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Makkah Municipal Solid Waste

Makkah, Saudi Arabia

2016 - Ongoing
LandfillRecyclingRenewable EnergyWaste Management

Project Description

Approach Words: Environment Preservation, Sustainability, Urban Livability

Public Policy Instruments: Financial Mechanism, Physical Intervention, Planning, Regulatory

The Makkah Municipal Solid Waste Project is a development initiative addressing waste management challenges in Makkah, Saudi Arabia, a city experiences significant waste generation spikes during annual Hajj pilgrimage.1 Unique for its circular economy approach, the project focuses on converting waste into energy and recyclable materials instead of relying on traditional landfilling.2

Launched in 2016, the project operates under the vision of “transforming waste into resources to achieve sustainable urban development”.3 Its goals align with Saudi Arabia’s Vision 2030, emphasizing environmental sustainability and reducing landfill dependency.4 It also forms part of the broader National Waste Management Strategy, which prioritizes waste reduction and resource recovery.5

Title: A public open space within an informal settlement exhibiting contested land use, now has been developed to be used as a community recreational area.

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Title: Vacant land parcels within the informal settlements of Al-Khalidyah are predominantly utilized for the unregulated disposal of solid waste, indicating a lack of formal management and service provision.

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Title: Sanitation workers conducting litter removal to maintain public hygiene during the Hajj pilgrimage. This activity is a critical component of public health strategy during mass gathering events.

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Title: An assembly of waste management machinery at a facility in Makkah. Pictured are key components of the waste processing line, such as recycling separators and industrial balers, which are essential for managing the high volumes of waste generated in the city.

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The project aims to introduce circular economy principles into Makkah’s waste system, reduce landfill dependency through recycling, recovery, and WtE solutions, support sustainable urban development in line with Vision 2030, as well as positioning Makkah as a model for waste management in Islamic cities.6 7
To implement its objectives, the Makkah Municipal Solid Waste Project spans across both formal city areas and underserved informal public areas.8 Key components include:

  • Source-segregation systems to separate organic, recyclable, and non-recyclable waste.9
  • Bioreactor landfills with methane capture technology to cut greenhouse gas emissions.10
  • Recycling facilities for plastics, metals, and construction waste.11
  • Waste-to-energy (WTE) plants generating electricity from non-recyclable waste.12
  • A pilot biorefinery converting organic waste into biofuels and compost.13
  • Sustainability measures such as energy-efficient waste processing and water recycling systems (MDPI).14
  • Smart technologies for optimizing waste collection routes, especially during Hajj, supplementing traditional manual sorting.15

Owner/Developer (Public)

Makkah Municipality24

Consultant/Designer

Umm Al-Qura University25

Contractor/Implementer

Makkah Municipality27

Owner/Developer (Public)

Makkah Municipality24

Contractor/Implementer

Makkah Municipality27

Consultant/Designer

Umm Al-Qura University25

The project is primary managed by Saudi Arabia’s Ministry of Environment, Water, and Agriculture, with operational oversight from the National Waste Management Center (Tadweer).16 Private partners, including Veolia and Averda, handling waste treatment and energy recovery.17 Further, King Abdulaziz University, as an academic partner contributing to biorefinery research.18

The project is being implemented in three phases:

  • Phase 1 (2016–2018): Pilot testing of segregation systems and landfill upgrades.19
  • Phase 2 (2018–2020): Expansion of recycling infrastructure and WTE facilities.20
  • Phase 3 (2020–Present): Scaling the biorefinery and integration of smart waste management technologies.21

As of 2023, the project has improved landfill diversion rates, though public participation in waste segregation remains a challenge.22 Once fully operational, it aims to position Makkah as a leading model for sustainable waste management in Islamic cities.23

Project Link, Endnotes and References

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