Water Quality, Availability and Potential of Geothermal Energy Utilization, Afra Water, Jordan
Journal Title: Sustainable Resources Management Journal - Year 2017, Vol 2, Issue 1
Abstract
Reusing of 3.3 MCM (million cubic meter) of water every year from utilizing thermal water of the hot springs will boost the availability of water at the Dead Sea area. This water represent an additional sources of water for agribusiness in which all available springs and similar sources can follow the same way of successful. In this work the water quality of Afra hot springs was analysed at source and compared with the water at downstream at the Dead Sea area. Microbial analysis found no traces for faecal coliform and E.coli bacteria which lower the risk for contract diseases when the water is used for irrigation without any prior treatment. The water at upstream rich with high trace of metals with a significant content of bicarbonate, BOD5 and COD but within Jordanian standards for irrigation purposes. Slight variations between physicochemical parameters and trace metal contents found between the water from the source and the water at the downstream because of surface runoff interactions at the way down. Afra spring water at the source is considered as low-enthalpy geothermal sources, as the temperature is range between 45-48 oC, therefore, power generation is unlikely to be possible. However, it can be used in curative water tourist. According to the water quality and availability, different suggestions for treatment and uses will be defined in this paper. Furthermore, to evaluate the potential uses at the downstream
Geomorphological evolution and sediment yield from scree slopes with projection in the glacier watersheds of Tuni and Condoriri, Bolivia
This paper describes the sediment yield production from the most active areas in the glacier watershed of Tuni/Condoriri in Bolivia, represented by mobile fans, and based on the short monitored program carried out during...
Water Quality, Availability and Potential of Geothermal Energy Utilization, Afra Water, Jordan
Reusing of 3.3 MCM (million cubic meter) of water every year from utilizing thermal water of the hot springs will boost the availability of water at the Dead Sea area. This water represent an additional sources of water...
Establishing Small-Scale Salt-Gradient Solar Pond Experiment, Dead SeaJordan
An experiment for salinity-gradient solar pond has been constructed and operated at the Dead Sea area over a period of 3 months. The pond has a volume of 5m3 with dimensions of (L, H, W) as 2.0m, 2.0m and 1,25m respectiv...
Innovative Solution for Additional Water Resources at the Jordan Valley Area
AL-Karama dam, the second largest dam in Jordan, was constructed in the Jordan valley area in the year 1979. Currently, the dam holds about 72% of its designed storage capacity with total dissolved solids concentration o...
Resources Management and Future: Welcome to the Sustainable Resources Management Journal
Sustainable resource management is often defined as the planning and decision making process that seeks to organize and balance the social, economic and environmental demands on resource use to achieve future sustainable...