Spray irrigation means the application of recycled water to crops to maintain vegetation or support growth of vegetation by applying it from sprinklers.
Spray irrigation means the application of water by projecting droplets farther than one foot from the sprinkler head.
Spray irrigation means application of water and wastewater, including recycled water, to the land to maintain vegetation or support the growth of vegetation by spraying the water and wastewater above ground from sprinklers, micro-sprinklers, or orifices in piping.
Examples of Spray irrigation in a sentence
At the present time the following methods are used to manage leachate:⦁ Spray irrigation of leachate onto the waste mass in accordance with an ODEQ-approved plan, Pilot Plan for Landfill Biodegradation Enhancement through Leachate Irrigation overWaste (Thiel 1997c) and subsequent plan revisions requested, and approved by DEQ in the annual leachate management reports.
More Definitions of Spray irrigation
Spray irrigation means the controlled application of treated wastewater to a vegetated soil surface. "Storage" means the interim containment of liquid waste or treated liquid waste before disposal or utilization.
Spray irrigation means the application of recycled water from sprinklers to crops or vegetation.
Spray irrigation means (subject to subsection (5) below) the irrigation of land or plants (including seeds) by means of water or other liquid emerging (in whatever form) from apparatus designed or adapted to eject liquid into the air in the form of jets or spray; and
Spray irrigation means the controlled application of treated wastewater to a vegetated soil surface which shall not exceed the needs of the crop, hydraulic capacity of the soils or the site’s ability to assimilate the treated wastewater.
Spray irrigation means the controlled application of treated wastewater to a vegetated soil surface.
Spray irrigation means application of water from finely divided water droplets to land using artificial means.
Spray irrigation means the loading rate for land treatment of wastewater which shall not exceed either the needs of the crop grown on the particular soil plus the other assimilative mechanisms (immobilization with organic material, volatilization, and leachate in compliance with drinking water standards), or the hydraulic capacity of the soil. The Department may require a lower loading rate if the design criteria for pathogens,