Mapping of biogas production potential from livestock manures and slaughterhouse waste: A case study for African countries

Ali, Mohamed Mahmoud; Ndongo, Mamoudou; Bilal, Boudy; Yetilmezsoy, Kaan; Youm, I.; Bahramian, Majid

doi:10.1016/j.jclepro.2020.120499

Cited by 53 publications

(25 citation statements)

References 55 publications

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“…The aim of this review paper is to investigate the current situation in the field of waste-to-biogas both in Europe and worldwide. Previous reviews and research papers in this field mostly analyse technological progress [45][46][47][48][49], legislative limitations [50][51][52][53], case studies [54][55][56][57][58][59][60][61], impacts on efficiency [62][63][64][65], environmental impacts [66][67][68][69][70] and problems associated with public opinion [71][72][73][74]. A study of challenges including a proposed implementation framework for sustainable municipal organic waste management using biogas technology in Asian countries has also recently been conducted [75].…”

Section: Aim Scope and Structure Of The Reviewmentioning

confidence: 99%

Current Status and Review of Waste-to-Biogas Conversion for Selected European Countries and Worldwide

et al. 2022

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Growing world population and increasing population density are leading to increasing waste production with biological waste amounting to several billion tonnes annually. Together with the increasing need for renewable energy sources, waste-to-biogas conversion as a prime example of waste-to-energy technology represents a facile way of solving two problems simultaneously. This review aims to address the recent progress in the field of waste-to-biogas technology, which is lately facing intensive research and development, and present the current status of this waste treatment method both in technological and legislative terms. The first part provides an overview of waste and waste management issues. This is followed by a detailed description of applicable waste-to-energy (WtE) technologies and their current implementation in selected European countries. Moreover, national energy and climate plans (NECPs) of selected EU Member States are reviewed and compared with a focus on implementation of WtE technologies. In a further section, biogas production from waste around the world is reviewed and compared country wise. Finally, an outlook into the future of WtE technologies is provided alongside the conclusions based upon the reviewed data.

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Section: Aim Scope and Structure Of The Reviewmentioning

confidence: 99%

Current Status and Review of Waste-to-Biogas Conversion for Selected European Countries and Worldwide

et al. 2022

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“…[22] menggunakan pendekatan SIG untuk menentukan lokasi AD melalui identifikasi sumber biomassas yang potensial. Evaluasi lokasi AD yang tepat berdasarkan system pengumpulan limbah ternak telah dilakukan oleh [23] dan [24], sedangkan perangkat berbasis SIG dikembangkan oleh [25] untuk menghitung ketersediaan limbah ternak dan memperkirakan volume biogas yang tersedia. SIG juga telah dipelajari untuk memperkirakan distribusi secara regional potensi biogas berdasarkan volume limbah ternak.…”

Section: Penggunaan Sig Untuk Penentuan Lokasi Ad Format Dari Sub-babunclassified

Pemanfaatan Kotoran Ternak sebagai Energi Terbarukan Melalui Pembangunan Biodigester Komunal

Meidiana

Perdanasari

Dinanti

2020

JRM

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The potentials of energy from manure waste was calculated in this study aiming to develop biogas utilization in a rural area. The calculation was conducted based on the result from clustering the non-biogas farmer households which cannot afford individual anaerobic digester (AD). Spatial cluster analysis (SCA) and superimposed technique were used to determine the size of the groups and the location of ADs respectively. Value from SCA showed that the village’s settlement pattern is clustered feasible to apply communal AD for rural biogas development. Meanwhile, a superimposed technique using 3 parameters which are land availability, cow ownership, and topography, generates 43 clusters of farmer households that can supply biogas for cooking. The energy production is estimated at 8.96-39.68 m3/day/household, while the energy demand is approximately 0.65-3.48 m3/day/household. The calculation shows that there is remaining biogas that can be distributed to non-biogas farmer households. Using SCA, 75 non-biogas farmer households were identified to be potentially supplied by biogas. The total energy demand for both biogas and non-biogas farmers households is 2,147.34 MJ/day, while the total potential energy generation from all ADs is 24,560.64 MJ/day indicating a low biogas utilization rate which is only 8.7%. The percentage shows that biogas utilization for an energy source in Dusun Dresel can be more developed by enhancing the distribution network or by converting it into electricity to support rural energy security.

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“…The allocation method used for the 2020 target assumed that each EU country should increase its share of RES by a set percentage point number (applicable to all EU member states), plus a member state-specific percentage points number reflecting its welfare level, indicated by GDP per capita [37]. Considering that it is already proven in the management domain that the selection of a specific method to allocate funds can improve odds for successes of activity [38], there is a need to combine studies on renewable energy potential evaluation, which are conducted for solar [39][40][41], wind [42][43][44], biomass [45][46][47], biogas [48][49][50] and others [51][52][53][54], with research on energy policy implementation [55,56] in order to assess the effectiveness of public support to boost RES development. The novelty of the study proposed in this article is (as mentioned in the previous paragraph) include in the formal analysis public financial support with RES potential with the breakdown of these elements (financial support and energy potential) into separate groups treating each RES separately.…”

Section: Introductionmentioning

confidence: 99%

Where Renewable Energy Sources Funds are Invested? Spatial Analysis of Energy Production Potential and Public Support

et al. 2020

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Energy transition in the European Union (EU) is strongly related to public support from structural funds which enable member states to create new and renovate existing renewable energy source (RES) installations. However, in order to maximize benefits of these investments it is crucial to consider where RES funds are allocated, how it corresponds with RES potential in specific locations, and how future implementation of energy policies can be improved. In this study, RES development projects supported by EU funds, implemented in the period 2004–2019 in Poland, were analyzed in relation to solar, wind and biomass energy potential. The study was conducted with the use of agglomeration method and k-mean method to define clusters of local administrative units characterized by similar features of RES funds absorption and renewable energy production potential. The results obtained show that in the case of all energy sources there is no correlation between high RES funds absorption and energy production potential. The final conclusion of the research is that in order to boost energy transformation into more sustainable solutions, renewable energy production potential should be considered as a factor to allocate public financial support for future energy policy implementation.

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Mapping of biogas production potential from livestock manures and slaughterhouse waste: A case study for African countries

Cited by 53 publications

References 55 publications

Current Status and Review of Waste-to-Biogas Conversion for Selected European Countries and Worldwide

Current Status and Review of Waste-to-Biogas Conversion for Selected European Countries and Worldwide

Pemanfaatan Kotoran Ternak sebagai Energi Terbarukan Melalui Pembangunan Biodigester Komunal

Where Renewable Energy Sources Funds are Invested? Spatial Analysis of Energy Production Potential and Public Support

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