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Learn about all the service channels we have available to provide you with timely and quality service.
Construction of the air conditioning system for the new headquarters project in Cartagena of the LOS LIBERTADORES UNIVERSITY FOUNDATION.
Change of PVC (horizontal) condensation pipes, condensing units and installation of PN20 polypropylene pipes and accessories, installation of bypass chiller for air conditioning.
The supply, installation and commissioning of the air conditioning system of the Multipurpose Building of the Universidad del Norte was developed. The scope also includes balancing, testing and commissioning of equipment: handling units, chilled water fan and coil units, mini split chiller units, heat recovery chiller units, variable volume boxes, air blower units and air centrifugal.
A 550-ton York centrifugal chiller with two Reymsa model 300 towers.
Amstrong cold water pumps primary system of 25 hp (horsepower), Amstrong cold water pumps secondary system of 75 hp, condensation water pumps (towers) of 30 hp.
Supply and installation of mechanical ventilation systems and infrastructure for air conditioning.
This system would be made up of:
Implementation of a building air conditioning system based on the production of cold water through water-condensed Chillers, Cooling Towers and with internal distribution through fan coil for common areas.
Mechanical Ventilation, Pressurization of Stairs, Monoxide Extraction, etc.
Implementation of a coworking office air conditioning system, using chilled water fan coil, VRF equipment and mechanical ventilation.
Implementation of an automated control system for easy use and monitoring of air conditioning equipment.
The project includes: Shopping center with two levels, four (4) basements and four towers from floors 3 to 10.
To supply the thermal load required for the business center and towers 1 and 2 from levels 3 to 10, three (3) 538 tr magnetic-type water-condensing water chiller units were installed.
The shopping center has 33.475 square meters, tower 1: 2.013 square meters and the tower: 1.850 square meters. The system used in the cold plant is of the variable primary pumping type.
For towers 1 and 2, a variable speed secondary pumping system is used. For the business center and levels 1 and 2, variable speed drive units will be used for the offices. For the extraction of food odors from level 2 of the business center, four (4) smoke extraction and odor eliminator systems will be implemented, with a capacity of 22.000 cfm each.
For towers 3 and 4, from floors 3 to 10, two (2) cooling towers of 350 tr each will be used, with variable speed in the pumps and towers. For each zone, the end user will place their respective package type unit with water condensation.
The supply and installation of air conditioning for the Cacique Mall and the infrastructure for the commercial premises were developed, cooling, vertical pumps with variable speed duct system, polybutene pipes, ventilation system, two condensate water treatment systems, supervision and engineering and a control system for the entire plant with optimization of energy consumption.
Supply and installation of two cooling towers with their pumps and pipes.
An air conditioning and mechanical ventilation system was implemented in Tower 2 Building, STAGE III and the building ventilation supplies 48.899 cfm of outside air, having 4 DOAS systems as follows:
To carry out energy recovery, bath extraction is carried out directly by the extraction fans incorporated into the energy recovery units, with no additional extraction equipment required.
Supply, import, nationalization, transportation, assembly, installation, start-up and correct operating status of the equipment that makes up the cogeneration system of electrical, solar and thermal energy.
The supply, installation and commissioning of the air conditioning and mechanical ventilation systems in the Torre del Mar and expansion of the Hotel Las Americas convention center were carried out.
33.351 M2 800 TR chiller screws, 279 rooms, 4 restaurants, 4 bars, 1 gym, food center.
Cooling and ventilation system consisting of a water chiller with a capacity of 200 tr, capacity = 700 to lower the water temperature of the buildings of: operations, preliminary treatment, inlet pumping station, thickening and dewatering, ventilation system in tower A, BYC of the digesters, energy recovery, maintenance, truck workshop, truck washing, blowers, primary and return sludge pumping station, Electrical substation of the Secondary Sedimentation areas, among others. The system includes a network of pipes to supply water to each building and the water pumping system.
Implementation of the temple's air conditioning system based on the production of cold water through air-condensed Chillers and with internal distribution through handling units, fan coils, vav boxes.
For the administrative area (Shelter), VRF equipment with cassette-type indoor units was available.
Mechanic ventilation.
Implementation of the store's air conditioning system based on the production of cold water through air-condensed Chillers and with internal distribution through handling units, fan coils.
For the administrative area, VRF equipment was available with indoor fan coil and cassette units.
Mechanical ventilation, pressurization of stairs.
Implementation of an automated control system (BMS) for the easy use and monitoring of air conditioning, electrical, sanitary and fire detection equipment.
In the work, the supply and installation of the air conditioning system for the FOSUNAB FOUNDATION health complex was developed, which is composed of three centrifugal chillers of 800 TR each, three cooling towers, vertical pumps with speed chillers, ducts, steel pipe, cold water handlers with filtration ranging from 35% to 99.97% and fan coil for rooms, energy recovery systems, precision units for UPS ventilation, supervision and engineering system and a control system for the entire plant with optimization of energy consumption.
Likewise, a basement extraction system, office building equipped with cooling towers and water-condensed packages with their pumps and cooling towers.
47.000 square meters built. It has 400 beds, a convention center for 1500 people and a hotel for 40 suites.
Supply and installation of air conditioning and mechanical ventilation. The system is made up of water chiller units, francoil units, handlers, cooling towers, fans, cold water and condensation pumps and networks, ducts, supply grids, extraction hoods, mini-split units and the respective control panels.
19.657 square meters built. It has 95 beds.
Within the work, the supply and installation of the air conditioning system of the Porto Azul clinic was carried out, which is composed of two 380 TR centrifugal chillers, two cooling towers, vertical pumps with variable speed drives, duct system, steel, 68 cold water handlers with filtration ranging from 35% to 99.97% and 140 fan coils for rooms, two energy recovery systems, 10 precision units for UPS ventilation, supervision and engineering system and a control system for the entire plant with optimization of energy consumption.
15.900 square meters of clinic. It has 112 beds and 164 offices.
Implementation of an air conditioning system based on the production of hot water through water heaters and with internal distribution through air handling units, VAV boxes and fan coils.
The District distributes thermal energy to the buildings that make up this commercial and residential complex, including the Serena del Mar Hospital Center.
CAVANA Residential Project.
Intramural Thermal District that will supply the necessary energy (in Btu/h) to supply the cooling capacity of the offices and equipment in common areas; This District will deliver the energy through Agua Helada.
Two office towers – Thermal/energy district that supplies electricity and air conditioning.
An air conditioning and mechanical ventilation system was implemented in Tower 2 Building, STAGE III and the building ventilation supplies 48.899 cfm of outside air, having 4 DOAS systems as follows:
To carry out energy recovery, bath extraction is carried out directly by the extraction fans incorporated into the energy recovery units, with no additional extraction equipment required.
Supply, import, nationalization, transportation, assembly, installation, start-up and correct state of operation of the equipment that makes up the Co-generation System of electrical, solar and thermal energy.
Mixed-use extramural thermal district, with a cooling capacity of 1,544 tons, which air-conditions a hospital, a university and housing projects that are under development.
This shopping center has a solar system and an intramural thermal district with a cooling capacity of 1,410 tons, which benefits 157 commercial premises with an optimal temperature in their spaces.
Its function is the production and distribution of chilled water to the customer's connection point and with internal distribution to 156 subcustomers (commercial users).
It currently has an installed capacity of 1410 TR-hour and consists of two electric chillers and one absorption chiller.
This institutional type project has an installed capacity of 3.600 TR-hour, providing cooling to different public buildings in the city of Medellín: Antioquia Governorate, Medellín Municipality Building and Dian Building, Antioquia section.
Using a gas-based water cooling system, it is distributed through underground pipes, replacing the traditional air conditioning system, in the public buildings of the La Alpujarra complex.
