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Dr Farid Aiouache

Senior Lecturer

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  1. Table 5 – Procedures for the determination of pH and EC in digestate and soil samples

    Moure Abelenda, A. (Creator), Mendeley Data, 30/03/2020, 10.17632/8fg9pp5pkx.1

    Dataset

  2. Table 4 – Further characterisation of the ashes (in house analyses)

    Moure Abelenda, A. (Creator), Mendeley Data, 30/03/2020, 10.17632/s8sbzb8bzk.1

    Dataset

  3. Table 3 – Further characterisation of the digestates (determinations made by NRM lab)

    Moure Abelenda, A. (Creator), Mendeley Data, 30/03/2020, 10.17632/gzdr9mfx59.1

    Dataset

  4. Study of the availability of nitrogen, carbon, and phosphorus in a blend of agro-industrial digestate and wood ashes under different acidification conditions

    Moure Abelenda, A. (Creator), Semple, K. (Creator), Lag Brotons, A. (Creator), Herbert, B. (Creator), Aggidis, G. (Creator), Aiouache, F. (Creator), Mendeley Data, 12/05/2020, 10.17632/n4c8d77224.1

    Dataset

  5. Kinetics and reactive stripping modelling of hydrogen isotopic exchange of deuterated waters

    Aiouache, F. (Creator), Lancaster University, 2016, 10.17635/lancaster/researchdata/645

    Dataset

  6. Gas flow visualisation in low aspect ratio packed beds by three-dimensional modelling and near-infrared tomography

    Aiouache, F. (Creator), Daniel, L. A. F. (Creator), Lancaster University, 2015, 10.17635/lancaster/researchdata/644

    Dataset

  7. Fig. S.6 Impact of sulphuric, hydrochloric, nitric, and lactic acids in the preparation of a blend

    Moure Abelenda, A. (Creator), Semple, K. (Creator), Aggidis, G. (Creator), Aiouache, F. (Creator), Lancaster University, 9/05/2022, 10.17635/lancaster/researchdata/530

    Dataset

  8. Fig. S.6 Impact of sulphuric, hydrochloric, nitric, and lactic acids in the preparation of a blend

    Moure Abelenda, A. (Creator), Semple, K. (Creator), Aggidis, G. (Creator), Aiouache, F. (Creator), Lancaster University, 9/05/2022, 10.17635/lancaster/researchdata/550

    Dataset

  9. Fig. S.2 & Fig. S.3 Valorization of agrowaste digestate via addition of wood ash, acidification, and nitrification

    Moure Abelenda, A. (Creator), Semple, K. (Creator), Aggidis, G. (Creator), Aiouache, F. (Creator), Lancaster University, 9/05/2022, 10.17635/lancaster/researchdata/529

    Dataset

  10. Fig. S.2 & Fig. S.3 Valorization of agrowaste digestate via addition of wood ash, acidification, and nitrification

    Moure Abelenda, A. (Creator), Semple, K. (Creator), Aggidis, G. (Creator), Aiouache, F. (Creator), Lancaster University, 9/05/2022, 10.17635/lancaster/researchdata/549

    Dataset

  11. Enhancement of the solid-liquid separation of the anaerobic digestate by means of acidification and subsequent addition of wood ash

    Moure Abelenda, A. (Creator), Semple, K. (Creator), Aggidis, G. (Creator), Aiouache, F. (Creator), Lancaster University, 9/05/2022, 10.17635/lancaster/researchdata/531

    Dataset

  12. Deactivation of the preferential oxidation of CO in packed bed reactor by 3D modelling and near-infrared tomography

    Aiouache, F. (Creator), Lancaster University, 2019, 10.17635/lancaster/researchdata/643

    Dataset

  13. Aspen Plus® process simulation model of the biomass ash-based treatment of anaerobic digestate for production of fertilizer and upgradation of biogas

    Moure Abelenda, A. (Creator), Ali, A. (Creator), Aiouache, F. (Creator), Mendeley Data, 28/05/2024, 10.17632/339tzwkpzn.1

    Dataset

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