Solid waste to energy strategy in Lebanon: Potential, technology and design

Hammoud, Ali; Kassem, Mohamad; Mourtada, Adel

doi:10.1109/redec.2014.7038535

Cited by 5 publications

(3 citation statements)

References 1 publication

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“…12 Le déclenchement de la crise en 2015 a plusieurs conséquences politiques : d'une part, la contestation du gouvernement prend une dimension inédite et élargie à d'autres revendications (services publics, corruption, déconfessionalisation). Les manifestations, violemment réprimées, fragilisent le gouvernement mais les groupes d'activistes se divisent (Kraidy, 2016 ;AbiYaghi, Catusse et Younes, 2017 ;El Richani, 2017 ;Harb, 2018 (Ghadban, Shames, et Abou Mayaleh, 2017 ;Human Rights Watch, 2017 ;Morsi, Safa, Baroud, Fawaz, Farha, El-Jardali et Chaaya, 2017 ;Hammoud, Kassem, et Mourtada, 2014 ;Karaki, 2016 ;Abbas, Chaaban, Al-Rabaa, et Shaar, 2017 ;Azzi, 2017 ;Massoud, Mokbel, Alawieh, et Yassin, 2019). Globalement, ces travaux négligent la diversité des expérimentations techniques au niveau local.…”

Section: Collecte Des Donnéesunclassified

Instruments et territoires de la gouvernance des déchets au Liban

Farah¹,

Verdeil²

2021

geocarrefour

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Section: Collecte Des Donnéesunclassified

Instruments et territoires de la gouvernance des déchets au Liban

Farah¹,

Verdeil²

2021

geocarrefour

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“…Gasification is one way of utilizing solid biomass waste into energy through thermal decomposition of organic material by applying heat under limited oxygen intake conditions to produce synthesis gas (syn-gas) [5]. The gasification process consists of 4 stages, drying (T>150°C), pyrolysis (150<T<700°C), oxidation (700<T<1500°C), and reduction (800<T<1000°C) [6] [7].…”

Section: Downdraft Gasificationmentioning

confidence: 99%

Waste to energy implementation using gasification technology in Tinggi Island

2020

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The existence of electricity can encourage the improvement of the quality of life of the community. However, there are several problems with the provision of electricity in remote areas, including difficulties in delivering electrical equipment and fuel. One solution to solve this problem is implementing local waste utilization as fuel for power plants. This study aims to implement Waste to Energy using gasification technology on Tinggi Island, South Bangka. The methods used in this research are to calculate the potential amount of waste, design the equipment specification, make the supporting facilities, and do a testing experiment. Due to the low waste potential in Tinggi Island, local communities’ waste processing is carried out in Toboali. The waste processing stages are sorting, fermentation, chopping, drying, and pressing. The waste pellets from Toboali are sent to the powerhouse in Tinggi Island. From the performance and reliability test in the electrical side, it can be concluded that the voltage and the frequency generated is stable and within the safe limits according to Regulation of the Minister of Energy and Mineral Resources No. 03 of 2007. The consumption of waste pellets needed to generate electricity during the reliability test (75% loading) is ten kg/45 minutes. Through the continuous implementation of waste to energy, Tinggi Island can be electrified all day long and solve the waste problem.

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“…La crise de la gestion des déchets à Beyrouth a été très largement commentée, avec deux orientations principales. La première, technique et normative, est centrée sur les critiques des plans gouvernementaux et la proposition de systèmes plus efficaces, notamment sur le plan environnemental(Ghadban, Shames, et Abou Mayaleh, 2017 ; Human Rights Watch, 2017 ;Morsi, Safa, Baroud, Fawaz, Farha, El-Jardali et Chaaya, 2017 ;Hammoud, Kassem, et Mourtada, 2014 ;Karaki, 2016 ; Abbas, Chaaban, Al-Rabaa, et Shaar, 2017 ; Azzi, 2017 ;Massoud, Mokbel, Alawieh, et Yassin, 2019). Globalement, ces travaux négligent la diversité des expérimentations techniques au niveau local.…”

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Instruments and spaces of waste governance in Lebanon

Farah¹,

Verdeil²

2021

geocarrefour

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pour leur contribution à l'enquête, et Rita Nasr plus particulièrement pour sa cartographie. Ils remercient également Patrick Le Galès pour ses commentaires sur une version antérieure du manuscrit et les deux réviseurs anonymes de la revue. Instruments et territoires de la gouvernance des déchets au Liban Géocarrefour, 95/1 | 2021 Instruments et territoires de la gouvernance des déchets au Liban Géocarrefour, 95/1 | 2021

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Solid waste to energy strategy in Lebanon: Potential, technology and design

Cited by 5 publications

References 1 publication

Instruments et territoires de la gouvernance des déchets au Liban

Instruments et territoires de la gouvernance des déchets au Liban

Waste to energy implementation using gasification technology in Tinggi Island

Instruments and spaces of waste governance in Lebanon

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