Conceptual Reference Database for Building Envelope Research Prev
Next

A procedure for evaluating the effectiveness of mold remediation

Woods, J. E., Petrisek, R. E., Granger, R. H. and Wallingford, K. M.
2000
Proceedings of Healthy Buildings, Vol. 3 421
detection, diagnostics, mould, protocol, water damage, remediation


Woods, J. E., Petrisek, R. E., Granger, R. H. and Wallingford, K. M., (2000), "A procedure for evaluating the effectiveness of mold remediation", Proceedings of Healthy Buildings, Vol. 3 421.
Abstract:

A four-step procedure was developed and implemented in a specific case to evaluate theeffectiveness of remediation for mold impaction and water incursion. In step one, objectivewater incursion tests were conducted at selected repair sites. In step two, samples ofreplacement materials were analyzed for compliance with a set of statistically basedevaluation criteria for clearance, before installation. In step three, after remediation butbefore occupancy, non-destructive samples from within previously defined grids for eachimpaction site, and air samples from indoors and outdoors were analyzed for compliance withthe evaluation criteria. In step four, after occupancy, repeated air samples were analyzed forcompliance with the criteria. To demonstrate the usefulness of this procedure, results for onecase were summarized. It was concluded from these results that the procedure is robust yetsensitive, and that assurance of compliance with valid and reliable evaluation criteria forclearance increases confidence in the remediation effectiveness in new and existing buildings.


Related Resources:


Related Concepts


Author Information and Other Publications Notes
Woods, J. E.
HP-Woods Research Institute, Herndon VA, USA
  1. Membrane processes for heating, ventilation, and air conditioning  
Petrisek, R. E.
HP-Woods Research Institute, Herndon VA, USA
     
Granger, R. H.
HP-Woods Research Institute, Herndon VA, USA
     
Wallingford, K. M.
National Institute for Occupational Safety and Health, Cincinnati OH, USA
     



CRDBER, at CBS, BCEE, ENCS, Concordia,