MoldRemediations.org provides protocol-driven support before, during, and after remediation. We work with homeowners, mold inspectors, IEPs, builders, attorneys, real estate professionals, and remediation contractors who want a cleaner, more defensible process.
We do not believe in fogging-only remediation, cosmetic cleanup, or “mold-free” guarantees. The goal is to correct the moisture source, remove contaminated reservoirs, clean affected environments, reduce exposure pathways, and verify that the project has reached an appropriate post-remediation condition.
We create property-specific remediation protocols based on inspection findings, moisture mapping, canine indications, lab data, building history, water events, HVAC layout, occupant concerns, and visible conditions.
A proper protocol may include:
Containment zones
Critical barriers
Negative pressure recommendations
HVAC isolation
Material removal scope
Cleaning methodology
Drying targets
Equipment layout
Worker protection notes
Sampling strategy
PRV criteria
Rebuild precautions
Homeowners, IEPs, inspectors, attorneys, builders, and remediators who need a written plan before work begins.
Comprehensive Reports
Receive a clear report detailing our findings, test results, and a precise step-by-step remediation plan.
We provide oversight during remediation to help confirm that the work follows the intended scope. This may include photo documentation, containment review, source-area review, sequencing support, cleaning verification, moisture tracking, and communication between the property owner, remediator, and IEP.
Sensitive homes, legal cases, high-value properties, failed prior remediations, new builds, crawlspaces, HVAC contamination, and complex water-intrusion cases.
Post-remediation verification is the step that determines whether the work appears complete before containment is removed, reconstruction begins, or occupants rely on the space again.
PRV may include:
Visual inspection
Moisture verification
Containment review
Surface sampling
Dust sampling
Air sampling when appropriate
Cavity or targeted sampling
Canine re-checks for residual odor reservoirs
HVAC and contents review
Photo documentation
Final PRV summary
AIHA’s current mold assessment and PRV guidance addresses re-occupancy post-remediation verification methods and techniques for competent professionals evaluating mold growth in residential and commercial buildings.
Mold detection dogs help narrow the search by identifying areas of target odor. Dogs do not replace laboratory analysis, moisture mapping, or building science, but they can help locate hidden reservoirs that visual-only inspections may miss.
This service is especially useful for:
Prior water damage
Hidden wall cavities
Cabinetry
Bathrooms
HVAC-adjacent areas
Crawlspace or slab influence
Post-remediation concerns
Homes with symptoms but limited visible growth
Real estate inspections
New construction defects
Dogs show us where to look. Building science explains why. Laboratory analysis confirms what we are dealing with.
A remediation project can fail when the source area is cleaned but the air pathway is ignored. HVAC systems, returns, plenums, duct insulation, filters, condensate problems, microbial dust, and pressure imbalances can move contamination from one area to another.
We review:
Returns and supply vents
Air handler conditions
Filter bypass
Condensate lines
Duct insulation
Negative or positive pressure influence
Cross-contamination risk
Cleaning and replacement needs
PRV strategy for HVAC-adjacent work
OSHA cautions that a contaminated or suspected-contaminated HVAC system should not be run because it may spread contamination throughout the building.
Many indoor mold problems start outside the conditioned living space. Crawlspaces, attics, rooflines, siding transitions, window flashing, slab cracks, grading, gutters, and vapor movement can all feed recurring microbial problems.
We evaluate:
Bulk water entry
Vapor drive
Soil moisture influence
Crawlspace design
Attic ventilation and insulation gaps
Roof and flashing defects
Window and door leaks
Negative grade
HVAC and duct condensation
Thermal bridging
Moisture migration into porous materials
A clean wall does not stay clean if the building keeps feeding it moisture.
Mold remediation is not finished when damaged drywall is removed. Dust, settled spores, fragments, hyphal particles, microbial residues, and cross-contaminated contents can remain throughout a structure.
We help develop cleaning plans for:
Hard contents
Soft contents
Furniture
Closets
Storage areas
Books and paperwork
Laundry handling
HEPA vacuuming
Damp wiping
Laundry sequencing
Isolation of unsalvageable items
Post-cleaning sampling strategy
If the home was remediated but still smells wrong, tests poorly, triggers symptoms, or has recurring growth, we review the prior scope and look for what was missed.
Common failure points include:
No moisture correction
No true source removal
Fogging-only approach
Improper containment
HVAC not isolated
Dust not cleaned
Crawlspace left contaminated
Wet materials rebuilt over
Cabinetry or flooring left behind
No PRV before rebuild
Air samples used too narrowly
Cleaning performed before testing in a way that skews results
New homes can develop mold problems when framing gets wet, materials are enclosed before drying, windows or roofs leak, HVAC systems are oversized or poorly balanced, vapor barriers fail, or construction sequencing traps moisture inside assemblies.
We help document:
Material wetting history
Framing moisture
Sheathing concerns
Slab and vapor pathways
Window and roof defects
HVAC condensation
Attic and insulation defects
Visible growth
Odor migration
Sampling strategy
Remediation scope
Builder communication support
Not every mold question is answered by one air sample. Sampling should match the hypothesis: source confirmation, cross-contamination, PRV, HVAC impact, cavity concern, dust reservoir, contents contamination, or occupant exposure pathway.
Sampling options may include:
Tape lifts
Swabs
Bulk samples
Dust samples
ERMI / HERTSMI-style dust testing
Air samples
Cavity air samples
HVAC dust
Wall-cavity investigation
Material moisture correlation
Culture when viability matters
Microscopy when structure matters
qPCR when species-level targeting matters