Project of Treatment of Kafr Khal well The project aims to improve the quality of the water, which suffers from high concentration of total hardness, iron and turbidity by installing: Ventilation tower, sand filter and deodorizer with a design capacity of 15 m3 /h

Water Treatment Projectof Al Shawahed wells The aim of the project is to eliminate bacteria and macrophages using ultraviolet rays and multilayer filters funded by the Water Authority in 2003 with a design capacity of 120 m3 /h

Water Treatment Project of Qairawn Spring. The project aims to eliminate bacteria and macrophages using ultraviolet rays and textile filters, which was established with funding from the American Assistance Program in 1999 with a design capacity of 150 m3 /h

Water treatment project of Ain Al-Deek and Al-Tayss prings in the same way used in the treatment ofQairawn spring. The project aims to eliminate bacteria and macrophages using ultraviolet rays and textile filters, which was established with funding from the American Assistance Program in 1999 with a design capacity of 150 m3 /

The project of water treatment of Prince Faisal (6) wells. The project aims at improving the quality of water with high concentration of total soluble salts, total hardness, iron, sulfur and ammonia by installing: Ventilation tower, primary chlorination, sand filters and (4) reverse diaphragm units with a design card up to (360 m3 /h) treated and blended water, which was established in 2010 on the (Design Build Operate system) based on the price per cubic meter for fifteen years to provide the governorate of Jerash.

Water Treatment Project of Qantara spring in the same way used in the treatment of Qairawn spring The project aims to eliminate bacteria and macrophages using ultraviolet rays and textile filters, established with funding from the American Assistance Program in 1999 with a design card of 150 m3 /h.

Water Treatment Project of Zgayeig well No. (1) The project aims to eliminate iron, sulfur, total hardness and turbidity using ventilation, filtration and reverse osmosis with a design capacity of 50 m3 /h, established in 2014 with the support and funding of PepsiCo within the Community Support Project Water Positive Balance

Water Treatment Project of Zgayeig wells (3 + 4) The project aims at the disposal of iron, sulfur and turbidity using ventilation and filtration with a design capacity of 90 m3 / s, which was established in two stages: the first in 2012 for the treatment of well No. (3) financed by the Yarmouk Water Company. Phase II: Expanded in 2014 with IRD funding for the treatment of well Zakiq No. (4)

Water Treatment Project of Dbaan well in Mafraq Governorate The project aims to improve the quality of the water, which suffers from high concentration of total hardness and soluble salts by installing: impurities filters and a reverse osmosis unit with membranes with design capacity of 13 m3 /h. Established in 2014 with funding from the Environmental Compensation Program

Water Treatment Project of Al-Ziniyah Wells in Mafraq Governorate The project aims to improve the quality of the water of wells (3, 7), which suffer from high concentration of total hardness, soluble salts and nitrates by installing: sand filters, primary chlorination and osmosis unit with membrane design capacity up to( 90 m3 /h, 120 m 3 /h raw water) Established in 2008 with funding from the Environmental Compensation Program

Water Treatment Project of (Harbushiya and Border) wells in Jaber Al Sarhan - Mafraq. This project aims to improve the quality of water which suffers from high concentration of iron, sulfur and turbidity by installing: Ventilation tower and sand filters with a design capacity of 200 m3/h / 2014Year Mercy Corps / UNICEF

Water Treatment Project of Jaber Al-Sarhan well - Mafraq The project aims to improve the quality of water that suffers from the appearance of iron, ammonia and arsenic concentration in several stages through the installation of: Phase I Sand filters for removal of iron and ammonia, Phase II Filters (IOCS) Removal of arsenic, Phase III Filters (GFH Arsenic Removal) The final A design capacity up to 40 m3 /h was established in 2014 to supply the city of Mafraq with treated water. Financed by environmental compensation

Al Mukhaibeh Station The project aims at improving and securing the water sources in urban and rural areas. The project included rehabilitation of (Al Shag Al Bared ) well and establishment of a pumping station and a desalination plant to treat the water. A (8”) line was extended for 2 km length to transport the water from the well site to pumping and treatment stations . another (6”) line with 5 km to transport the water to the distribution area in addition to building a water tank with a capacity of (240) m3 at the site of the project because this area is considered one of the areas suffering from scarcity of water resources . This project will servs 35,000 people in the areas of Al-Muhaybah Al-Fawqa and Al-Tahta in the BaniKanana Brigade and the Northern Adassiya area in the Northern Jordan Valley With a production capacity of about 150 m3 /h This project was funded by GIZ, KFW and Yarmouk Water Company in 2015

Mahasi Water Treatment Project for (5,6, 8 (Al-Berka) The project aims to improve the quality of wells water which suffers from a high concentration of nitrates, salts and total hardness through the installation of: sand filters, reverse osmosis units with membranes and then ion exchange, design capacity up to (160 m3 /h) In the waters of Irbid and Mafraq. Funded by Mercy Corps in 2014

Jaber Water Treatment Rehabilitation Project for (1, 2, 3A, 4, 6, 8) wells . The project aims to improve the quality of water which suffers from high concentration of iron, sulfur and turbidity by installing: Ventilating tower and sand filters with a design capacity of 300 m3 /h to provide the city of Ramtha with water to fill the shortage of water in Irbid and Mafraq Mercy Corps in 2014funded by

Water Treatment Project of Abu Al Basal wells southwest Ramtha wells (1, 2, 4) The project aims to improve the quality of well water which suffers from high concentration of iron, sulfur and turbidity by installing: Ventilator and sand filters with a design capacity of 150 m3 /h to supply Ramtha city. funded by Mercy Corps / UNICEF in 2013

Al Kraimeh Water Treatment Project for wells (4, 5). The project aims to improve the quality of water which suffers from high concentration of dissolved solids and total hardness by installing: ventilation tower, sand filters, reverse osmosis unit with membrane design card up to (100 m3 /h) treated and mixed water with (120 m3 / raw water)h) Operate system was builtIn 2008 basis on the price of cubic meter to supply 15years-per-cubic meter basis to supplyKraimeh Town with treated water for 15 years.

Deep well (1) of Hamet Abu thableh water Treatment Project This project aims to improve the quality of water which suffers from high concentration of total hardness and iron by installing: Ventilation tower, sand filters and then reverse osmosis unit with a design card up to 220 m3 /h and mix it later treated water fromWadiAl Arab station . funded by the Environmental Compensation Program

Water Treatment Project of Ruweished wells (1 + 4) / Northern Badia The first reverse osmosis desalination project (RO) was implemented by a local company in 2001 This project aims at improving the quality of the Ruwaished wells (1, 4), showing concentrations of iron, sulfur, hardness and fluoride by installing: sand filters in addition to desalination using reverse osmosis membranes with a design capacity of 90 m3 /h. Established in 2000 with funding from the Water Authority

Water Treatment Project of Ruweished wells (6 + 7) / Northern Badia It was implemented by a local company in 2000 This project aims at improving the quality of the Ruwaished wells (6 + 7), which shows concentrations of iron, sulfur, hardness and total soluble salts by: Supply and operation of primary processing units consisting of chlorination and sand filters as well as a desalination container using reverse osmosis membranes Up to (70 m 3 /h). Established in 2008 with funding from the Poverty Pockets Project

Water Treatment Project of Ruweished well (2) / Northern Badia It was implemented by a local company in 2008 The project aims at improving the quality of the water, which shows concentrations of iron by installing primary treatment units consisting of chlorination and sand filters. The treated water is then mixed with desalinated water from Al-Ruwaishid stations by 30 m3/h

Water Treatment Project of Safawi well The second reverse osmosis desalination project (RO) was implemented by a local company This project aims to improve the quality of the waterwhich suffers from high concentrations of hardness, soluble salts and nitrates through the installation of: sand filters in addition to desalination using reverse osmosis membranes with a design capacity of 70 m3 /h. Established in 2004 with funding from the Water Authority