Air Conditioning, Cooling & Ventilation
Sensor drift increases energy use and disrupts comfort. A CO₂ sensor that reads high causes the system to bring in excess outdoor air. This forces coils and chillers to condition more air than needed.
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Noise isn’t just heard — it’s felt. It steals concentration, shortens patience, and turns comfortable rooms into tiring spaces.
Sustainable design has moved past being a “nice to have.” For developers, facilities managers, and sustainability officers, it’s now a compliance obligation. Mechanical systems are right in the middle of this. HVAC is often the single biggest consumere of energy in a commercial building,
Lowest price wins the tender far too often. But in HVAC, the sticker price is only the start.
Medical cannabis production isn’t typical agriculture—and it isn’t typical pharmaceutical processing either. It sits at the intersection of both, combining biological sensitivity with strict regulatory oversight.
Sustainable design has moved past being a “nice to have.” For developers, facilities managers, and sustainability officers, it’s now a compliance obligation.
Unlike off-the-shelf systems, which are built for general applications, custom AHU design allows engineers and HVAC consultants to specify every component—from fan configuration to control logic—based on project-specific criteria. This approach is particularly valuable in buildings targeting net-zero emissions.
Air handling systems are central to maintaining safe, healthy indoor environments—but not all HVAC designs are created with hygiene in mind.
The unseen risks of poor HVAC maintenance extend far beyond temperature discomfort or system inefficiencies.
Maintaining indoor air quality (IAQ) is a critical challenge in healthcare, pharmaceutical, and commercial facilities—especially where the risk of airborne microbial contamination is high.
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