Architects address the issue of building ventilation in an adaptive reuse project for maker use by considering the following:
1. Assessment of the existing ventilation system: Architects should assess the existing ventilation system of the building. They should determine whether it is functional, and whether it can effectively provide fresh air to the maker space.
2. Determining the type of ventilation required: Architects should determine the type of ventilation best suited for the maker space. This will depend on the type of activity to be conducted in the space, the number of people expected to use the space, and the amount of equipment to be used.
3. Design of new ventilation system: Architects should design a new ventilation system that will meet the needs of the maker space. This may involve installing new air ducts, exhaust fans, and fresh air intakes.
4. Integration of natural ventilation: Architects should explore ways to integrate natural ventilation into the maker space. This may involve adding windows, skylights, or other vents that can provide fresh air and natural lighting.
5. Ensuring safety: Architects should ensure that the ventilation system is safe for the maker space users. This may involve installing air filters to remove harmful particles and chemicals from the air.
Overall, architects should carefully consider the ventilation needs of a maker space when designing an adaptive reuse project. Proper ventilation is essential for the health and well-being of its occupants, and it can also improve the functionality and productivity of the space.
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