Irrigating with Sugarbeet Processing Wastewater

Irrigating with Sugarbeet Professing Wastewater*

In recent years, irrigating agricultural land with wastewater has become a major wastewater management practice. Irrigation has replaced much of the discharge to streams and conventional primary and secondary waste treatment for food processing wastewater (4, 11, 12, 13). Irrigating agricultural land for treatment and disposal of the food processing wastewater is a good practice if the wastewat...

Irrigating Melissa officinalis L. Medicinal Plant with Chromium Wastewater Treated by Electrocoagulation

In recent decades, enormous use of chromium in different industries as well as water and soil pollution by those industries caused serious concern. Toxic impact of chromium on the growth of plants includes changes in the process of germination and root, stem and leaves’ growth. Chromium also has harmful impact on the plants’ physiological processes such as photosynthesis. On the other hand, iro...

Salmon Processing Wastewater Treatment

The Skokomish salmon processing plant was built to provide a more efficient system for handling fish from the Indian commercial fishery on the Skokomish River. It is located on the Olympic Peninsula near the mouth of the Skokomish River about 45 miles southwest of Seattle, Washington (Figure 1). processing plant was designed in 1971, constructed in 1972, and has been in operation since December...

irrigating melissa officinalis l. medicinal plant with chromium wastewater treated by electrocoagulation

in recent decades, enormous use of chromium in different industries as well as water and soil pollution by those industries caused serious concern. toxic impact of chromium on the growth of plants includes changes in the process of germination and root, stem and leaves’ growth. chromium also has harmful impact on the plants’ physiological processes such as photosynthesis. on the other hand, iro...

Survey of Insecticide Use in Sugarbeet in Eastern North Dakota and Minnesota - 2002 2002 Sugarbeet Research and Extension Reports. Volume 33, Page 132-133 Improvements in Sugarbeet Growth with Amendments in Sandy Soils with a History of Poor Sugarbeet Performance