Engineered controls definition

Engineered controls means a containment and/or treatment systems that areis designed and constructed to prevent or limit the movement of, or the exposure to, a hazardous substances. An engineered control is a type of remedial action. Examples of engineered controls include:

Engineered controls means a containment ((and/or)) or treatment system((s)) that ((are)) is designed and constructed to pre- vent or limit the movement of, or the exposure to, a hazardous sub- stance((s)). An engineered control is a type of remedial action. Exam- ples of engineered controls include:

Engineered controls means containment and/or treat- ment systems that are designed and constructed to prevent or limit the movement of, or the exposure to, hazardous sub- stances. Examples of engineered controls include a layer of clean soil, asphalt or concrete paving or other materials placed over contaminated soils to limit contact with contam- ination; a groundwater flow barrier such as a bentonite slurry trench; groundwater gradient control systems such as French drains or pump and treat systems; and vapor control systems. "Environment" means any plant, animal, natural resource, surface water (including underlying sediments), groundwater, drinking water supply, land surface (including tidelands and shorelands) or subsurface strata, or ambient air within the state of Washington or under the jurisdiction of the

Examples of Engineered controls in a sentence

• Engineered controls are containment or treatment systems that prevent or limit movement of, or exposure to, contamination.

• Engineered controls interrupt the pathway between the source and the receptor while allowing both the source and the receptor to remain on the site.

• Engineered controls, administrative controls, or both, shall be applied to the extent needed to reduce the likelihood of occurrence of the event so that, upon implementation of such controls, the event is highly unlikely or its consequences are less severe than those in paragrahs (b)(1)-(4) of this section.

• Engineered controls, administrative controls, or both shall be applied to the extent needed so that, upon implementation of such controls, the event is unlikely or its consequences are less than those in paragraphs (c)(1)-(4) of this section.

• Engineered controls, operation and maintenance requirements, and emergency/contingency planning are documented.

• Engineered controls, administrative controls, or both must be applied to the extent needed so that, upon implementation of such controls, the event is unlikely or its consequences are less than those in paragraphs (c)(1) through (c)(4) of this section.

• Engineered controls are constructed systems that require some degree of maintenance to remain effective.

• Engineered controls, administrative controls, or both, subject to § 40.83(b)(1), must be applied to the extent needed to reduce the likelihood of occurrence of the event so that, upon implementation of such controls, the event is highly unlikely or its consequences are less severe than those in paragraphs (b)(1) through (b)(4) of this section.

• Engineered controls, including physical barriers like clear plastic sneeze guards, where social distancing cannot be achieved or interaction with many customers throughout the day cannot be avoided.

• Engineered controls include measures such as spill containment, and filters for radiological effluent controls, etc., with operating criteria specified as necessary in procedures.

More Definitions of Engineered controls

Engineered controls or “ECs” means any engineered controls as described in the RSRs.

Engineered controls means containment and/or treatment systems that are designed and constructed to prevent or limit the movement of, or the exposure to, hazardous substances. Examples of engineered controls include a layer of clean soil, asphalt or concrete paving or other materials placed over contaminated soils to limit contact with contamination; a ground water flow barrier such as a bentonite slurry trench; ground water gradient control systems such as French drains or pump and treat systems; and vapor control systems. WAC 173-340-200.