale).

Adiabatic efficiency ranges from 60-80%.

Energy consumption decreases, resulting in savings of up to 38%.

Improves the capacity of chiller by up to 40%

Reduces system downtime.

Environmental benefits: decreased kW use lowers your carbon impact.

Water use is reduced as compared to water-cooled chiller systems.

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Smart Generation Intelligent Adiabatic Pre-Cooling System | Evaporative Cooling Atomizers

The intelligent adiabatic cooling system is an adiabatic atomizer that deploys evaporative cooling to pre-cool the air before it is reaches condensing units. Water atomization in micrometric droplets promotes spontaneous evaporation, which removes the thermal energy necessary for evaporation from the surrounding air, decreasing its temperature substantially & bringing the air nearest to its wet-bulb temperature. The adiabatic efficiently ranges from 60-80% during summer operations, resulting into reduction in on coil temperature which improves the air-cooled chiller efficiency up to 38%. The intelligent adiabatic cooling system consists of a skid which has high pressure booster pumps, 5-stage water treatment & purification system which supply’s the pure water to the nozzles to achieve sustained performance.

The intelligent adiabatic cooling system should be installed on air-cooled chillers to enhance chiller efficiency & performance with minimum water requirements. You should consider the intelligent adiabatic cooling system during the planning stage, as well as for retrofit applications, by selecting the optimized chiller with the lowest energy usage. Intelligent adiabatic cooling system comes in capacities: 100 to 600 TR. The intelligent adiabatic cooling system has ROI of less than 2 years.

The iNTELLIGENT ADIABATIC COOLING SYSTEM (iACS)™ reduces air-cooled chiller energy consumption by up to 38%, boosts cooling output by up to 40%, and enhances equipment life. The system incorporates a 5-stage water treatment and filtration mechanism to ensure long-term performance.

Advantages of Air-Cooled Adiabatic Cooling System:

Reduces chiller energy consumption by up to 38%.

Increase the service life of equipment substantially.

Increase chiller cooling capacity by up to 40%.

Minimum water consumption across the industry.

Protect chiller condensers and compressors.

Return on investment less than 2 years.

EnerGeo™ | iNTELLEGENT ADIABATIC COOLING SYSTEM (iACS)™ Mobile: (+91) 8055 556 698 E-mail: support@energeo.in Website: www.energeo.in

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#1 Adiabatic Cooling System in United Arab Emirates (UAE)

iNTELLIGENT ADIABATIC COOLING SYSTEM (iACS)™ –  What, Why, and How

The iNTELLIGENT ADIABATIC COOLING SYSTEM (iACS)™ reduces air-cooled chiller energy consumption by up to 38%, boosts cooling output by up to 40%, and enhances equipment life. The system incorporates a 5-stage water treatment and filtration mechanism to ensure long-term performance.

What are the challenges?

Many industrial customers uses air-cooled chillers due to non-availability of water which becomes energy guzzler in their plantrooms.

Why is an intelligent adiabatic cooling system necessary to improve the performance of a chiller?

The adiabatic cooling system delivers conditioned air for a wide range of uses, including data centers, malls, commercial buildings, Hotels & Hospitals. Without the availability of air-conditioned air, modern workstations in high-rise, glass-enclosed buildings would not have been viable. While there are certain naturally ventilated buildings that do not require mechanical systems, air conditioning is required in the majority of work areas. In the previous three to four decades, the air conditioning business has seen significant transformations, with advancements in every aspect of the HVAC environment. Component and system efficiencies have continually improved, and new technologies have aided asset occupiers and owners in lowering operating costs and extending the life of their equipment’s.

With a fast changing market, climate and new technologies being introduced on a daily basis, building owners and maintenance teams are constantly looking for methods to stay up with the changes so that their HVAC systems and equipment operate more efficiently and at reduced energy cost & enhancing the life of their equipment’s. Asset owners can incorporate new technologies and enhance system performance by retrofitting old systems. Due to cheaper maintenance costs and shorter set-up time & water scarcity challenges, air-cooled chillers are gaining popularity in the commercial and retail sectors. Air-cooled chillers have a significant disadvantage in terms of overall energy usage. Adiabatic cooling systems retrofitted on existing air-cooled chillers helps in bridging the efficiency gap between water-cooled and air-cooled chiller overall system efficacy yet not consuming more water for cooling process. This technology, like any other product, has benefits and downsides, thus installation must be based on the requirements for particular application.

THE BENEFITS OF ADIABATIC COOLING SYSTEM

There are several advantages to adopting an adiabatic cooling system in any organization, but they shine most brightly in industrial and manufacturing environments, where equipment and processes generate large amounts of surplus heat. Among the many benefits are:

Temperature and humidity are well regulated, safeguarding equipment and products.

Environmentally friendly and sustainable.

Significant energy savings as compared to other forms of cooling systems.

Reduces chiller energy consumption by up to 38%

Increase chiller cooling capacity by up to 40%

Minimum water consumption across the industry.

Protects the chiller condensers and enhances the life of compressors.

Return on investment in less than 2 years.

How does adiabatic cooling system works?

The concept is simple: water is sprayed into the entering air stream in the form of a mist. The water raises the relative humidity of the air, allowing heat to be transferred from the hot ambient air to the water via evaporation. The temperature of the air passing through the coils is lowered as a result.

In front of the condenser coils, special screens are installed to reduce the pressure drop of the incoming air stream. To minimize water damage, the screens are non-metallic. Nozzle can be in counter direction or positioned in front of the screens, spraying a controlled amount of water onto the screens intelligently with various strategies in the form of a mist. The spray jets are usually controlled digitally, with amount and frequency being the factors controlled by the system.

The spray mechanism engages and water is sprayed onto the air-screen filters when the ambient temperature reaches predetermined parameters. The temperature of the air stream is continuously measured and utilized as a feedback for the jet spray flow and timing.

To minimize clogging of the sensitive jet nozzles, treated soft water is utilized. Additionally, the water is UV treated to minimize biological development and the spread of legionella illness. Although the majority of the water evaporates, some of the spray water falls down the screens and collects in basins/drain pan. After treatment, this water is reused and treated again in the skid.

EnerGeo™ offers specialized consulting, installation, and maintenance for adiabatic cooling systems in a variety of applications.

We have years of expertise working with industrial customers.

To learn more please contact us at support@energeo.in

[theliyanacruze]

The iNTELLIGENT ADIABATIC COOLING SYSTEM (iACS)™ reduces air-cooled chiller energy consumption by up to 38%, boosts cooling output by up to 40%, and enhances equipment life. The system incorporates a 5-stage water treatment and filtration mechanism to ensure long-term performance.

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iNTELLIGENT ADIABATIC COOLING SYSTEM (iACS)™ –  What, Why, and How

Reduces air-cooled chiller energy consumption by up to 38%, increases cooling output by up to 40%, and enhances the life of the equipment. To ensure sustained performance, the system includes a 5-stage water treatment and purification system.

What are the challenges?

Many industrial customers uses air-cooled chillers due to non-availability of water which becomes energy guzzler in their plantrooms.

Why is an intelligent adiabatic cooling system necessary to improve the performance of a chiller?

The adiabatic cooling system delivers conditioned air for a wide range of uses, including data centers, malls, commercial buildings, Hotels & Hospitals. Without the availability of air-conditioned air, modern workstations in high-rise, glass-enclosed buildings would not have been viable. While there are certain naturally ventilated buildings that do not require mechanical systems, air conditioning is required in the majority of work areas. In the previous three to four decades, the air conditioning business has seen significant transformations, with advancements in every aspect of the HVAC environment. Component and system efficiencies have continually improved, and new technologies have aided asset occupiers and owners in lowering operating costs and extending the life of their equipment’s.

With a fast changing market, climate and new technologies being introduced on a daily basis, building owners and maintenance teams are constantly looking for methods to stay up with the changes so that their HVAC systems and equipment operate more efficiently and at reduced energy cost & enhancing the life of their equipment’s. Asset owners can incorporate new technologies and enhance system performance by retrofitting old systems. Due to cheaper maintenance costs and shorter set-up time & water scarcity challenges, air-cooled chillers are gaining popularity in the commercial and retail sectors. Air-cooled chillers have a significant disadvantage in terms of overall energy usage. Adiabatic cooling systems retrofitted on existing air-cooled chillers helps in bridging the efficiency gap between water-cooled and air-cooled chiller overall system efficacy yet not consuming more water for cooling process. This technology, like any other product, has benefits and downsides, thus installation must be based on the requirements for particular application.

THE BENEFITS OF ADIABATIC COOLING SYSTEM

There are several advantages to adopting an adiabatic cooling system in any organization, but they shine most brightly in industrial and manufacturing environments, where equipment and processes generate large amounts of surplus heat. Among the many benefits are:

Temperature and humidity are well regulated, safeguarding equipment and products.

Environmentally friendly and sustainable.

Significant energy savings as compared to other forms of cooling systems.

Reduces chiller energy consumption by up to 38%

Increase chiller cooling capacity by up to 40%

Minimum water consumption across the industry.

Protects the chiller condensers and enhances the life of compressors.

Return on investment in less than 2 years.

How does adiabatic cooling system works?

The concept is simple: water is sprayed into the entering air stream in the form of a mist. The water raises the relative humidity of the air, allowing heat to be transferred from the hot ambient air to the water via evaporation. The temperature of the air passing through the coils is lowered as a result.

In front of the condenser coils, special screens are installed to reduce the pressure drop of the incoming air stream. To minimize water damage, the screens are non-metallic. Nozzle can be in counter direction or positioned in front of the screens, spraying a controlled amount of water onto the screens intelligently with various strategies in the form of a mist. The spray jets are usually controlled digitally, with amount and frequency being the factors controlled by the system.

The spray mechanism engages and water is sprayed onto the air-screen filters when the ambient temperature reaches predetermined parameters. The temperature of the air stream is continuously measured and utilized as a feedback for the jet spray flow and timing.

To minimize clogging of the sensitive jet nozzles, treated soft water is utilized. Additionally, the water is UV treated to minimize biological development and the spread of legionella illness. Although the majority of the water evaporates, some of the spray water falls down the screens and collects in basins/drain pan. After treatment, this water is reused and treated again in the skid.

EnerGeo™ offers specialized consulting, installation, and maintenance for adiabatic cooling systems in a variety of applications.

We have years of expertise working with industrial customers.

To learn more please contact us at support@energeo.in

[theliyanacruze]

Adiabatic Cooling System for Improving Chiller Performance

Reduces air-cooled chiller energy consumption by up to 38%, increases cooling output by up to 40%, and enhances the life of the equipment.

Benefits of Intelligent Adiabatic Cooling System (iACS)™ as a Retrofit on Chiller | EnerGeo™

While best O&M practices and smart chiller use can assist minimize energy consumption, new technology that can be incorporate d into the system can save a lot of money. Adiabatic cooling systems are a new retrofit option that will save a lot of money with low-cost inputs.

Why is an intelligent adiabatic cooling system necessary to improve the performance of a chiller?

The adiabatic cooling system delivers conditioned air for a wide range of uses, including data centers, malls, commercial buildings, Hotels & Hospitals. Without the availability of air-conditioned air, modern workstations in high-rise, glass-enclosed buildings would not have been viable. While there are certain naturally ventilated buildings that do not require mechanical systems, air conditioning is required in the majority of work areas. In the previous three to four decades, the air conditioning business has seen significant transformations, with advancements in every aspect of the HVAC environment. Component and system efficiencies have continually improved, and new technologies have aided asset occupiers and owners in lowering operating costs and extending the life of their equipment’s.

With a fast changing market, climate and new technologies being introduced on a daily basis, building owners and maintenance teams are constantly looking for methods to stay up with the changes so that their HVAC systems and equipment operate more efficiently and at reduced energy cost & enhancing the life of their equipment’s. Asset owners can incorporate new technologies and enhance system performance by retrofitting old systems. Due to cheaper maintenance costs and shorter set-up time & water scarcity challenges, air-cooled chillers are gaining popularity in the commercial and retail sectors. Air-cooled chillers have a significant disadvantage in terms of overall energy usage. Adiabatic cooling systems retrofitted on existing air-cooled chillers helps in bridging the efficiency gap between water-cooled and air-cooled chiller overall system efficacy yet not consuming more water for cooling process. This technology, like any other product, has benefits and downsides, thus installation must be based on the requirements for particular application.

Reduces air-cooled chiller energy consumption by up to 38%, increases cooling output by up to 40%, and enhances the life of the equipment. To ensure sustained performance, the iNTELLIGENT ADIABATIC COOLING SYSTEM (iACS)™ includes a 5-stage water treatment and purification system.

Overview of Intelligent Adiabatic Cooling System (iACS)™ | EnerGeo™

Adiabatic cooling systems have a variety of advantages over water-cooled systems, including lower maintenance costs due to the lower number of components, lower maintenance costs, and decreased complexity due to the lack of separate cooling towers, pumping systems, and other components.

Figure 1 depicts the operating principle of a typical adiabatic cooling system. In a normal chiller operation, refrigerant gas absorbs the heat from the cooled water and is compressed. The heat exchange medium is air flowing through the cooling coils at high speed, and condensation happens in the cooling coils rather than in a condenser. As a result, the colder the air moving through the coils, the better the condensation and the lower the energy consumption.

Figure 1: Air Cooled Chiller set up | Adiabatic Cooling System   For air-cooled chillers, an adiabatic cooling system/evaporative cooling system or "precooling" decreases the temperature of the air travelling past the cooling coils by spraying water into the incoming air stream. The adiabatic cooling system installed onto an air-cooled chiller is shown in Figure 2.

Figure 2: Pre Cooling System on an Air Cooled Chiller| Adiabatic Cooling System

How Intelligent Adiabatic Cooling System (iACS)™ Works | EnerGeo™

The concept is simple: water is sprayed into the entering air stream in the form of a mist. The water raises the relative humidity of the air, allowing heat to be transferred from the hot ambient air to the water via evaporation. The temperature of the air passing through the coils is lowered as a result.

In front of the condenser coils, special screens are installed to reduce the pressure drop of the incoming air stream. To minimize water damage, the screens are non-metallic. Nozzle can be in counter direction or positioned in front of the screens, spraying a controlled amount of water onto the screens intelligently with various strategies in the form of a mist. The spray jets are usually controlled digitally, with amount and frequency being the factors controlled by the system.

The spray mechanism engages and water is sprayed onto the air-screen filters when the ambient temperature reaches predetermined parameters. The temperature of the air stream is continuously measured and utilized as a feedback for the jet spray flow and timing.

To minimize clogging of the sensitive jet nozzles, treated soft water is utilized. Additionally, the water is UV treated to minimize biological development and the spread of legionella illness. Although the majority of the water evaporates, some of the spray water falls down the screens and collects in basins/drain pan. After treatment, this water is reused and treated again in the skid.

Benefits and Drawbacks of Intelligent Adiabatic Cooling System (iACS)™ | EnerGeo™

In theory, an adiabatic cooling system or adiabatic pre-cooling system put on an air-cooled chiller or as a retrofit looks to be a win-win situation for chiller owners. However, like with any system, there are benefits to be gained from this technology, as well as certain downsides that restrict its application.

Benefits: Factory-installed adiabatic cooling system or adiabatic pre-cooling systems are uncommon at the moment, with the majority of installations being retrofits.

The following are the benefits of retrofitting this system to an existing air-cooled chiller:

The most significant benefit of this system is the decrease in energy expenditures owing to the reduced discharge pressures. Adiabatic efficiency ranges from 60-80%.

Frequent plat tripping to avoid ambient temperature peaks, resulting in increased system dependability and availability.

The screen shields the cooling coils from direct sunlight and the environment.

Due to the wider working range, the same system may be used for greater cooling requirements. This results in cost reductions when it comes to system sizing.

The adiabatic cooling system or adiabatic pre-cooling system has certain limitations that preclude it from being employed in all applications.

The requirement for cleaned water is the most important factor since the jet's nozzles have very tight tolerances. As a result, water with the proper hardness is required, necessitating the installation of a water treatment system so 5 Stage Water Treatment & Purification Skid is the ideal requirement.

The water must be treated to prevent legionella sickness. UV systems are commonly used for this, which adds to the system's complexity.

The cost of maintenance rises when more systems and pumping components are installed. The decreased maintenance effort of air-cooled chillers is thus negated.

The control systems are sophisticated, which will raise the cost as well as maintenance efforts.

Water use, while minimal, adds complexity to a typically less complex system as compared to a water-cooled chiller system.

Thus, the choice to use an adiabatic cooling system or an adiabatic pre-cooling system is based on a number of factors other than the initial cost savings, and each application need a more thorough investigation to arrive at the best feasible solution.

Conclusion of the Intelligent Adiabatic Cooling System (iACS)™ | EnerGeo™

Chillers consume the most energy in a business building's setup, thus every potential to reduce energy consumption means cheaper running expenses for the building's owners and users. While proper O&M practices and smart chiller use can assist minimize energy consumption, new technology that can be put into the system can save a lot of money. The adiabatic pre-cooling system or adiabatic cooling system is a new retrofit option that may save a lot of money with low-cost inputs. The system is simple to set up, requires few alterations, and has low maintenance expenses.

Installation of iNTELLIGENT ADIABATIC COOLING SYSTEM (iACS)™ | EnerGeo™

We understand that adiabatic cooling systems are available in HVAC Market from more than last 20 Years still we could not see a success story behind this technology as there were many operational challenges and failures historically.

EnerGeo™ presents iNTELLIGENT ADIABATIC COOLING SYSTEM (iACS)™ which delivers maximum adiabatic efficiency with minimum water consumption across the industry and having a sustained performance.

To learn more please contact us at support@energeo.in.

Toll Free: (+91) 8055 556 698 E-mail: support@energeo.in Website: www.energeo.in

[theliyanacruze]

EnerGeo™ is the world's leading manufacturer of iNTELLIGENT ADIABATIC COOLING SYSTEM (iACS)™, a new generation intelligent adiabatic pre-cooling system for air-cooled chillers, and chiller plant rooms. The system reduces air-cooled chiller energy consumption by up to 38%, increases cooling output by up to 40%, and extends the life of the equipment.

[theliyanacruze]

EnerGeo™ is the world's leading manufacturer of iNTELLIGENT ADIABATIC COOLING SYSTEM (iACS)™, a new generation intelligent adiabatic pre-cooling system for air-cooled chillers, and chiller plant rooms. The system reduces air-cooled chiller energy consumption by up to 38%, increases cooling output by up to 40%, and extends the life of the equipment.

[theliyanacruze]

High-pressure misting systems increase the efficiency of industrial air-cooled chillers.

Adiabatic pre-cooling misting systems increase the operational efficiency of any air-cooled chillers while also saving the operational cost by lowering the incoming air temperature on the condenser coils & hence reducing the chiller power substantially.

Air-cooled Chiller performance reduces drastically in hot & dry climatic conditions resulting in reduction in Chiller Cooling capacity by 15-20% at peak conditions, while power consumption increases by upto 38%. When the temperature of the "ambient air" outside weather surpasses 30° C, HVAC equipment works harder to meet the cooling demand of a building.

The efficiency of air-cooled chillers is significantly increased when a mist fogging system is used because the adiabatic pre-cooling system decreases the air temperature entering the condensers. Our adiabatic pre-cooling misting systems help to reduce the burden on the condensers by lowering the unit's head pressure, amps drawn, and cycle time, allowing you to avoid poor performance and unexpected shutdowns.

Adiabatic Pre-cooled Misting System is designed for any Hot & Dry Climatic Locations

A sustained technology like Intelligent Adiabatic Cooling System is ergonomically engineered to help a customer overcome the operational challenges and yet delivering the best of the chiller performance. Not only that, but because your HVAC equipment is no longer under significant strain & the comfort levels within the facility is increased.

Advantages of an Adiabatic Pre-cooling System:

Designed to improve efficiency over design by upto 38% on Air cooled Chillers by providing fine mist technology (5-30 Micron) with High Pressure Pumps designed at 70-120 Bar Pressure.

System analyses Ambient Temperature (Dry Bulb Temperature) & RH/Wetbulb Temperature for operations to optimize water consumption.

Lowest water consumption across the industry, 1.2 Liter/TRH.

Enhances the equipment life & protects condenser coils with Airscreen Filters with minimum Pressure Drop (ie.20 Pa Max even in Clogged Condition).

Sustained Performance – Preventive Service Maintenance with Alerts feature.

Return on Investment within 2 Years.

With our engineered products, EnerGeo™ can help you to achieve your sustainability goals.

[theliyanacruze]

High-pressure fogging/misting systems increase the efficiency of industrial air-cooled chillers.

Adiabatic pre-cooling misting systems enhances the operational efficiency of industrial air-cooled chillers while also saving you money by lowering equipment power expenses.

Commercial and industrial air-conditioning, refrigeration, and HVAC devices function poorly in hot weather. Cooling capacity is reduced by 14-18 percent at a period when it is most needed, while power consumption rises by up to 38 percent. When the temperature of the "ambient air" outside surpasses 30° C, HVAC equipment must work harder to keep the temperature within the building cool. Even at this low temperature, air-conditioning devices are inefficient.

The efficiency of air-cooled chillers is significantly improved when a mist fogging system is used because the adiabatic pre-cooling system decreases the air temperature entering the on condenser coils. Our adiabatic pre-cooling misting systems help to reduce the burden on the compressor by lowering the unit's head pressure, amp draw, and cycle time, allowing you to avoid poor performance and unexpected shutdowns.

Adiabatic Pre-cooled Misting System Designed for Hot & Dry Climatic Conditions/Locations

EnerGeo™ offers a solution that best meets the requirements of your site setup. Intelligent Adiabatic Pre-cooling Mist System, when correctly built and implemented, will save you up to 38% on cooling expenditures. Not only that, but because your HVAC equipment is no longer under significant strain, comfort levels within the facility are increased.

Advantages of an Adiabatic Pre-cooling System:

Designed to improve efficiency over design by upto 38% on Air cooled Chillers by providing fine mist technology.

System analyses Ambient Temperature & RH for operations to optimize water consumption.

Lowest water consumption across industry, 1.2 Liter/TRH.

Enhances the equipment life & protects condenser coils.

Sustained Performance – Preventive Service Maintenance Alert with 7” Touch Screen Graphical Representation.

Return on Investment in within 2 Years.

With our experienced advice, design, and installation services, EnerGeo™ can assist you in locating the best cooling solution for your needs.

[theliyanacruze]

Smart Generation Intelligent Adiabatic Pre-Cooling System | Evaporative Cooling Atomizers

The intelligent adiabatic cooling system is an adiabatic atomizer that deploys evaporative cooling to pre-cool the air before it is reaches condensing units. Water atomization in micrometric droplets promotes spontaneous evaporation, which removes the thermal energy necessary for evaporation from the surrounding air, decreasing its temperature substantially & bringing the air nearest to its wet-bulb temperature. The adiabatic efficiently ranges from 60-80% during summer operations, resulting into reduction in on coil temperature which improves the air-cooled chiller efficiency up to 38%. The intelligent adiabatic cooling system consists of a skid which has high pressure booster pumps, 5-stage water treatment & purification system which supply’s the pure water to the nozzles to achieve sustained performance.

The intelligent adiabatic cooling system should be installed on air-cooled chillers to enhance chiller efficiency & performance with minimum water requirements. You should consider the intelligent adiabatic cooling system during the planning stage, as well as for retrofit applications, by selecting the optimized chiller with the lowest energy usage. Intelligent adiabatic cooling system comes in capacities: 100 to 600 TR. The intelligent adiabatic cooling system has ROI of less than 2 years.

Reduces air-cooled chiller energy consumption by up to 38%, increases cooling output by up to 40%, and enhances the life of the equipment. To ensure sustained performance, the iNTELLIGENT ADIABATIC COOLING SYSTEM (iACS)™ includes a 5-stage water treatment and purification system.

Advantages of Air-Cooled Adiabatic Cooling System:

Reduces chiller energy consumption by up to 38%.

Increase the service life of equipment substantially.

Increase chiller cooling capacity by up to 40%.

Minimum water consumption across the industry.

Protect chiller condensers and compressors.

Return on investment less than 2 years.

[theliyanacruze]

iNTELLIGENT ADIABATIC COOLING SYSTEM (iACS)™ – the new generation, chiller booster

iNTELLIGENT ADIABATIC COOLING SYSTEM (iACS)™ for Air-cooled Chillers, and Chiller Plant Rooms

Reduces air-cooled chiller energy usage by up to 38%, boosts cooling output by up to 40%, and extends equipment life. The system incorporates a 5-stage water treatment and filtration mechanism to ensure long-term performance.

Advantages of Air-Cooled Adiabatic Cooling System:

Reduces chiller energy consumption by up to 38%

Increase the service life of equipment substantially

Increase chiller cooling capacity by up to 40%

Minimum water consumption across the industry.

Protect chiller condensers and compressors.

Return on investment less than 2 years.

Air-Cooled Adiabatic Cooling System to Improve Energy Efficiency

Our chiller efficiency-boosting adiabatic cooling system works seamlessly with your equipment to enhance efficiency, cut operational costs, and protect it from environmental threats such as corrosion & UV on condenser coils. The adiabatic cooling system maintains your condensers safer and with sustenance for longer than any other adiabatic device in the industry. We assure the quality and dependability of our adiabatic cooling system to improve the efficiency and performance of your chillers.

What are air-cooled chillers?

Chillers are equipment’s which are used to offer interior thermal comfort by generating chilled water. HVAC is critical in the construction of medium to large industrial and commercial buildings, where safe and healthy building conditions are maintained with regard to temperature and humidity utilizing fresh air from outside. Air-cooled Chiller are the energy guzzler in a plantroom which perform the poorest in hot summer days when they are most required. The cooling capacity is reduced by 12-18%, while the power consumption is increased by 38%. The issue arises in condensers, which must convert vapors of refrigerant into liquid by driving air through the unit and absorbing heat from the refrigerant, causing it to condense.

Applying a water misting / fogging system to air-cooled chiller condenser coils will enhance efficiency of a chiller in most operating settings because the water mist can reduce the ambient air temperature entering the condenser, resulting in very quick heat exchange.

How adiabatic cooling system works in an air-cooled chiller?

Each Air-Cooled chiller unit must have a customized evaporative Misting / Fogging system that decreases the temperature of the air entering the condenser.

This enables the condenser to reject more heat, resulting in lower head pressures and compression ratios, allowing the compressor to draw less power, spend less energy, require less maintenance, and last longer.

The adiabatic cooling system works best when commercial buildings demand greater refrigeration system performance, i.e. during peak heat. In fact, the higher the ambient temperature & dry run hours, the larger the potential for energy and cost savings. A variety of customizable misting nozzles & Air screen Filters are designed to fit the specifications and climatic conditions of your HVAC equipment.

Once installed, each nozzle is positioned and field calibrated to generate the ideal mist pattern which covers the entire condenser coil area. The adiabatic cooling system consists of a series of high-pressure brass or stainless steel mist runners and nozzles.  There can be hundreds of nozzles that can be linked together by a series of manifolds to the individual or multiple pumps depending on the control required for each specific chiller. To improve chiller efficiency, we meticulously arrange our product in each fit-out to ensure that the least amount of resources are required when it is operating.

Benefits of Air-Cooled Adiabatic Cooling System:

Reduces gas pressure within the chiller circuit, hence reducing compressor load, increasing COP, and lowering power usage.

Condensers are protected from rust, dust, direct sunlight, and calcium and mineral deposits (lime scale).

Adiabatic efficiency ranges from 60-80%.

Energy consumption decreases, resulting in savings of up to 38%.

Improves the capacity of chiller by up to 40%

Reduces system downtime.

Environmental benefits: decreased kW use lowers your carbon impact.

Water use is reduced as compared to water-cooled chiller systems.

[theliyanacruze]

iNTELLIGENT ADIABATIC COOLING SYSTEM (iACS)™ for Air-cooled Chillers, and Chiller Plant Rooms

iNTELLIGENT ADIABATIC COOLING SYSTEM (iACS)™ – the new generation, chiller booster

Reduces air-cooled chiller energy usage by up to 38%, boosts cooling output by up to 40%, and extends equipment life. The system incorporates a 5-stage water treatment and filtration mechanism to ensure long-term performance.

Advantages of Air-Cooled Adiabatic Cooling System:

Reduces chiller energy consumption by up to 38%

Increase the service life of equipment substantially

Increase chiller cooling capacity by up to 40%

Minimum water consumption across the industry.

Protect chiller condensers and compressors.

Return on investment less than 2 years.

Air-Cooled Adiabatic Cooling System to Improve Energy Efficiency

Our chiller efficiency-boosting adiabatic cooling system works seamlessly with your equipment to enhance efficiency, cut operational costs, and protect it from environmental threats such as corrosion & UV on condenser coils. The adiabatic cooling system maintains your condensers safer and with sustenance for longer than any other adiabatic device in the industry. We assure the quality and dependability of our adiabatic cooling system to improve the efficiency and performance of your chillers.

What are air-cooled chillers?

Chillers are equipment’s which are used to offer interior thermal comfort by generating chilled water. HVAC is critical in the construction of medium to large industrial and commercial buildings, where safe and healthy building conditions are maintained with regard to temperature and humidity utilizing fresh air from outside. Air-cooled Chiller are the energy guzzler in a plantroom which perform the poorest in hot summer days when they are most required. The cooling capacity is reduced by 12-18%, while the power consumption is increased by 38%. The issue arises in condensers, which must convert vapors of refrigerant into liquid by driving air through the unit and absorbing heat from the refrigerant, causing it to condense.

Applying a water misting / fogging system to air-cooled chiller condenser coils will enhance efficiency of a chiller in most operating settings because the water mist can reduce the ambient air temperature entering the condenser, resulting in very quick heat exchange.

How adiabatic cooling system works in an air-cooled chiller?

Each Air-Cooled chiller unit must have a customized evaporative Misting / Fogging system that decreases the temperature of the air entering the condenser.

This enables the condenser to reject more heat, resulting in lower head pressures and compression ratios, allowing the compressor to draw less power, spend less energy, require less maintenance, and last longer.

The adiabatic cooling system works best when commercial buildings demand greater refrigeration system performance, i.e. during peak heat. In fact, the higher the ambient temperature & dry run hours, the larger the potential for energy and cost savings. A variety of customizable misting nozzles & Air screen Filters are designed to fit the specifications and climatic conditions of your HVAC equipment.

Once installed, each nozzle is positioned and field calibrated to generate the ideal mist pattern which covers the entire condenser coil area. The adiabatic cooling system consists of a series of high-pressure brass or stainless steel mist runners and nozzles.  There can be hundreds of nozzles that can be linked together by a series of manifolds to the individual or multiple pumps depending on the control required for each specific chiller. To improve chiller efficiency, we meticulously arrange our product in each fit-out to ensure that the least amount of resources are required when it is operating.

Benefits of Air-Cooled Adiabatic Cooling System:

Reduces gas pressure within the chiller circuit, hence reducing compressor load, increasing COP, and lowering power usage.

Condensers are protected from rust, dust, direct sunlight, and calcium and mineral deposits (lime scale).

Adiabatic efficiency ranges from 60-80%.

Energy consumption decreases, resulting in savings of up to 38%.

Improves the capacity of chiller by up to 40%

Reduces system downtime.

Environmental benefits: decreased kW use lowers your carbon impact.

Water use is reduced as compared to water-cooled chiller systems.

[theliyanacruze]

EnerGeo™ manufactures the high-performance Intelligent Adiabatic Cooling System (iACS)™ , a new generation smart adiabatic cooling system for chillers. This adiabatic cooling system reduces air-cooled chiller energy consumption by up to 38%, increases the cooling output by up to 40% and enhances the life of the equipment. The EnerGeo™ make Intelligent Adiabatic Cooling System (iACS)™ is equipped with 5 Stage of water treatment and purification system to ensure sustained performance.

[theliyanacruze]

Adiabatic Cooling System for Chillers

EnerGeo™ manufactures the high-performance Intelligent Adiabatic Cooling System (iACS)™ , a new generation smart adiabatic cooling system for chillers. This adiabatic cooling system reduces air-cooled chiller energy consumption by up to 38%, increases the cooling output by up to 40% and enhances the life of the equipment. The EnerGeo™ make Intelligent Adiabatic Cooling System (iACS)™ is equipped with 5 Stage of water treatment and purification system to ensure sustained performance.

[theliyanacruze]

EnerGeo™ is the world's leading manufacturer of iNTELLIGENT ADIABATIC COOLING SYSTEM (iACS)™, a new generation intelligent adiabatic pre-cooling system for air-cooled chillers, and chiller plant rooms. The system reduces air-cooled chiller energy consumption by up to 38%, increases cooling output by up to 40%, and extends the life of the equipment.