Waste to Energy

Urban energy recovery and development concept

  • 1 / 12

    Project entry 2014 Africa Middle East – Waste to Energy: Urban energy recovery and development concept, Beirut, Lebanon

    An exterior view of the project seen from the site limit, along the neighborhood access point. Merging with the landscape, the project provides easy accessibility for the locals to interact with the public spaces, provided through rooftop terraces and cafeteria. The two forms of the journey meet to create a cycle of awareness and public interaction.

  • 2 / 12

    Holcim Awards 2014 Africa Middle East ceremony, Beirut, Lebanon

    Presentation of the “Next Generation” 4th prize for “Waste to Energy: Urban energy recovery and development concept, Beirut, Lebanon” (l-r): winners Romy El Sayah, Yara Rahme, Marylynn Antaki, Mira Boumatar, all American University of Beirut, Lebanon; Benedikt Vonnegut, CEO of Holcim Lebanon; Daniel Irurah, jury member and Senior Lecturer, School of Architecture & Planning, University of the Witwatersrand, South Africa; and winner Christina Attiyeh, American University of Beirut, Lebanon.

  • 3 / 12

    Holcim Awards Africa Middle East media briefing, Beirut, Lebanon

    Mira Boumatar (left), Marylynn Antaki and team from American University of Beirut, Lebanon won the Holcim Awards “Next Generation” 4th prize 2014 for “Waste to Energy: Urban energy recovery and development concept, Beirut, Lebanon”.

  • 4 / 12

    Project entry 2014 Africa Middle East – Waste to Energy: Urban energy recovery and development concept, Beirut, Lebanon

    An overall diagram showing building access and the journey along the two incorporated programs: the thermal treatment plant and the designer’s workshop spaces. The first journey acts as a museum and is guided by the incineration process. It then links to the second journey along the studio workshop spaces, which aims to provide exposure to the many local skilled laborers in the nearby industrial region.

  • 5 / 12

    Project entry 2014 Africa Middle East – Waste to Energy: Urban energy recovery and development concept, Beirut, Lebanon

    Regional map of Beirut’s outskirts highlighting zoning, flows, user groups and other agents involved.

  • 6 / 12

    Project entry 2014 Africa Middle East – Waste to Energy: Urban energy recovery and development concept, Beirut, Lebanon

    Exploded axonometric revealing access points, overlay of programs, accessibility of outdoor spaces.

  • 7 / 12

    Project entry 2014 Africa Middle East – Waste to Energy: Urban energy recovery and development concept, Beirut, Lebanon

    Mass plan showing roof accessibility and relation to urban context: 3D view along the end of journey.

  • 8 / 12

    Project entry 2014 Africa Middle East – Waste to Energy: Urban energy recovery and development concept, Beirut, Lebanon

    Plans through thermal treatment plant, designer’s workshops, and display of ground floor landscaping.

  • 9 / 12

    Project entry 2014 Africa Middle East – Waste to Energy: Urban energy recovery and development concept, Beirut, Lebanon

    Section cut through the first journey along the incineration process with corresponding moments.

  • 10 / 12

    Project entry 2014 Africa Middle East – Waste to Energy: Urban energy recovery and development concept, Beirut, Lebanon

    Section cut through cafeteria, designer’s workshop, and exhibition space with corresponding moments.

  • 11 / 12

    Project entry 2014 Africa Middle East – Waste to Energy: Urban energy recovery and development concept, Beirut, Lebanon

    Reading space and lounge at the end of the museum journey with a view towards the existing landfill.

  • 12 / 12

    Project entry 2014 Africa Middle East – Waste to Energy: Urban energy recovery and development concept, Beirut, Lebanon

    Marylynn Antaki, Christina Attiyeh, Mira Boumatar, Romy El Sayah and Yara Rahme.

  • Next generation Next Generation 4th prize 2014–2015 Middle East Africa

The Bouchrieh industrial quarter located on the outskirts of Beirut currently suffers from an overflow of waste, recurrent power outages, and a lack of skilled labor.The city’s overflowing landfill is in dire need of an emergency waste plan. Addressing the problem at hand, the project offers a set of sustainable solutions for reactivating the area, transforming waste into energy, and reinstating local craftsmanship. The project combines a waste-to-energy plant with public facilities – workshop and exhibition spaces – aimed at raising public awareness regarding Beirut’s unsustainable condition. Making the problem an integral part of the solution, the plant is conceived as a pioneering model that can be implemented in other parts of the country.

By Yara Rahme, Mira Boumatar, Marylynn Antaki, Romy El Sayah, Christina Attiyeh - American University of Beirut (AUB), Beirut, Lebanon

Ideas: Circular Materials & Building Components

An industrial quarter currently suffers from an overflow of waste, recurrent power outages, and a lack of skilled labor. Overflowing landfills are in dire need of an emergency waste plan.

The project offers a set of sustainable solutions for reactivating the area, transforming waste into energy, and reinstating local artisanship. The project combines a waste-to-energy plant with public facilities and is aimed at raising public awareness regarding an unsustainable condition.

Waste to Energy

Project authors

  • Holcim Awards 2014 Africa Middle East ceremony, Beirut, Lebanon
    Yara Rahme

    American University of Beirut (AUB)

    Lebanon

  • Holcim Awards 2014 Africa Middle East ceremony, Beirut, Lebanon
    Mira Boumatar

    American University of Beirut (AUB)

    Lebanon

  • Holcim Awards 2014 Africa Middle East ceremony, Beirut, Lebanon
    Marylynn Antaki

    American University of Beirut (AUB)

    Lebanon

  • Holcim Awards 2014 Africa Middle East ceremony, Beirut, Lebanon
    Romy El Sayah

    American University of Beirut (AUB)

    Lebanon

  • Holcim Awards 2014 Africa Middle East ceremony, Beirut, Lebanon
    Christina Attiyeh

    American University of Beirut (AUB)

    Lebanon

Project updates