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Why & Where Encasement
When making a decision about specifying options
for the abatement of Mold, Asbestos Containing Materials
(ACM) or Lead-Based Paints (LBP), clients can choose from
four EPA listed and accepted abatement methods, these are:
(a) removal and replacement, (b) enclosure, (c) encapsulation,
and (d) encasement.
Billions of dollars have been spent removing ACM and LBP
from schools, homes and commercial buildings built prior
to 1978. We've now learned that removal and replacement
of these hazardous materials from a building requires extensive
demolition, can trigger code upgrades and can require long-term
relocation of occupants.
Recent US Government studies on asbestos removal actions
conclude; occupant relocation expenses are often equal
to the cost of abatement by removal and replacement.
Encasement became a U.S. EPA (Environmental Protection
Agency) accepted abatement action in July 1990 when the
EPA issued Publication no. 20T-2003, the “Management Planners
Guideline for Managing Asbestos in Place”. Encasement is
described as; directly covering the ACM with a liquid applied,
hard-setting sealing material that forms a monolithic,
seamless jacket that totally encloses (encases) the ACM,
leaving zero air-gap.
The goal of all Lead-Based Paint remediation work is to
produce a LEAD-SAFE surface while not disturbing hazardous
materials or dust. This is achieved through the two-step
encasement process. First step is to stabilize the surfaces
with SE-110 Penetrating-Stabilizer. When dry, this is followed
by over-coating with SE-120 Protective-Skin. These materials
bond together forming a flexible, long-lasting composite
protective jacket-like membrane or barrier.
Where possible, non-disruptive “Management-In-Place” asbestos
or lead abatement methods are recommended by the US EPA,
OSHA and HUD. The hazardous risks associated with ACM and/or
LBP can be safely and affordably abated through application
of SAFE Encasement Systems. Limited Warranties are available
for up to 20-Years.
Markets for Encasement
- Renovation, Restoration, and Remodeling
- Demolition and Historical Preservation
- Hospitals, Industrial and Commercial
- Private and Public Schools, Colleges and Universities
- Residential, Affordable & Public Housing
- Industrial & Food Processing
- Municipalities & Government Facilities
Proven Areas for Encasement
- Asbestos Fireproofing on Steel or Concrete Abatement of Lead-Based Paint Exposure Risks (Lead-SAFE
Surface)
- Mold & Mildew Remediation
- Air Quality Improvement
- Corrosion Control, Preventative Maintenance Repairs
on Boilers & Steam Pipes
- Telephone Control Rooms, Elevator Shafts,
Electrical Control & Computer Rooms
Concerns Solved with Encasement
Fiber Exposure Abatement with Encasement is a highly
cost effective Abatement Option, initial savings of 40%
to 80% Vs. Removal and Replacement, with Great Short & Long-Term
Benefits for building owners.
SAFE Encasement Systems Comply
with Uniform Building Codes, “Class A” Fire Rated and Passed
ASTM E1795-97, E84,
E162, E662, E1494 & E119.
A Safer Abatement Method,
when Properly Installed - Does Not Disturb Dust or Fibers
as Encasement Systems Safely
Stabilize, Seal and Enclose Asbestos and Lead Hazard Surfaces
Found in pre-1978 Homes, Schools or Commercial Properties.
Mold
and mildew resistance (passes ASTM D-3273/D-3274) without
any EPA- Registered pesticides, thereby avoiding
risks of possible allergic reactions to pesticide fumes
that escape into the indoor environment and living spaces.
Applicators
do not need to be certified/registered/licensed pesticide
applicators. When used in
Schools, parental notification is not required.
SAFE Encasement
Systems are Tough, Long- Lasting and cure to form a Seamless,
Waterproof Protective Enclosure
(Jacket) that Remains Highly-Flexible and has
Lt’d Warranty for up to 20-Years.
Encasement is Environmentally Sound as Minimal
(if any) Hazardous Waste Materials
are Generated.
Encasement Materials are Water-Based, Non-toxic & Solvent-Free
making them
Safe to Store, Easy to Use and Cleanup is with Soap and Water.
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