The history of Makkah Grand Mosque’s expansion

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Updated 29 July 2020
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The history of Makkah Grand Mosque’s expansion

  • The incredible achievements of the Saudi kings have taken the custodianship of the holiest site in the Islamic world to a new level

JEDDAH: Throughout history, Muslim caliphs and rulers responsible for Makkah, Islam’s holiest city, have gone to great lengths to guard, expand and care for the Grand Mosque.
“The Grand Mosque is the place to which Muslims all over the world turn their faces when starting their prayers, so it was the focus of interest of sultans, kings, princes, leaders and even wealthy Muslim people,” said Dr. Aminah Jalal, a professor of history at Umm Al-Qura University.
“They provided all financial support for the restoration and renovation of the mosque. Religious sentiments motivated them to send donations throughout the Islamic ages, as well as providing the workers and building materials necessary to take care of this blessed mosque.”
In days gone by, leaders also ordered wells to be dug and roads paved to make the journey to the holy sites easier for pilgrims, she added, but in the Saudi era, their efforts have reached a new level.
“The contributions of Saudi leaders in expanding and taking care of the mosque are beyond any comparison,” said Jalal.
 

Rashidun caliphate
According to a report by the General Presidency for the Affairs of the Two Holy Mosques, the Grand Mosque was surrounded by houses from the time of Prophet Ibrahim until the rule of the second Muslim caliph, Umar ibn Al-Khattab. He bought the neighboring properties so that the circumambulation area could be expanded. He also ordered a nearly 2-meter high wall to be built around the space.
As the number of worshippers increased, more space was needed, and the mosque was extended during the reign of Uthman ibn Affan, the third Muslim caliph, in 647. The number of people using the mosque continued to grow, and 38 years later it was expanded again by Caliph Abdullah ibn Al-Zubayr. He also rebuilt the Kaaba after the structure was damaged.

Umayyad caliphate
Two further expansions took place during the rules of the fifth Umayyad caliph, Abdul-Malik bin Marwan, and his son, Al-Waleed bin Abdul-Malik.

Abbasid caliphate
According to the General Presidency report: “The mosque also (underwent) expansions during the time of the Abbasid Caliphate, as the Muslims’ 20th caliph, Abu Jaafar Al-Mansour, ordered a little enlargement to the north side. A minaret on the eastern side of the mosque was also built.”
The largest expansion project of this era was ordered sometime around the year 783 by third Abbasid caliph, Mohammed Al-Mahdi, who expanded the Grand Mosque after acquiring neighboring houses and demolishing them.
He died in 785, before the project was completed, so his son and successor as caliph, Musa, took over supervision of the project, which increased the size of the mosque by 12,512 square meters.
For the next 810 years, the Grand Mosque remained largely unchanged, with only restoration work taking place.
 
Ottoman reign
In the early 1570s, Ottoman caliphs Sultan Selim Khan and his son, Murad Khan, oversaw renovation and restoration works that included the replacement of the mosque’s flat, wooden roof with domes. They also installed additional columns to support the roof, and a stone arcade was added. The size of the mosque grew to 28,003 square meters.
 
Saudi era
Despite the impressive work of rulers throughout history to expand and care for the Grand Mosque, the incredible achievements of the Saudi kings took the custodianship of the holiest site in the Islamic world to a new level.
When King Abdul Aziz united the country and founded Saudi Arabia, he made the Two Holy Mosques a top priority and ensured they received special attention.
In 1926, he ordered a complete renovation to the Grand Mosque, including a directive to cover the entire floor with marble. A year later, according to the General Presidency, he ordered marquees to be erected at the Mataf (circumambulation space) to protect worshippers from the heat of the sun. He also ordered the Masa (the area between Safa and Marwah along which pilgrims walk in what is known as Saee) to be paved with stone for the first time.
In 1928, he ordered the establishment of a Kiswah factory to manufacture the cloth that covers the Kaaba. He even made it a condition in his will that his sons continue to expand the Grand Mosque in anticipation of the increasing numbers of pilgrims.
When his son, King Saud became monarch, the Grand Mosque covered approximately 28,000 square meters. In 1955, he launched a long-term expansion project that continued for nearly 10 years. The size of the Masa was increased, and an underground area and another floor were added.
Saud’s successor, King Faisal continued the expansion and development work. The building surrounding the Maqam Ibrahim was removed to provide more space for worshippers while circumambulating the Kaaba.
After King Khalid took over in 1975, the Mataf area was expanded and the stone pavement of the Masa was replaced with Greek, heat-resistant marble so that worshippers could circle the Kaaba more comfortably, especially at noon.
On Sept. 14, 1988, King Fahd laid the foundation stone for the largest expansion of the Grand Mosque in 14 centuries. The project increased its size to 356,000 square meters, enough space for up to 1.5 million worshippers to comfortably perform their rituals. In addition, two minarets were added to the existing seven.
The sixth Saudi leader, King Abdullah, who took the throne in 2005, initiated another major expansion project, which included architectural, technical and security improvements. The capacity of the Mataf area was increased from about 50,000 people an hour to more than 130,000 to cope with the growing numbers of Hajj and Umrah pilgrims.
The total space covered by the Grand Mosque and its open areas and facilities increased to 750,000 square meters, at a total cost of more than SR80 billion ($21.3 billion).
In 2015, King Salman launched five major projects designed to allow the mosque to accommodate nearly 2 million worshippers on a 1.5-million-square-meter site. Neighboring properties worth billions of dollars were acquired to provide the land that was needed.
The projects included expansions of the main building, squares, pedestrian tunnels, central service station and the first ring road.
Directives were also issued to take advantage of space on all floors of the mosque to accommodate more worshippers at the Grand Mosque and enable them to perform Tawaf (circumambulation) conveniently.
The capacity of toilets and places for ablution was increased to 16,300.
Technological improvements to the Grand Mosque include escalators and lifts that operate around the clock, air conditioning, lighting, a sound system, video surveillance and a fire control system.
A report by the Ministry of Finance revealed that projects within the most recent, third Saudi expansion of the Grand Mosque, which began in 2008, included the development of the main building, Masa and Mataf, external squares, bridges, terraces, central services, service tunnels, hospital and pedestrian tunnels, transit stations and bridges, the ring road surrounding the mosque, and infrastructures such as power stations and water reservoirs.
In Aug. 2019, the Saudi Press Agency reported that a project to add more than 3,000 square meters of courtyard space near to the Grand Mosque was nearing completion. It was designed to increase the capacity of the mosque and its courtyards to provide the best possible service to Hajj and Umrah pilgrims, assist with crowd control and ensure the safety of visitors.


Kingdom arrests 20,688 illegals in one week

Updated 58 min 3 sec ago
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Kingdom arrests 20,688 illegals in one week

Riyadh: Saudi authorities arrested 20,688 people in one week for breaching residency, work and border security regulations, the Saudi Press Agency reported on Saturday.

A total of 12,372 people were arrested for violations of residency laws, while 4,750 were held over illegal border crossing attempts, and a further 3,566 for labor-related issues.

The report showed that among the 1,264 people arrested for trying to enter the Kingdom illegally, 61 percent were Ethiopian, 36 percent Yemeni, and 3 percent were of other nationalities.

A further 93 people were caught trying to cross into neighboring countries, and 27 were held for involvement in transporting and harboring violators, the SPA reported.

The Ministry of Interior said that anyone found to be facilitating illegal entry to the Kingdom, including providing transportation and shelter, could face imprisonment for a maximum of 15 years, a fine of up to SR1 million ($260,000), as well as confiscation of vehicles and property.

Suspected violations can be reported on the toll-free number 911 in the Makkah and Riyadh regions, and 999 or 996 in other regions of the Kingdom.


Strict Hajj rules for pilgrims’ safety says ministry

Updated 19 April 2025
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Strict Hajj rules for pilgrims’ safety says ministry

  • Ministry warns against scams on social media

RIYADH: The Ministry of Hajj and Umrah has stressed that individuals intending to perform Hajj this year must obtain a permit through the Nusuk platform, which is integrated with the unified Tasreeh system for issuing official permits.

It also said that no type of visa grants the right to perform Hajj, and that full compliance with regulations is essential to ensure the safety of pilgrims and a smooth Hajj experience, the Saudi Press Agency reported.

The ministry warned against fraudulent activities and deceptive Hajj campaign advertisements on social media that falsely promise accommodation and transportation within the holy sites.

The ministry urges the public to report suspicious activities by calling 911 in Makkah, Riyadh, and the Eastern Province, or 999 in other areas of the Kingdom. Misleading ads should also be reported to relevant authorities in all countries.

The ministry has announced that April 29 is the final departure date for Umrah visa holders, in preparation for the Hajj season, the SPA reported.

The General Directorate of Public Security has said that Hajj regulations will begin on April 23. All residents intending to enter Makkah must obtain a valid entry permit from the relevant authorities. Those without a permit will be denied entry at security checkpoints, the SPA added.

The directorate emphasized that Hajj procedures will be strictly enforced. Vehicles and residents without a work entry permit, a Makkah resident ID or an official Hajj permit will be turned back.

It further clarified that entry permits for residents working during Hajj are issued electronically via the Absher Individuals platform and the Muqeem portal, through integration with the unified digital Hajj permit platform.


KSA showcases literary, religious heritage in Rabat

Updated 19 April 2025
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KSA showcases literary, religious heritage in Rabat

RIYADH: Saudi Arabia’s Ministry of Islamic Affairs is taking part in the 30th Rabat International Book and Publishing Fair, running until April 27 in the Moroccan capital.

It reflects the ministry’s efforts to promote the Kingdom’s message of moderation and tolerance, and its commitment to printing, publishing and teaching the Holy Qur’an, the Saudi Press Agency reported.

The ministry’s pavilion features a section from the King Fahd Complex for the Printing of the Holy Qur’an in Madinah, showcasing a wide range of printed Qur’ans and translations in various languages.

Another section highlights the Makkah Library, displaying rare and historical Islamic manuscripts from renowned writers, linguists and scholars.

Represented by the General Secretariat for Exhibitions and Conferences, the ministry is also presenting a range of digital applications and programs for fair visitors.

The Kingdom’s Literature, Publishing and Translation Commission is also taking part, showcasing initiatives aimed at advancing the publishing industry and enriching cultural activities.

These include supporting Saudi publishers and literary agents globally, presenting the Kingdom’s intellectual heritage, highlighting its cultural traditions and promoting local literary output.


KSrelief steps up aid efforts in conflict zones

The aid is part of the Kingdom of Saudi Arabia’s ongoing humanitarian and relief projects. (SPA)
Updated 19 April 2025
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KSrelief steps up aid efforts in conflict zones

  • The initiative is part of the 2025 Food Security Support Project in the Republic of Sudan.

RIYADH: Saudi aid agency KSrelief continues to provide much-needed humanitarian assistance to some of the world’s most vulnerable people.

In Sudan, 1,350 food packages were distributed to displaced and needy families in Northern State, benefiting more than 8,000 people, the Saudi Press Agency reported.

In Yemen, 3,200 cartons of dates were handed out to vulnerable groups in the Midi and Haradh districts of Hajjah governorate, benefiting 19,200 individuals, while the KSrelief-supported prosthetics and rehabilitation center in Aden governorate provided medical services to 372 amputees.

The center delivered some 954 services over the course of a month. These included measuring, manufacturing and fitting of prosthetics, along with delivery and maintenance services, as well as rehabilitation and physiotherapy for the patients.

In Jordan, KSrelief continues its 30th volunteer program at the Zaatari refugee camp for Syrians, with participation from various medical specialties.

To date, the program has offered healthcare in dermatology, gynecology, bone tumors, pediatrics, family medicine and physiotherapy, benefiting almost 600 people.

Since its launch in May 2015, KSrelief has carried out 3,393 projects worth almost $7.9 billion across 106 countries, in partnership with more than 309 organizations.


How experts in Saudi Arabia are harnessing the power of microbes to treat wastewater

Updated 18 April 2025
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How experts in Saudi Arabia are harnessing the power of microbes to treat wastewater

  • KAUST researchers are using the microorganisms found naturally in wastewater to clean it and extract valuable resources
  • The system reduces energy use and avoids sludge buildup common in traditional wastewater treatment methods

RIYADH: What if the answer to wastewater treatment was in the water itself? At King Abdullah University of Science and Technology, a team led by Professor Pascal Saikaly is harnessing the natural power of microbes found in wastewater — not just to clean it, but to generate energy and create valuable resources.

Rather than relying on outdated, energy-intensive systems, Saikaly’s team is developing innovative, nature-based solutions that turn waste into a tool for sustainability. Their key technology? A microbial electrochemical system that takes advantage of how certain microbes “breathe.”

Some microbes are capable of a process called extracellular electron transfer — moving electrons outside their cells to solid surfaces. Under the right conditions, this creates a small but useful electric current.

“At the anode, think about oxidation, you basically release electrons. At the cathode, it’s more like uptaking the electrons,” Saikaly told Arab News. “You have organisms that release the electrons at the anode side. At the cathode side, you have organisms that can capture these electrons.”

This process — using natural microbial activity and controlled conditions such as pH, electrode potential and substrate type — helps to treat wastewater while recovering energy and chemicals such as methane.

“You’re not adding any more energy to the whole process, so we reduce energy consumption,” Saikaly said.

Professor Pascal Saikaly at the KAUST Water Desalination and Reuse Center. (KAUST photo)

Unlike conventional wastewater treatment methods, which were developed more than a century ago and rely heavily on aeration, these new systems are far more efficient. According to Saikaly, current methods require 0.6 kilowatt-hours of energy per cubic meter of treated water and produce large amounts of residual sludge.

“The technology that we are currently using generates a lot of residual solids,” he said. “In any biological treatment process, you produce waste. And this waste, we call it residual waste or waste activated sludge, we need to dispose of it.

“This means there is an additional cost that we have to pay for in the treatment process. So, it is energy intensive and generates a lot of residual solids.”

The KAUST team’s microbial system not only removes pollutants but, under the right operation, can also fix carbon dioxide — transforming it into methane gas or acetate, both of which can be used as renewable fuels.

“You can operate it without microorganisms and there you produce hydrogen, or you operate it with microorganisms and you can generate methane gas or other types of substrates,” Saikaly said.

 

The goal is to move from simply treating waste to recovering valuable resources from it. “All the biotechnology that we developed falls under this principle,” Saikaly said. “Treat the waste with simultaneous recovery of resources. That’s our principle.”

Another innovation Saikaly’s team has developed is a technology called microbial chain elongation. Designed as an alternative to landfilling organic waste, this process converts food and dairy waste into high-value chemicals rather than low-value methane.

“According to Vision 2030, all of these landfills will be shut down and waste should be diverted away from landfills by 2030 or 2035,” Saikaly said. “This means there is an urgent need for an alternative solution for this huge amount of organic waste that is being generated.”

Existing wastewater treatment plants use a technology that was invented more than 100 years ago. The Activated Sludge Process utilizes aerobic bacteria to break down organic matter in wastewater. (iStock images)

Among the byproducts of this process is casaene — a protein-rich substance containing 16 essential amino acids — suitable for use in aquaculture and poultry feed.

“We’re in discussions with the aquaculture program at KAUST,” Saikaly said. “And also we are in discussion with Sipchem, which is a petroleum chemistry company. They also want to use our products to produce polymers. There’s a big window of applications that is much, much broader and has a higher value than methane gas.”

By producing methane, wastewater can be treated by generating enough energy to make the whole process energy neutral. (iStock images)

The team is also behind a compact, mobile wastewater treatment plant — the aerobic granular sludge gravity-driven membrane system — developed in partnership with former KAUST scientist Mohammed Ali. It treats domestic wastewater without the need for energy-intensive aeration or pumping, making it ideal for rural or remote locations.

The system, already in use in Rabigh, Saudi Arabia, serves up to 2,000 people and is designed to process 150 cubic meters of wastewater per day.

At the anode, pollutants such as chemical oxygen demand, biological oxygen demand, nitrogen compounds, and phosphorus are removed.  (iStock images)

These innovations are part of a broader push by Saikaly and his team to rethink how we deal with waste — not as something to dispose of, but as something to transform. And while many of these technologies are still a few steps from commercial deployment, they are already showing how science and sustainability can go hand in hand.

“We want to think about waste not only as to treat and dispose, but as a waste that we can use to recover resources,” Saikaly said.