This is a Geoclima GHA ES air-cooled chiller with an evaporative system
Seventeen standard sizes of optimally engineered Air Handling Units can be supplied by us to handle air volumes from:- 1.400 m3/h to 120.000 m3/h – Cooling duty- Up to 210.000 m3/h – Heating and Ventilation only. Non-standard units can be produced for any application with much higher flow rates. For requirements in excess of the above, please consult us. Flexible Modular Construction Air Handling Units provide you the best overall total value based upon life-expectancy, functionality, energy efficiency and serviceability. Custom products and system designs incorporate many engineering and performance features that maximize equipment up-time and the additional benefit of reduced equipment energy and maintenance costs
The Air Handling Units are manufactured as a factory-made combined blocks of encased individual modules assembly based upon a wide range of standard panels (30mm, 50mm and 100 mm). An air handling unit consists of a fan or fans and other necessary sections like coil, filters, etc. to perform one or more of the functions of circulating, cleaning, Rigid and leak tight construction heating, cooling, humidifying, dehumidifying and mixing of air. Air Handling Units can be delivered in sections for indoor or outdoor installation, completely assembled or knocked-down for on site-assembly. Air Handling Units are fabricated from penta post heavy gauge hot dip galvanized steel pro files and PE corner connection. Panels and frame are secured using internally bolted fixings. The Gasket liner between the panels and frame ensures an excellent leak tight and also works as thermal and acoustic insulation and guarantees the tightness of the casing according to DIN EN1886.
Air cooled chiller with scroll or reciprocating compressors and axial fans for outdoor installation
Available on several models equipped with one or more scroll or reciprocating compressors, dimensioned to be used with refrigerant type R410A or with the new low GWP HFO-1234ze or with R290. These air cooled scroll chillers are assembled on a strong self-supporting metal screwed and welded structure, painted with epoxy powder with anti-rust coating for outdoor installation. All units are supplied completely wired and ready to be connected to the user’s plant. Prior to delivery every machine is submitted to a performance test, with intervention tests of all the safety systems and components installed. Each unit is available with low-speed fans and compressor sound insulation kit for the LN (Low Noise) and LLN (Super Low Noise) versions, for installation in areas where noise emission must be kept to a minimum.
Cooling capacity: 19 – 1196 kW (5.4 – 340 RT)
- Scroll compressors (R410A)
• Reciprocating compressors (R290 or HFO-1234ze)
• Dry expansion evaporator
• AC or EC axial fans both 630 and 800 mm (24 and 31 in)
Length: 1360 – 12910 mm (4.4 -42 ft)
Width: 900 – 2250 mm (2.9 – 7.3 ft)
Height: 2130 – 2560 mm (6.9 – 8.3 ft)
Operating Weight: 746 – 9510 kg (1644 – 20966 lb)
Air Handling Units
Flexible Modular Construction
Zamil Air Handling Units are manufactured as a factory-made combined blocks of encased individual modules assembly based upon a wide range of standard panels (30mm, 50mm and 100mm). An air handling unit consists of a fan or fans and other necessary sections like coil, filters,…etc. to perform one or more of the functions of circulating, cleaning, heating, cooling, humidifying, dehumidifying and mixing of air. Zamil Air Handling Units can be delivered in sections for indoor or outdoor installation, completely assembled or knocked down for on site-assembly.
Rigid and leak tight construction
Zamil Air Handling Units are fabricated from penta post heavy gauge corrosion free aluminium profile and PE corner connection. Panels and frame are secured using internally bolted fixings. The Gasket liner between the panels and frame ensures an excellent leak tight and also works as thermal and acoustic insulation and guarantees the tightness of the casing according to EN1886.
Wide Range of Sizes
Seventeen Standard sizes of optimally engineered Air Handling Units can be supplied by Zamil to handle air volumes from:
- 1,400 m3/h to 120,000 m3/h – Cooling duty.
- Up to 220,000 m3/h – Heating and Ventilation only.
Non-standard units can be produced for any application with much higher flow rates. For requirements in excess of the above, please consult us.
Air cooled chiller with Turbocor centrifugal compressors, axial fans and Evaporative System for outdoor installation
Turbomiser can be equipped with innovative Evaporative System which results in considerable energy savings. Exploiting the natural process of adiabatic cooling, hot and dry air, normally drawn into air cooled condensers, passes through a wet media before reaching the actual condenser coil. The evaporation effect reduces the air temperature by as much as 8 °C (46.4 °F) increasing the efficiency of the condensers. With lower condensing temperatures the efficiency of the refrigeration system is improved. In case of low ambient temperature conditions, the evaporative media is automatically moved away from the face of the condenser to allow a free passage of air on to the condenser reducing fan power in the ‘off cycle’. Power savings up to 25% can be achieved using this system which is particularly effective in countries with high ambient temperatures. TMA ES is available in LN (low noise) or LLN (super low noise) versions, for installation in plant rooms where sound levels must be kept to a minimum.
Cooling capacity: 200 – 2500 kW (57 – 711 RT)
- Centrifugal compressors
• Flooded evaporator (R134a)
• Dry expansion evaporator (HFO-1234ze)
• AC or EC axial fans both 800 and 910 mm (31 and 36 in)
• Adiabatic system
Length: 3210 – 24020 mm (10.5 – 79 ft)
Width: 2250 mm (7 ft)
Height: 2540 mm (8.3 ft)
Operating Weight: 1825 – 15173 kg (4023 – 33451 lb)
DST Consorb CZ Flex
CZ FLEX dehumidifier consists of a modular system integrated with an CZ standard dehumidifier. Choose components such as precooling and postcooling, or integral temperature and moisture control. DST supplies a complete dehumidifier unit, which results in simpler planning, faster commissioning and unequivocal functional responsibility compared with systems built up via several different suppliers. All control functions are tested at the factory prior to delivery. The CZ FLEX dehumidifiers are developed from the CZ standard series, available in the sizes CZ-82/102/102L/104.
Capacity
Capacity: 57 – 141kg/h* / Dry air flow: 3200 – 8000m3/h
*Dehumidifying capacity at 20°C / 60%RH
The Consorb dehumidifier principle is normally used at low regeneration temperatures, e.g. if you have surplus heat or when dehumidifying very damp air. The Consorb dehumidifier principle is also good when there is a large difference in moisture content between process and regeneration air inlets.
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This is a Seibu Giken DST Recusorb RZ Rental industrial desiccant dehumidifier.
INDUSTRIAL DEHUMIDIFIERS WITH HIGH ENERGY EFFICIENCY THANKS TO THE COMBINATION OF DESICCANT ROTOR AND HEAT-PUMP
Latest technology with linear control of the compressor and EC-motors and backward curved impellers on the two fans. Electronic expansion valve and built in control to avoid frost built up. Full pressure control for shifting outdoor temperatures. PLC with touch-screen control. Built with aluminium frame and double skin insulated panels of Aluzink. Internal sheet metal in Aluzink. Available also in stainless steel.
Econosorb dehumidifier combines a heat pump with the sorption rotor in a unique way, providing very low energy consumption with a low dry air temperature. It’s probably the most energy efficient dehumidifier on the market, with approximately 25% of the total energy consumption of regular sorption dehumidifiers. Econosorb dehumidifier has both condensation and wet air flow.
Capacity
Capacity: 15,4 – 51,4kg/h* / Dry air flow: 3000 – 8500m3/h
*Dehumidifying capacity at 20°C / 60%RH
Econosorb dehumidifier combines a heat pump with the sorption rotor in a unique way, providing very low energy consumption and a low dry air temperature. Probably the most energy-efficient dehumidifier on the market, with approximately 1/4 of the total energy consumption of regular sorption dehumidifiers. Econosorb dehumidifier has both condensation and wet air.
This is a portable commercial dehumidifier.
THE CZ DEHUMIDIFIERS ARE IDEAL FOR INSTALLATIONS WITH A LARGE DIFFERENCE IN MOISTURE CONTENT BETWEEN PROCESS AND REGENERATION AIR, SUCH AS IN TROPICAL CLIMATES. THEY CAN ALSO UTILIZE HOT WATER FOR REGENERATION, EITHER ONLY HOT WATER OR IN COMBINATION WITH ELECTRIC HEATER
The CZ dehumidifiers are made with aluzinc and have an excellent deep drying ability. Besides hot water and electric also steam and gas can be used for regeneration heater. They are also available in an ICE-version with higher process airflow, ideal for re-circulating installations.
Capacity
Capacity: 22 – 69kg/h* / Dry air flow: 3200 – 8000m3/h
*Dehumidifying capacity at 20°C / 60%RH
The Consorb dehumidifier principle is normally used at low regeneration temperatures, e.g. if you have surplus heat or when dehumidifying very damp air. The Consorb dehumidifier principle is also good when there is a large difference in moisture content between process and regeneration air inlets.
This is an industrial desiccant dehumidifier, likely a DST Flexisorb model.
EL Series - Electrode Steam Humidifier
Condair EL Series electrode steam humidifiers offer complete application flexibility to systems engineers, contractors and customers needing a commercial / industrial humidifier. They can be integrated into central Heating/Ventilating/Air Conditioning (HVAC) systems or placed in specified locations for individual room control. Models are available to serve small or large areas with outputs of 5 - 200 lbs/hr.
Benefits of Electrode Steam Humidifier Technology
Electrode steam humidifiers are economic and a simple and reliable humidification system for in-duct or direct room humidification. The EL has an economic capital cost yet is an extremely dependable solution for hygienic steam humidification.
Easy To Service
The Condair EL humidifier senses when the cylinder is full of scale and advises the user that it requires replacing. This is a simple and quick process of draining the unit, removing the old cylinder and replacing it with a new one. This straight forward maintenance keeps downtime to a minimum and maintains humidity control.
How Electrode Steam Humidifier Works
The electrode heating system ensures reliable steam production from ordinary drinking water without additional water treatment. The proven heating principle of Condair EL Series steam humidifiers automatically adapts to the quality of the available water with optimization of the unit’s water consumption in a perfect way manner. The special grid structure of the electrodes provides the largest possible surface area. The composition used for the electrodes ensures maximum power transmission to the humidifying water. This ensures reliable operation, effective steam production and long operating periods.
Precise Control
All EL Series Humidifiers have an advanced touch screen controller for precise and efficient relative humidity control. The humidifier can be controlled by a humidistat, a relative humidity sensor or be connected to a central Building Management System (BMS) for maximum control flexibility.
Comfortable Remote Control
The EL Series steam humidifier includes an interface for connection to common BMS systems allowing for remote monitoring and control of your humidifier. This is a standard feature with all EL units. For several humidifiers as part of a more complex installation, the networking system provides a detailed overview of the system with rapid and early response in operation.
Condair JetSpray Humidifier
Why use compressed air?
A compressed air and water humidifier offers guaranteed evaporation of the moisture into the atmosphere without any potential risk of drips. By forcing the water to mix with the air under pressure, the sprays produced are rapidly absorbed and highly directional. This makes the JetSpray ideal for cold temperature applications, such as cold stores, where the ambient humidity is often high and moisture less readily absorbed by the air. As no fan unit is required to encourage evaporation, the JetSpray can reliably be used in very dusty and dirty industrial environments without frequent maintenance.
Low maintenance
The JetSpray nozzle contains a selfcleaning mechanism that prevents blockages. A pin is forced through the nozzle orifice whenever the spray stops and is pushed back by the water pressure during operation. Unlike piston driven nozzle systems no
lubrication of this mechanism is ever required and the only necessary maintenance of the nozzle line is to occasionally wipe the air caps to remove dust. The nozzles are so robust in operation they carry a 10-year warranty.
Easy to install
The JetSpray humidifier can be installed by any competent mechanical contractor. It incorporates standard plumbing fittings and pipework, and doesn’t need any special tools for installation. The system can be supplied with stainless steel, copper or
plastic pipework.
Consistent and accurate humidity control
Unlike spot humidifiers that deliver high humidification outputs to the local area and rely on air movement to disperse the humidity, the JetSpray introduces moisture evenly across a room. The nozzles are strategically positioned to consistently spread the humidification with no areas of high or low humidity. A fully modulating JetSpray provides 0-100% output enabling the humidifier to maintain more accurate humidity control than on/off systems at ±2%RH.
Proven technology
JetSpray has been humidifying factories and processing plants throughout the world for over 30 years and is trusted by leading companies in many different industries including:
Textile
Printing
Tobacco
Cold storage
Automotive
Tea
Crop storage
Abattoirs
Electronics
Botanical gardens
Pulp and paper
Defensor PH28 Humidifier
Powerful.
The Condair PH15 and Condair PH28 improve air in museums, galleries, large testing labs, tobacco warehouses and other spacious premises.
Teamwork.
The wireless external sensor remotely coordinates the performance of all connected PH15 and PH28 units in very large rooms. This dispenses with cables and ensures optimum humidification throughout the premise.
For winter and summer.
Simply change the filter in summer, and the Condair PH15 and PH28 clean air of odours, pollen and fine dust, allowing you to breathe easy again.
Water refilling is made easy
The PH15 and PH28 can be commissioned without any effort – simply by rolling the tank to the nearest tap. Or you can connect your unit directly to the mains water supply, employing Aquastop for maximum safety.
Plug in, switch on, breathe in
To operate the PH15 or PH28, simply insert the plug in the socket and fill the water tank. This improves the condition of air in museums, galleries or commercial premises – without the assistance of a technician.
Economical consumption
Evaporating technology is among the most energy-efficient forms of technology. The program mode enables you to save even more energy. Your PH15 and PH28 operate with a time switch control that only humidifies your rooms when it is really necessary.
Hygienic and fresh
When the air in your rooms should not only be fresh and moist, but also free of bacteria: the silver ionisation rod allows your humidifier to destroy bacteria in evaporation water and ensures that humidification is flawless and hygienic.
ME Series for Evaporative Industrial and Commercial Humidification
The Condair ME humidifier is the ultimate low-energy humidity control asset and the world’s number one evaporative humidification system.
This powerhouse can produce up to 2204 lbs/hr (1,000 kg/hr) of humidification and 630kW of evaporative cooling through just one single unit while running on not more than 0.3kW of electricity.
Not only is the Condair ME Series economic to use and effortless to maintain, it is also a customer favourite because of its industry-transforming service functions, which include the latest in hygiene technology.
A patented self-contained hydraulic unit that supplies water to the top of the evaporative module can be located either inside or outside the duct. Exterior mounting enables the majority of service work to be carried out without having to shut down and enter the air handling unit.
Unlike others, the Condair ME powers off up to five minimal energy 32W pumps rather than just one large pump, which enables a proportional energy input to output and creates up to five-stage control as standard.
The Condair ME was specially engineered with ease of access and user friendliness in mind, incorporating a touch-screen control panel and an intuitive interface. This enables for software-based commissioning and includes fully detailed operational, servicing and fault displays. It can also connect to BMS, and USB connectivity is supported as well for software updates and history report downloads.
One of the standout features of this sophisticated yet competitively priced series of systems is its hygienic operability – in fact, the Condair ME is one of the most hygienic humidifiers available on the market. The risk of microbial inhalation is mitigated and virtually eliminated thanks to its aerosol-free in-duct humidity control. Water in the system is never left to stagnate due to the ME Series utilizing controlled flush and drainage cycles, which themselves can be configured for maximum water efficiency and consumption reduction with the installation of optional sensors.
Additionally, the drain tray of the evaporative module can easily be fitted with a submerged UV water treatment unit. This helps to kill micro-organisms in the reservoir, and it is most effective when used on a supply line since water passing through it would already have been exposed to contaminants in the airstream.
Whether you are looking for direct or indirect evaporative cooling, we at Condair have the solution that will not only meet your needs, but also exceed your expectations. The Condair ME Series is renowned for their hygienic operational standards, reliability, user-friendliness and easy maintainability.
Defensor PH15 Humidifier
Powerful.
The Condair PH15 and Condair PH28 improve air in museums, galleries, large testing labs, tobacco warehouses and other spacious premises.
Teamwork.
The wireless external sensor remotely coordinates the performance of all connected PH15 and PH28 units in very large rooms. This dispenses with cables and ensures optimum humidification throughout the premise.
For winter and summer.
Simply change the filter in summer, and the Condair PH15 and PH28 clean air of odours, pollen and fine dust, allowing you to breathe easy again.
Water refilling is made easy
The PH15 and PH28 can be commissioned without any effort – simply by rolling the tank to the nearest tap. Or you can connect your unit directly to the mains water supply, employing Aquastop for maximum safety.
Plug in, switch on, breathe in
To operate the PH15 or PH28, simply insert the plug in the socket and fill the water tank. This improves the condition of air in museums, galleries or commercial premises – without the assistance of a technician.
Economical consumption
Evaporating technology is among the most energy-efficient forms of technology. The program mode enables you to save even more energy. Your PH15 and PH28 operate with a time switch control that only humidifies your rooms when it is really necessary.
Hygienic and fresh
When the air in your rooms should not only be fresh and moist, but also free of bacteria: the silver ionisation rod allows your humidifier to destroy bacteria in evaporation water and ensures that humidification is flawless and hygienic.
The system uses compressed air and water fed through copper piping to create a fine mist for humidification.
Burnham Commercial is a leading manufacturer and marketer of high-quality boilers and control systems for commercial and industrial applications. Our history of quality, reliability and value make Burnham Commercial the leader in commercial heating equipment. While there are many imitators, there’s only one Burnham Commercial.
> CUSTOM DESIGN
We offer custom design for ultimate freedom for engineers and HVAC consultants.
> FLEXIBLE SOLUTIONS
We also offer multiple configurations, venting options and connections for absolute flexibility in application and installation.
> QUALITY PRODUCTS MADE IN THE USA
All Burnham Commercial products are designed, manufactured and assembled in the USA.
> INNOVATIVE TECHNOLOGY
Our next-generation Boiler Control systems use plug & play controls and advanced LED readouts for ultimate control and full expandability
Experience Superior Quality
An industry leader in commercial heating equipment, Burnham Commercial is the only manufacturer on the market offering a complete line of steel, stainless steel, and cast-iron solutions for the government and military use. Our boilers and systems are known for superior quality, efficiency, and dependability, as well as resistance to heat degradation. With every product designed, manufactured, and assembled in the USA, we’re also the proud producers of the MPC, the only American-made commercial cast-iron boiler to earn a UL listing.
CUSTOM BOILER PROCESS
Every military organization or government institution has unique needs, and Burnham Commercial customizes each solution based on these exact and often demanding specifications. We begin the manufacturing process by analyzing your service requirements and budget, allowing us to determine the optimal configurations, venting options, and connections for your application.
From there, our in-house engineering and research and development teams build your products using time-tested methods and the latest equipment to yield the best solutions for your needs. Our unique BC25-HSi cast-iron formula, which contains a high concentration of silicon, is deployed to ensure optimal thermal shock resistance, greater heat transfer capabilities, and superior strength in design.
CUSTOMIZABLE ITEMS
> Deluxe insulated jackets
> ASME-certified stainless-steel heat exchangers
> Cast-iron nipples in place of iron gaskets
> Plug-and-play controls
> Advanced LED readouts
> Ethernet connectivity for integrated communications across multiple boilers and systems
> Compact boiler designs for cost savings and reduced emissions
Hurst Boiler and Welding Company, Inc.
Gas, Oil, Solid Fuel, Solid Waste, Biomass, Wood, Coal and Hybrid Firetube and Watertube Steam and Hot Water Boilers
Established in 1967, Hurst has been an all-American manufacturer of industrial boilers with a reputation for quality work at reasonable prices. In 1970 we built a larger shop to accommodate our customers' needs for fast and efficient work. In 2007 we completed a large expansion doubling our manufacturing space. Continued strong sales have now prompted further construction, bringing the total size of the manufacturing facility to 350,000 + square feet, and we are now housed in a manufacturing facility and campus that encompasses 48+ acres. With the current expansion, Hurst added several dedicated manufacturing lines and now maintains over 275 employees at full production capacity.
Packaged steam, hot water, multifuel and biomass boilers 6 to 2000 HP, with pressures up to 450 PSI. Custom manufacturer of engineered packaged boilers and systems, biomass systems, integrated PLC boiler controls and accessories. Low NOx modular boilers and burner configurations are available for all models. Watertube Boilers: Series O, A, D and Flex with sizes from 10,000 to 150,000 PPH, pressures to 1000 PSIG, with various fuel and auxiliary options available. Parts and service distributor/dealer network available worldwide. Modular biomass thermal to electric cogeneration systems are offered from 250 kWe to 15 MWe packages. Hurst manufactures seven different types of biomass stoker/gasifiers, using 2,000 different types of biomass fuels.
It is a specialized heat exchanger that transfers waste heat to the atmosphere by cooling a water stream.
Cooling towers are heat rejection devices that transfer waste heat to the atmosphere through the cooling of a water stream to a lower temperature.
Industrial Cooling Towers
An industrial cooling tower is a heat exchange system designed to dissipate large amounts of heat generated by industrial equipment, power plants, chemical processes, or large air conditioning systems. Unlike standard air conditioning units, which focus on comfort cooling, industrial cooling towers handle high-volume heat loads to prevent equipment from overheating and ensure continuous operation
How Do They Work?
Cooling towers operate on the principle of evaporative cooling:
- Hot Water Collection: Warm water carrying heat from industrial processes or HVAC chillers is pumped into the tower .
- Water Distribution: The water is sprayed over a “fill” medium, which increases surface area and maximizes contact with air
- Heat Exchange: Fans draw air through the tower, and as water flows over the fill, a portion evaporates, removing heat from the remaining water
- Cooled Water Return: The cooled water collects in a basin at the bottom and is recirculated back into the system, reducing water waste and improving energy efficiency
This process is similar to sweating in humans, where evaporation removes heat, but on a much larger industrial scale
Types of Industrial Cooling Towers
Cooling towers vary in design and operation to suit different industrial needs
- Mechanical Draft Towers: Use fans to move air through the system. Subtypes include induced draft (fans at the top pulling air upward) and forced draft (fans at the air inlet pushing air through)
- Natural Draft Towers: Rely on the natural upward flow of air, often featuring hyperbolic structures for efficient circulation
- Open-Circuit vs. Closed-Circuit: Open-circuit towers expose water directly to air, while closed-circuit towers circulate water inside tubes to prevent contamination
- Hybrid and Modular Designs: Combine features of natural and mechanical draft or are preassembled for smaller applications
Applications
Industrial cooling towers are widely used in:
- Power plants to cool steam condensers
- Manufacturing and chemical plants to manage process heat
- Data centers and hospitals to maintain HVAC efficiency
- Large office buildings for central air conditioning systems
Stay cool and comfortable with our high-performance electric fan, featuring powerful airflow,
Industrial duct fans are essential for effective ventilation in various settings, including manufacturing plants, warehouses, and commercial buildings. They come in different types, such as:
- Inline Duct Fans: Ideal for residential and commercial use, these fans can be mounted in various positions and are designed for high-volume air extraction.
- Axial and Centrifugal Fans: These fans are critical for ensuring thermal comfort and air quality in demanding environments.
- Duct Fans: Built into ventilation ducts, they help move heat and improve indoor climate, available in various sizes and configurations.
- Pedestal and Wall-Mounted Fans: These options provide flexibility in airflow positioning and save floor space in industrial facilities.
- Mist Fans: Combining water mist with air, these fans are effective for cooling in semi-outdoor settings.
Industrial Roof Fans
Stay cool and comfortable with our high-performance electric fan, featuring powerful airflow,
Stay cool and comfortable with our high-performance electric fan, featuring powerful airflow,