Waterproofing Barrier System

Waterproofing Barrier System Definition

A waterproofing barrier system guarantees full protection to walls, foundations, and methane mitigation systems that are below grade and are susceptible to moisture penetration. Typically, the best way to protect a retaining wall against moisture is the application of a waterproofing barrier on the backside of it, after pouring concrete, but before backfilling soil. And the same applies to building footings and stem walls. However, with horizontal sub-slab applications, a waterproofing barrier system is installed prior to pouring the concrete slab.

Applications of a Waterproofing Barrier System & Membrane

A waterproofing barrier system is not equivalent to a de-watering system. Although in some cases, a waterproofing barrier can be part of an elaborate de-watering system. Moreover, a methane vapor barrier, which is necessary as part of the methane mitigation process, can also sometimes be a waterproofing barrier, depending on the application, make, and model of the membrane.

Similar Posts

  • Environmental Geology

    Environmental Geology Environmental Geology: (en·vi·ron·men·tal ge·ol·o·gy) a branch of geology that relates to the impact of human activity on Earth, and the pollution of geologic formations, reserves, and resources. Common focus points of environmental geology are contaminated soil, groundwater aquifers, lakes, rivers, and the ocean. Professional geologists assess and remediate contamination plumes in all media,…

  • Design Methane Pressure (Soil Formation Pressure)

    Design Methane Pressure (Soil Formation Pressure) Design Methane Pressure or Soil Formation Pressure: As per the Los Angeles Department of Building and Safety (LADBS) Methane Code, Ordinance Number 175790, Design Methane Pressure means the highest observed measurement of soil formation pressure during the methane testing process. In fact, a Design Methane Pressure measurement that is…

  • Juvenile Water

    Juvenile Water Juvenile Water: In geology, juvenile water is water derived directly from magma, introduced into the Earth’s surface through geological processes such as magmatic and volcanic activity. Since juvenile water is derived from Earth’s center, its characteristics, are associated with higher temperatures and pressures.

  • Consolidation

    Consolidation “Consolidation” in geology refers to the gradual or slow reduction in the volume of a soil sample (representing a larger soil mass), and the increase in density in response to an applied increasing load, or compressive stress.