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Return air ducts should generally not be installed in rooms with high humidity, contaminants, or strong odors. This includes bathrooms, kitchens, garages, closets, attics, and furnace or boiler rooms. Placing vents in these areas can draw moisture, fumes, odors, and potentially hazardous gases like carbon monoxide into your HVAC system, which can damage ductwork, promote mold growth, and compromise your home's indoor air quality and safety. According to the International Code Council, there are some exceptions. For example, a return duct may be placed in a kitchen if it is at least 10 feet away from cooking appliances and serves only that room. Similarly, a garage can have a return duct if it is part of a dedicated forced-air system that only serves the garage. For optimal performance, prioritize installing return air vents in central locations and rooms with consistent temperature needs, such as bedrooms and living spaces. If you are unsure, consult a professional duct installer for guidance.

Flex ducts' main problem is also their main strength: their flexibility. Because the material they are made from has little structural support, they can start to sag or compress over time. They can also be more challenging to clean than sturdier ductwork. However, it’s precisely this flexible nature that makes them a good solution for those who need a space-saving solution for their ductwork.

Water accumulation can occur due to either leaks or condensation on or near cooling coils. It's crucial to inspect for leaks, perform necessary repairs, and ensure regular maintenance checks for your coils and drain pans. Be sure to empty the drain pans completely, as any standing water in the pan indicates that it is not functioning as intended.

Larger ducts aren't always better for CFM (Cubic Feet per Minute). While larger ducts can handle higher airflow, they must be balanced with the system's capacity. Oversized ducts can lead to air velocity reduction, causing poor airflow distribution and efficiency issues. Duct size should align with system requirements for optimal HVAC performance.