FESI-BOND™ sandblast media are a group of blast media
amended with precipitant stabilizers designed to convert Pb to a
non-hazardous character in the paint-media mix after contact.
FESI-BOND™ CCA (pressure treated wood) stabilizers are a group of As
stabilzers designed to control As leaching from CCA treated wood.
The FESI-BOND™ Paint TCLP Pb Stabilization Process is simple and
unregulated. FESI-BOND™ paint contains patented chemicals, which
convert lead bearing material on a molecular level to a non-hazardous
characteristic as tested under TCLP. FESI-BOND™ paint is applied
prior to management of materials as a solid waste under RCRA regulations,
and thus prior to TCLP testing requirements.
The standard FESI-BOND™ paint TCLP stabilization method involves a
single-pass roller or spray application of FESI-BOND™ paint onto the
lead bearing material surface. The Pb TCLP stabilization is immediate
upon surface contact, thus requires no chemical curing or set-up time
beyond standard latex drying time.
FESI-BOND™ paint TCLP stabilized materials can be managed as non-hazardous
during and after demolition. The handling and disposal costs savings can
exceed $200.00 per US ton with use of this FESI-BOND™ technology.
The FESI-BOND™ Sandblast Media Stabilization Process is also simple and
unregulated. FESI-BOND™ Sandblast Media contains patented chemicals,
which convert lead bearing material on a molecular level to a non-hazardous
characteristic as tested under TCLP. FESI-BOND™ Sandblast media is applied
prior to management of materials as solid waste under RCRA regulations, and
thus prior to TCLP testing requirements.
FESI holds the exclusive US patent and patent-pending rights to the
stabilization of lead bearing materials prior to their generation as
a waste material, including materials such as lead painted wood, concrete,
steel, etc. The FESI US patents 5,860,908, 5,846,178, 5,722,928, 5,536,899,
and numerous patents-pending provide technology rights protection to
contractors and vendors using FESI-BOND™ PAINT STABILIZERS.