Zam Zam

The Well of Zamzam (or the Zamzam Well, or just Zamzam; Arabic: زمزم‎) is a well located within the Masjid al-Haram in Mecca, Saudi Arabia, 20 m (66 ft) east of the Kaaba,[1] the holiest place in Islam. According to Islamic belief, it was a miraculously-generated source of water from God, which began thousands of years ago when Abraham‘s (Ibrāhīm) infant son Ishmael (ʼIsmāʻīl) was thirsty and kept crying for water and was kicking at the ground when water gushed out. Millions of pilgrims visit the well each year while performing the Hajj or Umrah pilgrimages, in order to drink its water.

Contents

1 Origin of Zamzam

2 History

3 Technical information

4 Commercial sale of Zamzam

5 Notes

6 References

7 External links

Origin of Zamzam

Islamic history states that Zamzam well was revealed to Hagar (Hājar), the wife of Abraham and mother of Ishmael,[2] around the year 2000 BC. According to Islamic tradition, she was desperately seeking water for her infant son, but could find none, as Mecca is located in a hot dry valley with few sources of water. Muslim traditions say that Hagar ran seven times back and forth in the scorching heat between the two hills of Safa and Marwah, looking for water. Getting thirstier by the second, her son, Ismael scraped the land with his feet, where suddenly water sprang out. There are other versions of the story involving God sending his angel, Gabriel, who kicked the ground with his heel and the water rose.[3]

The name of the well comes from the phrase Zomë Zomë, meaning ‘stop’, a command repeated by Hagar during her attempt to contain the spring water.[1]

According to Islamic tradition, Abraham rebuilt the Bait-ul-Allah (House of God) near the site of the well, a building which had been originally constructed by Adam (Adem), and today is called the Kaaba, a building toward which all Muslims around the world face in prayer, five times each day. The Zamzam well is located approximately 20 m (66 ft) east of the Kaaba.[1]

History

According to Islam Online, the well originally had two cisterns in the first era, one for drinking and one for ablution.[4] At that time, it was a simple well surrounded by a fence of stones. Then in the era of the Abbasid caliph Al-Mansur 771 AD (149 AH) a dome was built above the well, and it was tiled with marble. In 775 AD (153 AH), Al-Mahdi rebuilt the well during his caliphate, and built a dome of teak which was covered with mosaic. One small dome covered the well, and a larger dome covered the room for the pilgrims. In 835 AD (213 AH) there was further restoration, and the dome was covered with marble during the caliphate of Al-Mu’tasim.[3]

In 1417 (795 AH), during the time of the Mamluks, the mosque was damaged by fire, and required restoration. Further restoration occurred in 1430 (808 AH), and again in 1499 (877 AH) during the time of Sultan Qaitbay, when the marble was replaced.[3]

In modern times, the most extensive restoration took place to the dome during the era of the Ottoman Sultan Abdul Hamid II in 1915 (1333 AH). To facilitate crowd control, the building housing the Zamzam was moved away from its original location, to get it out of the way of the Tawaf, when millions of pilgrims would circumambulate the Kaaba. The water of the well is now pumped to the eastern part of the mosque, where it was made available in separate locations for men and women.[3]

Technical information

The Zamzam well was excavated by hand, and is about 30 m (98 ft) deep and 1.08 to 2.66 metres (3 ft 7 in to 8 ft 9 in) in diameter. It taps groundwater from the wadi alluvium and some from the bedrock. Originally water from the well was drawn via ropes and buckets, but today the well itself is in a basement room where it can be seen behind glass panels (visitors are not allowed to enter). Electric pumps draw the water, which is available throughout the Masjid al-Haram via water fountains and dispensing containers near the Tawaf area.[1]

Hydrogeologically, the well is in the Wadi Ibrahim (Valley of Abraham). The upper half of the well is in the sandy alluvium of the valley, lined with stone masonry except for the top 1-metre (3 ft 3 in) which has a concrete “collar”. The lower half is in the bedrock. Between the alluvium and the bedrock is a 1⁄2-metre (1 ft 8 in) section of permeable weathered rock, lined with stone, and it is this section that provides the main water entry into the well. Water in the well comes from absorbed rainfall in the Wadi Ibrahim, as well as run-off from the local hills. Since the area has become more and more settled, water from absorbed rainfall on the Wadi Ibrahim has decreased.

The Saudi Geological Survey has a “Zamzam Studies and Research Centre” which analyses the technical properties of the well in detail. Water levels were monitored by hydrograph, which in more recent times has changed to a digital monitoring system that tracks the water level, electric conductivity, pH, Eh, and temperature. All of this information is made continuously available via the Internet. Other wells throughout the valley have also been established, some with digital recorders, to monitor the response of the local aquifer system.[1]

The water level is 3.23 m (10.6 ft) below the surface. A pumping test at 8,000 litres per second (280 cu ft/s) for more than a 24 hour period showed a drop in water level from 3.23 m (10.6 ft) below surface to 12.72 m (41.7 ft) and then to 13.39 m (43.9 ft), after which the water level stopped receding. When pumping stopped, the water level recovered to 3.9 m (13 ft) below surface only 11 minutes later. This data shows that the aquifer feeding the well seems to recharge from rock fractures in neighbouring mountains around Mecca.[citation needed]

Zamzam water has no colour or smell, but it has a distinct taste, and its pH is 7.9–8.0, indicating that it is alkaline to some extent and is similar to seawater.

Aabe Zam Zam Well Rare Picture

In Europe, alleged Zamzam water is frequently encountered in bottles such as these

Minerals Mass concentration[5]

Sodium 133 mg/L

Calcium 96 mg/L

Magnesium 38.88 mg/L

Potassium 43.3 mg/L

Bicarbonate 195.4 mg/L

Chloride 163.3 mg/L

Fluoride 0.72 mg/L

Nitrate 124.8 mg/L

Sulfate 124.0 mg/L

pH 8

Total dissolve alkalinity 835 mg/L