Expansion of the Shoket sewage works to give a flow rate of 30,000 m3 per day at a tertiary quality
Working at an active sewage works without impairing its functioning requires precision planning.
Planning and supporting the construction of a sewage works with activated sludge technology for providing a 30,000 m3 per day flow rate and a follow-on project. The process includes pretreatment of waste water with filtration at two degrees and removal of sand, followed by treatment by activated sludge using 3 reactors with 2 final precipitation basins. The secondary treated water is run to a tertiary treatment array, which includes sand filtering and disinfecting by chlorination, followed by running by gravity to a nearby treated water reservoir and from it for recovery for agricultural use. The sludge is treated at the works by thickening on a gravity belt, long-term aerobic stabilization and final filtering using belt filters.
DHV has also planned peripheral auxiliary systems including a complex double pumping station that has multiple levels for the two main sewage lines and air treatment and odor neutralization systems.
Quantification of the natural water yield in the Sea of Galilee basin for the Water Authority
Upgrading the Sorek sewage works (Jerusalem West) to work at a flow rate of 110,000 m3 per day
Building a new Afula sewage works near Afula, to replace existing facilities in the region, and providing a solution for treating wastewater
