Profesional engineering services

Contact Info

HVAC ENGINEERING
SERVICES

//FOR MEP CONSULTING ENGINEERS

Custom HVAC
system solutions
tailored to your needs.

20+ years
of experience
in the american
market

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About us

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200+ Projects Done

Elevate Your Engineering Designs with Over 20 Years of Advanced MEP Solutions

Elevating engineering designs with innovative, functional services. Beyond traditional offerings, we provide customized, sustainable design strategies and technological innovations, ensuring projects are not only aesthetically pleasing but also efficient and environmentally friendly. Our collaborative approach, leveraging extensive industry expertise, aims to achieve architectural excellence and sustainability. Partner with Airexsus for a sophisticated, green, and innovative engineering outcome.

"We build and architect solutions that address business challenges through engineering.”

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80

Professional

Members

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250+

Projects

Completed

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60

Supplier

Brands

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5

Client

Satisfaction

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Engineering services

We hold the quality of our service as one of our core values, and we go beyond the traditional client-supplier relationship by becoming an integral part of our clients’ collaborative team.

Airexsus offers tailored MEP engineering support services, focusing on precision, efficiency, and innovation. Our services include advanced load calculations, detailed documentation, shop and design drawings, equipment scheduling, and solutions for special mechanical engineering requirements. Our expertise ensures projects exceed standards through innovative solutions and a collaborative approach, enhancing project efficiency and profitability. Partner with Airexsus for expert, innovative support in MEP projects, where engineering excellence meets innovation.

 

Codes and Certifications

Airexsus excels in MEP design, combining innovation with compliance, efficiency, and sustainability. Their work adheres strictly to industry standards, utilizing advanced design tools and expertise in diverse systems. They ensure projects meet stringent codes and certifications, like the Florida Building Code and NAFA Certifications, guaranteeing safety, efficiency, and environmental responsibility. Airexsus promises that your projects are founded on quality and compliance.

Airexsus elevates building projects with advanced Building Automation Systems (BAS) design, ensuring energy efficiency, operational effectiveness, and occupant comfort. Offering customized BAS architecture, energy optimization, intuitive controls, integration of renewable energy, advanced analytics, and scalable solutions, Airexsus combines technology and creativity for innovative, practical designs. Our approach focuses on collaboration, operational efficiency, and sustainability, aiming to future-proof buildings while maximizing value and environmental benefits. Choose Airexsus for intelligent, sustainable building environments.

 

Design Tools

Leveraging advanced design tools like Energy Gauge, Revit, AutoCAD, HAP, and Trace3D Plus, we enhance project precision, efficiency, and flexibility. These tools allow for accurate energy analysis, detailed design documentation, and comprehensive HVAC system analysis, ensuring sustainable, cost-effective, and high-performing designs. Our use of detailed models and simulations supports informed decision-making and the execution of innovative designs.

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Engineering for the following systems

Airexsus specializes in designing advanced HVAC and BAS, focusing comfort, energy efficiency, and smart technology integration. With expertise in optimizing indoor air quality and energy use, Airexsus delivers solutions tailored to specific needs, marrying compliance with innovation. Choose Airexsus for MEP designs that transform arch.

  • Scroll type chillers.

  • Absorption chillers.

  • Screw type chillers.

  • Controlled temperature and humidity systems.

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Engineering development process

Steps in our engineering services.

1. ENGINEERING DETAIL

MEP consultant requests engineering services from Airexsus, provides details and scope of the job.

2. REVIEW

Airexsus reviews it and comes back with questions if any.

3. DEVELOPMENT & REVISION

Airexsus develops the work and sends it back to the MEP consultant for review.

4. DELIVERY

MEP Consultant reviews, signs and stamps the work, and submits it to his/her customer.

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Engineering consulting projects

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HVAC, COLD WATER. WEST COLUMBIA, USA.


FLEX

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DAIKIN AHU´S SUPPLY. TEXAS, USA.


FLEX

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HVAC, HOT & COLD WATER DEHUMIDIFICATION. GUATEMALA.

LAMFER

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HUMIDITY AND TEMPERATURE CONTROL.


SANMINA

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Partners

Airexsus stands out for its commitment to excellence, combining advanced MEP design solutions with strategic partnerships with leading equipment manufacturers. This collaboration allows Airexsus to incorporate cutting-edge technology and state-of-the-art equipment into their designs, enhancing project functionality, sustainability, and efficiency. These partnerships ensure that Airexsus remains at the forefront of industry developments, offering reliable, efficient, and innovative systems for modern building challenges.

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Clients

Airexsus’s MEP design expertise spans multiple sectors, demonstrating their adaptability and versatility. They serve clients in commercial real estate, healthcare, education, hospitality, industrial, and residential sectors, delivering customized solutions that enhance value, efficiency, and sustainability. Their diverse clientele highlights their ability to meet and exceed the unique challenges of various industries, making Airexsus a partner of choice for projects requiring innovative and reliable MEP designs.

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FAQ

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Common Questions

Solutions For HVAC Consulting.

HVAC engineering systems refer to the design, planning, and analysis of HVAC systems for commercial and industrial buildings. HVAC engineers work to maximize energy efficiency and improve air quality in the building.

HVAC engineers are responsible for designing HVAC systems for commercial and industrial buildings. This includes selecting the appropriate equipment and components, calculating the thermal load, and planning air distribution.

The process of designing an HVAC system includes analyzing the thermal load of the building, selecting the appropriate equipment and components, designing air distribution, and performing tests and simulations to ensure energy efficiency of the system.

Simulation is an important tool in HVAC engineering systems. Engineers can use simulation to test different system designs and evaluate their energy efficiency before installing them in a building.

The energy efficiency of an HVAC system is evaluated using a variety of measures, including the SEER (Seasonal Energy Efficiency Ratio) and EER (Energy Efficiency Ratio). Cost-benefit analyses can also be performed to determine the energy efficiency of the system over time.

To improve the energy efficiency of an existing HVAC system, engineers can upgrade outdated components, seal leaks in air ducts, program the thermostat to adjust to room temperature, and optimize air distribution.
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Contact Us

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25+Year expertise in HVAC systems.

Let's Work Together

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    Download our brochure with all our services and consulting processes.