Revirse Osmosis sea water Plant

Project: Rehabilitation and Development of Sea Water RO Desalination Plant with capacity 2000 m3/day

Project period from 2012 to 2014. project consist of Constructing seawater RO desalination plant

  • Construction water concrete reservoir tank
  • Construction of steel structure building 700 m2
  • Construction of sea water beach well capacity 200 m3/hr
  • Construction of water pipe line UPVC with total length 2000 m

Revirse Osmosis brackish water Plant

Rehabilitation of Al Salam Brackish Water Desalination Plant

The works are primarily refurbishment of 50 m3/h brackish water desalination RO plant and Electromechanical Repair: including replace all of mechanical parts of multimedia filters and RO high pressure pumps with required SS piping manifold including all related civil works

Project:  Rehabilitation and Development of Sea Water RO Desalination Plant in Deir El Balah with capacity 2000 m3/day

Project:  Supply and Install Modular Skid Mount Well Head 500m3/Day Sea Water RO Desalination Plant-Al Sheifa Hospital in Gaza City

Project: Electromechanical Repair and Rehabilitation of Al Salam Brackish Water Desalination Plant of 50 m3/hour

Project: Construction of  brackish water Desalination Plant and Drinking Water Filling Points in Al Maghazi Refugees Camp with capacity 288 m3/day

Project: Rehabilitation and Consolidation of the Gaza Industrial Estate (RCGIE) Package #3 : Desalination Plant

The works include rehabilitation and upgrading of the existing brackish water desalination plant with capacity 40 m3/h and supply and install new brackish water RO desalination plant with capacity 40 m3/h the two desalination RO plants (new plant and the existing RO) will be connected and synchronizing the operation of the plant as one unit by SCADA control system

pumping station

Project: CMWU /Rehabilitation works at El Rahma water booster station

This project consists of:

  • supply and installing two vertical turbine water pumping sets with total capacity 600 m3/h, including 24″ suction barrel with 9 meter depth for each pump.
  • supply and installing two vertical turbine water pumping sets with total capacity 500 m3/h, including 24″ suction barrel with 9 meter depth for each pump.
  • upgrading of the existing electrical control panel

Similar projects:

Project :Repair Rehabilitation of Water Tanks and Booster Stations in Middle and southern Area –package2

Project :Supply and installation of different water pumps with different technical specifications

mobile sewage pump

Project: Electromechanical Rehabilitation and Maintenance of Three Mobile Pumps With Spare Parts

The works are primarily including the following:

  • Supply, test and install wet prime trash pump produce 120 m3/h at total head 25 meter.
  • Supply, test and install wet prime trash pump produce 250 m3/h at total head 25 meter.
  • Supply and install suction and delivery hoses with different diameters.

pre-treatment sewage

Project: CMWU /O&M maintenance W-WW facilities in all Gaza Strip

This project consists of:

  • electromechanical rehabilitation, repair and upgrading sewage pumping stations and water treatment facilities
  • electromechanical rehabilitation, repair and upgrading water wells, pumping and treatment facilities
  • maintenance of electrical installations

Similar Projects:

Project: Electromechanical Rehabilitation of two sewage submersible pumps 37 kw each, upgrading the existing bar screen including control panel for Seka and Soultan Abdel hameed WWPS at Beit Hanoun

Project: Provision of maintenance works of wastewater facilities & heavy machineries repair.

Project:” Lot No.3: mechanical Rehabilitation and, Maintenance of waste water Facilities.

Project: Rehabilitation and upgrading of sewage pumping stations and generators at North Gaza

I am text block. Click edit button to change this text. Lorem ipsum dolor sit amet, consectetur adipiscing elit. Ut elit tellus, luctus nec ullamcorper mattis, pulvinar dapibus leo.

Scada System

Hover Box Element

Click edit button to change this text. Lorem ipsum dolor sit amet, consectetur adipiscing elit. Ut elit tellus, luctus nec ullamcorper mattis, pulvinar dapibus leo.