Pressure Distribution System definition
Pressure Distribution System means any system designed to uniformly distribute septic tank or other treatment unit effluent under pressure in an absorption facility or treatment unit.
Pressure Distribution System means a network of distribution pipes in which effluent is forced through orifices under pressure. Pressure distribution may be accomplished by use of a pump, siphon device, or other manufactured pressure distribution devices.
Pressure Distribution System means an OSS consisting of a sewage tank and a subsurface soil absorption system with pressure distribution of the effluent. The acceptable design, operation and maintenance, and performance monitoring requirements are described in the current "Recommended Standards and Guidance for Pressure Distribution Systems" published by the Washington State Department of Health.”
More Definitions of Pressure Distribution System
Pressure Distribution System. - means any system designed to uniformly distribute wastewater originating from the septic tank or other treatment unit effluent under pressure in an absorption or treatment facility.
Pressure Distribution System means a soil absorption system that employs a pump or automatic siphon and small diameter distribution pipping with small diameter perforations to introduce effluent into the soil. Plan review and departmental approval is required for each system of this type. Approval will only be given on a case by case basis. Approval shall only be given on an individual basis.
Pressure Distribution System means any system designed to uniformly distribute septic tank or other treatment unit effluent under pressure in an absorption facility or sand filter. (See Diagrams 6 and 7)
Pressure Distribution System means a system of small diameter pipes equally distributing effluent throughout a subsurface soil absorption system.
Pressure Distribution System means a distribution system designed such that a pump or siphon supplies septic tank effluent to non-perforated pipe that is drilled with holes of such diameter and spacing that the top header, full length of all interconnecting pipes, and the bottom header are under a positive pressure;