Schematic Design

Determine which building systems are most susceptible to mold growth and IAQ-related problems, and be sure to address them properly in the

Provide both designers and contractors with a mold training session, or at least literature on mold awareness and prevention.

Consider installing relative humidity meters to verify that it is being controlled.

Areas that are prone to high levels of moisture need to be adequately addressed during the design stage. Consider design techniques such as adding ventilation, air-sealing, adding insulation at areas of thermal bridging, installing highly insulated windows, and selecting mold-resistant materials.

Microbiological growth within the HVAC system, duct work, drain pans, and air filters can go undetected for long periods, spread throughout the building, and cause serious illness or death (for example, through Legionnaire’s disease). When designing these systems, provide for easy access for inspection, cleaning, draining, and replacement in these areas.

Determine which building spaces could be prone to high levels of humidity and moisture, such as restrooms, kitchens, locker rooms, indoor and outdoor swimming areas, and the basement or crawlspace. Pay close attention to the design, product selection, and ventilation of these spaces. Include a section in the

Consider the following when writing your plan for ongoing IAQ management and designing for mold and moisture management:

Consider including the following in the IAQ plan: design recommendations for the architect and mechanical engineer, steps for preventing moisture buildup during construction, and plans for remediation if building materials become wet or moldy.

Draft the IEQc10 plan for ongoing IAQ management, and arrange for it to be implemented. The plan should include project goals and scope of