As demand increases for residential development in formerly rural areas and in less-than-optimal site conditions for older-style onsite wastewater dispersal, the importance of alternative technologies increases. Advanced onsite wastewater treatment combined with drip dispersal is the best strategy for effectively treating and dispersing the treated wastewater.
The uniformity of the emitter flow for subsurface drip tubing ensures equal distribution and keeping the soil in an unsaturated state. This paper explores the methodology and results of a study performed at Texas A&M University by Bruce Lesikar, Associate Professor, Vance L. Weyland, Graduate Student, and Russell A. Persyn, Assistant Professor with the Department of Biological and Agricultural Engineering.
This paper was presented at the ASAE On-Site Wastewater Treatment X, Conference, 21-24 March 2004 (Sacramento, California USA).
Netafim’s superior emitter design virtually eliminates the clogging problems plaguing others. In test after test, Bioline has exhibited better statistics for maintaining uniform flow rates and resistance and recovery from interference with the emitter’s flow rates.
Recent research at Ohio State University has shown that Netafim USA’s Bioline emitters performed better than others in its resistance to clogging and biofilm development. In this study, the Netafim emitters showed no signs of clogging after one year of continuous operation.
This paper was presented at the ASAE On-Site Wastewater Treatment X, Conference, 21-24 March 2004 (Sacramento, California USA). This paper was presented at the ASAE On-Site Wastewater Treatment X, Conference, 21-24 March 2004 (Sacramento, California USA).
This case study describes a unique application of the use of subsurface drip dispersal technology. Netafim Bioline is used to distribute landfill leachate evenly over the entire field eliminating odor problems, increasing gas production by getting rid of hot spots and, most of all, eliminating the expense of hauling the leachate away for remote treatment and disposal.
Article reprinted with permission from Civil Infrastructure www.cimagazine.net.