Optimizing Dehumidification Strategies for Critical Environments
by Scott McVey, PE, Millig Design Build
Critical environments require stringent environmental control. Among all environmental parameters, tight humidity control is one of the most important, as uncontrolled humidity levels can compromise an entire product batch or increase the likelihood of patient infection. Most commonly, dehumidification has been achieved through traditional refrigerant-cooling-based dehumidification systems; however, this approach of overcooling and reheat is highly energy intensive.
This white paper provides a framework for the different approaches to dehumidification for critical environments looking to achieve a Net Zero carbon future.