|
Main section |
Subsection |
Detail |
Explanation |
|
Sustainable Sites |
Prereq 1 |
Construction Activity Pollution Prevention |
With conventional footing forms, concrete is
poured directly on the ground, contaminating
the water table with cement toxins.
With
Fastfoot®, the concrete is poured into a
membrane, preventing all ground water
contamination. |
|
Materials & Resources |
Prereq 1 |
Storage & Collection of Recyclables |
Lumber formed concrete footings are not
environmental because of transportation,
storage, and waste. Approximately 35% of
lumber forms are sent to the landfill.
Fabric forms are very green: 300 times
lighter and 1% the space of lumber, and stay
in place to prevent ground moisture entering
the concrete and causing mold and health
issues. |
|
Materials & Resources |
Credit 2.1 |
Construction Waste Management: Divert 50%
From Disposal |
Fabric forms divert 100% of forming
materials from disposal. Any lumber used is
completely protected by Fastfoot® from
concrete damage and is reused. |
|
Materials & Resources |
Credit 8 (Canada) |
Durable Building |
Fastfoot®
prevents rapid hydration leading
to stronger and more durable concrete.
Lumber forms lead to excessive drying and
weaker concrete. |
|
Materials & Resources |
Credit 8 (Canada) |
Durable Building |
Fastfoot®
eliminates rising damp, thereby
preventing the deterioration of the building
structure and interior finishes from mold
and dampness. |
|
Indoor Environmental Quality |
Credit 3.1 |
Construction IAQ Management Plan: During
Construction |
Fabric forms for footings stay in place to
act as a permanent membrane,
preventing
rising damp through the concrete and into
the building interior. Elevated moisture
levels are linked to mold and the
proliferation of other indoor air borne
pathogens that directly affect human health. |
|
Innovation & Design Process |
Credit 1.1 |
For innovative performance not specifically
addressed by LEED® |
Fabric formwork for concrete footings is a dramatic
innovation over temporary lumber forms. This technology is
not only more efficient than lumber
forms, but offers ongoing benefits to the
building occupants for the life of the
structure. |