HomeMy WebLinkAboutAsbestos ReportHealthSaf e )
HealthSafe Inspections Inc
PO Box 1091
Basalt CO 81621
970-920-2100
970-618-1183
Ben Baker CDPHE Asbestos Building Inspector #25863
Hayes Microbial Consulting, Inc. Registration No.: AL-23620
ASBESTOS REPORT
DATE
06/30/2025
CLIENT
Emily Johnson
PROPERTY ADDRESS of INSPECTION
138 Flying Fish Road, Carbondale, Colorado 81623
1
CLIENT BACKGROUND & PLANS
The Client, Emily Johnson, is planning an interior and exterior renovation -remodel -
demolition of the above referenced single-family house with attached garage, which will
have impacts of disturbance, detachment, deconstruction, demolition, and disposal
(5D) of drywall, flooring, and siding building materials, of which some are suspect
asbestos containing materials (ACM). Prior to 5D, the client is required to have an
asbestos inspection by a State of Colorado CDPHE certified asbestos inspector who will
collect bulk samples of the suspect ACM and have those samples analyzed at a certified
laboratory for asbestos content. The client hired HealthSafe Inspections, Inc. (hereinafter,
HealthSafe) to perform a limited asbestos inspection for the house interior and exterior
siding.
VISUAL INSPECTION & LABORATORY FINDINGS
An inspection was conducted by Ben Baker of HealthSafe on Tuesday, June 30, 2025,
with the client, Emily Johnson, present during the initial survey, inspection and sample
collecting. All suspect ACM were identified by homogenous materials and sampled
randomly respective to the scope of those materials slated for 51). The suspect ACM
collected and analyzed by EPA 600 Method PLM analysis are the following:
1. Roller -Applied Surfacing Texture, a homogeneous surfacing material/texture
[samples 1-3: OP-1,2,3], collected randomly from the dining room ceiling SE
corner, laundry room NW corner, and the main -level bedroom west wall in the
center, respectively. Samples were collected in a randomly distributed manner in
locations that this material will be impacted. This surfacing material/texture is
friable and located on the ceilings and walls of the dining room, the walls of the
living room and on the west wall of the main -level bedroom. The estimated
impact area of 5D is more than 10 sf, but less than 1,000 sf (±450 sf), requiring a
minimum of at least three surfacing/texture material samples. The PLM analytical
estimated results: NONE DETECTED.
2. Hawk & Trowel Surfacing Texture, a homogeneous trowel -applied surfacing
material/texture [samples 4-6: HT 1,2,3], collected randomly from the living room
ceiling SE corner, living room ceiling near the center, and entry ceiling above the
stairway landing, respectively. Samples were collected in a randomly distributed
manner in locations that this material will be impacted. This surfacing
material/texture is friable and located on the ceilings of the living room and entry
area. The estimated impact area of 5D is more than 10 sf, but less than 1,000 sf
(::L125 sf), requiring a minimum of at least three surfacing/texture material
samples. The PLM analytical estimated results: NONE DETECTED.
3. Heavy Roller -Applied Surfacing Texture, a homogeneous surfacing
material/texture [samples 7-9: H-RLR-1,2,3], collected randomly from the
powder room north wall behind the toilet, upper -level north en -suite bathroom
north wall, and upper -level SE en -suite bathroom SE corner. Samples were
collected in a randomly distributed manner in locations that this material will be
impacted. This surfacing material/texture is friable and located on the ceilings and
2
walls of the powder room and upper -level north and SE en -suite bathrooms. The
estimated impact area of 5D is more than 10 sf, but less than 1,000 sf (±350 sf),
requiring a minimum of at least three surfacing/texture material samples. The
PLM analytical estimated results: NONE DETECTED.
4. Orange Peel Surfacing Texture, a homogeneous spray -applied surfacing
material/texture [samples 10-12: OP- 1,2,3], collected randomly from the upper -
level north bedroom SW corner, SW en -suite bathroom north wall, and SW en -
suite bathroom ceiling SW corner, respectively. Samples were collected in a
randomly distributed manner in locations that this material will be impacted. This
surfacing material/texture is friable and located on the upper -level north bedroom
south wall and ceiling and walls of the upper -level SW en -suite bathroom. The
estimated impact area of 5D is more than 10 sf, but less than 1,000 sf (±225 sf),
requiring a minimum of at least three surfacing/texture material samples. The
PLM analytical estimated results: NONE DETECTED.
5. Acoustic "Popcorn" Ceiling Surfacing Texture, a homogeneous spray -applied
surfacing material/texture [samples 13-15: PC-1,2,3], collected randomly from the
main -level bedroom ceiling SW corner, upper -level SW bedroom ceiling near the
center, and upper -level south hall ceiling, respectively. Samples were collected in
a randomly distributed manner in locations that this material will be impacted.
This surfacing material/texture is friable and located on the ceilings of the main -
level bedroom and upper level. The estimated impact area of 5D is more than 10
sf, but less than 1,000 sf (±575 sf), requiring a minimum of at least three
surfacing/texture material samples. The PLM analytical estimated results: NONE
DETECTED.
6. Drywall System, a homogeneous taped and joint compounded drywall system
(classified as a miscellaneous material as a complete integral system) [samples
16-19: J-1,2,3,4], collected from the laundry room SW corner, main -level utility
closet NE corner, upper -level north bedroom SW corner, and upper -level SE en -
suite bathroom SE corner, respectively. These composite layered taped and joint
compounded drywall materials are friable and located on the ceilings and walls of
the house interior with a roller, heavy roller, hawk & trowel, orange peel, and
acoustic "popcorn" ceiling applied surfacing materials/textures. The estimated
impact area of 5D is more than 1,000 sf, but less than 5,000 sf (±1,725 sf),
requiring a minimum of at least two composite core samples of all layers. The
PLM analytical estimated results: NONE DETECTED.
7. White Grout, a homogeneous miscellaneous material requiring a minimum of at
least two samples [samples 20-21: WGT-1,2], collected from the upper -level north
en -suite bathroom vanity countertop and upper -level SE en -suite bathroom
doorway, respectively. This material is non -friable and located on the upper -level
north en -suite bathroom vanity countertop and floor of the SE en -suite bathroom.
The estimated impact area of 5D is ±50 sf. The PLM analytical estimated results:
NONE DETECTED.
8. Black Grout, a homogeneous miscellaneous material requiring a minimum of at
least two samples [samples 22-23: BK-GT-1,2], collected from the upper -level SE
en -suite bathroom SE corner and NE corner, respectively. This material is non -
friable and located in the shower enclosure of the upper -level SE en -suite
bathroom. The estimated impact area of 5D is ±115 sf. The PLM analytical
estimated results: NONE DETECTED.
9. Brown Grout, a homogeneous miscellaneous material requiring a minimum of at
least two samples [samples 24-25: BR-GT-1,2], collected from the laundry room
doorway and upper -level SW en -suite bathroom doorway, respectively. This
material is non -friable and located on the floors of the laundry room and upper -
level NW and SW en -suite bathrooms. The estimated impact area of 5D is ±125
sf. The PLM analytical estimated results: NONE DETECTED.
10. Bituminous Fiberboard Siding Underlayment, a homogeneous miscellaneous
material requiring a minimum of at least two samples [samples 26-27: BTM-
FBD-1,2], collected from the house SW corner under the siding. This material is
friable and located around the house exterior under the siding. The estimated
impact area of 5D is ±3,500 sf. The PLM analytical estimated results: NONE
DETECTED.
A total of 27 suspect homogeneous ACM bulk samples were collected, and 27 samples
were analyzed. The bulk samples were analyzed by EPA 600 PLM analytical methods by
a NVLAP accredited laboratory in accordance with Colorado State Regulation 8 for the
presence of asbestos mineral fibers. There is NO asbestos in all 27 samples.
See supporting Hayes Microbial Consulting, Inc. data report #25026802_1.
HEALTHSAFE CONCLUSIONS
■ There is NO asbestos in any of the suspect building materials slated for 5D in this
residential remodel project. NO asbestos abatement will be required for any of the
building materials. All building waste and debris can be disposed of in any landfill
which accepts normal, non -hazardous building waste.
Sincerely Submitted,
Ben Baker
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COLORADO & FEDERAL ASBESTOS REGULATIONS SUMMARY
Regulation No. 8 Part B —Asbestos of the Colorado Department of Public Health and
Environment (CDPHE), Air Quality Control Commission requires a State -certified
Asbestos Building Inspector to inspect and collect bulk samples of all suspect asbestos
containing materials (ACM) or suspect asbestos containing building materials (ACBM)
prior to their disturbance, removal or demolition and disposal. The suspect materials shall
be analyzed by a NVLAP accredited laboratory by polarized light microscopy (PLM)
using EPA 600 analytical method. A material which is estimated to contain more than 1%
asbestos is classified as ACM/ACBM and regulated by the State and Federal
governments. Any friable (able to crush or reduce to powder by finger pressure) asbestos
with trace amounts of asbestos fibers or less than 1 % must be point -counted using EPA
400 analytical method to prove that it is indeed less than 1%; if not, it must be classified
as ACM/ACBM and shall be treated as a State and Federal regulated material. Any
friable asbestos containing material (greater than 1 % asbestos concentration) or
ACM/ACBM that could be rendered friable during its removal or demolition and disposal
shall require an asbestos abatement by a certified asbestos abatement contractor to
remove and dispose of the material(s).
A Colorado State (CDPHE) issued asbestos abatement permit is required for the
following trigger levels of ACM/ACBM:
1. Residential buildings of four or fewer units --if more than 32 square feet of any
surface coverage (e.g., gypsum wallboard or drywall and associated applied surfacing
materials/textures, acoustic sprays, joint compounds, plaster, etc.), 50 feet of asbestos
covered or asbestos insulated pipe or any material which would fill a 55-gallon drum is
going to be disturbed, removed or disposed of, an asbestos abatement permit is required.
2. Residential complexes with more than four residential units, public access areas to a
residential building, commercial and retail buildings, public and civic buildings,
industrial buildings --if more than 160 square feet of surfacing materials, 260 linear feet
or more than 35 cubic feet (NESHAP) or 55-gallon drum (CDPHE) of suspect
ACM/ACBM is going to be disturbed, removed or disposed of, an asbestos abatement
permit is required under NESHAP and by the CDPHE. See note below on OSHA.
The regulations require an absolute minimum of 3 samples (EPA suggests 9) per
homogenous suspect surfacing and TSI materials and an absolute minimum of 2 samples
of homogenous miscellaneous materials or any number of "samples sufficient to
determine whether a material is ACM" (RegS.IV.D.3). More samples are required based
on surface area or volume. These are minimums; the asbestos building inspector has the
field responsibility to determine homogenous materials and the number of samples to
collect per material; more than the minimum number of samples may be necessary at the
discretion of the inspector. An assessment of friability and functional space conditions of
the materials are also the inspector's field responsibilities.
OSHA compliance is required for all employers and employees no matter the
quantity of asbestos present with strict regulations regarding 10 sf or more of TSI or
friable surfacing materials, and therefore it does not matter what the quantity or
State trigger levels are: all suspect ACMIACBM shall be inspected and tested for
asbestos prior to their disturbance, removal and disposal for worker protection and
safety. See EPA 40 CFR 763.121 Worker Protection Rule, OSHA 29 CFR 1910.134
Respirator Protection Standard, OSHA 29 CFR 1910.1001 General Industry Standard and
OSHA 29 CFR 1926.1101 Construction Standard regulations when dealing with asbestos
hazards.
Note: County or City regulations may be more stringent.
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