Soukaina Hrifech | Materials Science | Best Researcher Award

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🌟Dr. Soukaina Hrifech, Materials Science, Best Researcher Award🏆

  • Doctorate at green energy park, Morocco

Soukaina Hrifech is a 31-year-old physicist specializing in energy, currently residing in Sale, Morocco. She holds a Doctorate in Physics from the University Abdelmalek Essaadi, with a focus on energy, and has collaborated extensively with the Green Energy Park Research Institute in Benguérir. With a background in renewable energy and environmental engineering, Soukaina has a passion for researching materials and systems for thermal energy storage, particularly for use in small concentrated solar power plants.

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Scopus Profile

Soukaina Hrifech has established herself as a prolific author in the field of thermal energy storage, with several notable publications to her name. Her research contributions have been recognized internationally, and her work has been cited by peers and researchers in related fields. Through her publications, Soukaina has demonstrated expertise in experimental validation, material characterization, and modeling of thermal energy storage systems.

Citations: Soukaina Hrifech has received 20 citations across 18 documents.

Documents: She has authored 5 documents.

h-index: Her h-index is 3.

Education

Soukaina Hrifech’s academic journey began with a Bachelor’s degree in Renewable Energy and Environment from the University Ibn Tofail, followed by a Master’s degree in Energy Engineering and Environment from the University Abdelmalek Essaadi. She then pursued a Doctorate in Physics, specializing in energy, where she conducted groundbreaking research on the characterization of natural rocks for thermal energy storage applications.

Research Focus

Soukaina’s research primarily focuses on the development and characterization of materials for thermal energy storage systems, particularly for use in small concentrated solar power plants. Her work involves experimental validation, material characterization, and modeling of thermal storage systems aimed at enhancing the efficiency and sustainability of renewable energy technologies.

Professional Journey

Soukaina Hrifech’s professional journey has been closely tied to her academic pursuits. She began her career with internships and research positions at organizations such as Lafarge Ciments and the National Office of Electricity in Morocco. Subsequently, she joined the Green Energy Park Research Institute, where she progressed from a doctoral researcher to a postdoctoral researcher and eventually assumed the role of Laboratory Manager for Storage Materials.

Honors & Awards

Throughout her academic and professional career, Soukaina has received several honors and awards for her outstanding contributions to the field of thermal energy storage. Her doctoral thesis was awarded the highest distinction by the examining committee, and she has been recognized for her research excellence through presentations at international conferences and symposiums.

Publications Noted & Contributions

Soukaina Hrifech has made significant contributions to the field of thermal energy storage through her publications in renowned scientific journals and conference proceedings. Her research on the experimental validation and characterization of natural rocks for thermal storage applications has garnered attention for its innovative approach and practical implications for renewable energy technologies.

Article: Experimental assessment of quartz-rich rocks as storage materials for medium and high temperatures air packed bed system

  • Authors: Hrifech, S.; Bennouna, E.G.; Faik, A.; Mouguina, E.M.; Mimet, A.
  • Journal: Journal of Energy Storage, 2023, 70, 107849
  • Abstract: (The abstract is not available in this source.)
  • Related documents: This article has 1 citation.

 

Article: Characterization of natural rocks as filler materials for medium-temperature packed bed thermal energy storage system

  • Authors: Hrifech, S.; Agalit, H.; Jarni, A.; Bennouna, E.G.; Mimet, A.
  • Journal: Journal of Energy Storage, 2020, 32, 101822
  • Abstract: (The abstract is not available in this source.)
  • Related documents: This article has 13 citations.

Conference Paper: Structural and thermophysical characterization of potential natural rocks for medium temperature thermal energy storage in CSP plants

  • Authors: Agalit, H.; Hrifech, S.; Bennouna, E.G.; Faik, A.; Mimet, A.
  • Journal: AIP Conference Proceedings, 2019, 2126, 200001
  • Abstract: (The abstract is not available in this source.)
  • Related documents: This conference paper has 0 citations.

 

Conference Paper: Preliminary characterizations of natural rocks as storage materials for a medium range temperature TES

  • Authors: Hrifech, S.; Agalit, H.; Bennouna, E.G.; Mouguina, E.M.; Mimet, A.
  • Journal: AIP Conference Proceedings, 2019, 2123, 020091
  • Abstract: (The abstract is not available in this source.)
  • Related documents: This conference paper has 4 citations.

 

Conference Paper: Potential sensible filler materials thermal energy storage for medium range temperature

  • Authors: Hrifech, S.; Agalit, H.; Bennouna, E.G.; Mimet, A.
  • Journal: Lecture Notes in Electrical Engineering, 2019, 519, pp. 755–761
  • Abstract: (The abstract is not available in this source.)
  • Related documents: This conference paper has 3 citations.

Research Timeline

Soukaina’s research timeline spans from her undergraduate studies to her current role as a Laboratory Manager for Storage Materials at the Green Energy Park Research Institute. Over the years, she has been involved in various research projects and collaborations, contributing to the advancement of knowledge in the field of thermal energy storage and renewable energy.

Collaborations and Projects

Soukaina Hrifech has been actively involved in collaborative research projects with academic institutions, research organizations, and industry partners. Her expertise in experimental validation, material characterization, and modeling has been instrumental in the successful execution of projects aimed at developing innovative solutions for thermal energy storage and advancing the transition to sustainable energy systems.

Amun Amri | Nanomaterials | Scientific Advancement Achievement Award

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🌟Prof. Amun Amri, Nanomaterials, Scientific Advancement Achievement Award🏆

  •  Professor at University of Riau, Indonesia 

Prof. Amun Amri is a highly accomplished lecturer and researcher in the Department of Chemical Engineering at the University of Riau, Indonesia. With a diverse educational background in Nuclear Engineering, Chemical Engineering, and Material Engineering, he possesses extensive expertise in nanomaterials, particularly in graphene synthesis and applications, nano-cellulose, lithium-ion battery development, ceramics, and metal oxides nanocomposites. Prof. Amri has held various academic positions, including teaching assistantships and professorships, and has supervised doctoral students both domestically and internationally.

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Google Scholar Profile

Prof. Amun Amri has a strong research profile, as evidenced by his publications and citations. With 69 Scopus indexed journal articles, approximately 57% of which are in Q1 Scopus journals, he demonstrates a consistent publication record in reputable venues. His Scopus H-index of 17 indicates the impact and influence of his research contributions within the scientific community. Additionally, he maintains profiles on platforms such as Scopus, ORCID, and SINTA to showcase his research output and collaborations.

  • Citations:
    • All Time: 1558
    • Since 2019: 1029
  • h-index:
    • All Time: 20
    • Since 2019: 17
  • i10-index:
    • All Time: 33
    • Since 2019: Not provided

These metrics indicate the impact and influence of Amun Amri’s research output over time. While the total number of citations and the h-index have increased since 2019, the i10-index, which represents the number of publications with at least 10 citations, is not provided for the specified time frame. Overall, these metrics reflect continued contributions to the field of Chemical and Nanomaterials Engineering, with a notable increase in citations and h-index in recent years.

Education

Prof. Amri holds a Bachelor’s degree in Nuclear Engineering from Universitas Gadjah Mada, Indonesia, a Master’s degree in Chemical Engineering from the same institution, and a Doctoral degree in Chemical and Material Engineering from Murdoch University, Australia. His educational journey has provided him with a strong foundation in engineering principles and research methodologies, enabling him to pursue advanced research in nanomaterials and chemical engineering.

Research Focus

Prof. Amun Amri’s research interests primarily revolve around Chemical and Nanomaterials Engineering. He specializes in the synthesis and applications of graphene, nano-cellulose, lithium-ion battery development with graphene additives, ceramics, and metal oxides nanocomposites. His work encompasses a wide range of applications, from energy storage solutions to environmental remediation and advanced materials development.

Professional Journey

Prof. Amri’s professional journey spans over two decades, during which he has held various academic positions and contributed significantly to research and education in chemical engineering. From his early career as a lecturer at the University of Riau to his tenure as a teaching assistant at Murdoch University, Australia, he has gained valuable experience in both academia and industry. His progression from lecturer to associate professor to professor reflects his dedication and expertise in his field.

Honors & Awards

 Prof. Amun Amri’s extensive research grants, publications in reputable journals, and leadership roles in research projects indicate recognition for his contributions to the field of chemical engineering and nanomaterials. His involvement in prestigious research initiatives funded by organizations such as BRIN – LPDP and DIKTI underscores his standing as a respected researcher in Indonesia.

Publications Noted & Contributions

Prof. Amri’s publication record includes 69 Scopus indexed journal articles, with a significant portion published in Q1 Scopus journals. These publications cover various aspects of his research interests, including graphene synthesis, lithium-ion battery development, nanocomposites, and materials engineering. His contributions to the scientific literature have advanced knowledge in the field of nanomaterials and garnered citations, as reflected in his Scopus H-index of 17.

  1. “Thermal characterization of binary Calcium-Lithium chloride salts for thermal energy storage at high temperature”
    • Authors: N. Hassan, M. Minakshi, W.Y.H. Liew, A. Amri, Z.T. Jiang
    • Published in: Energies, Volume 16, Issue 12, Page 4715, 2023
    • Summary: This study focuses on the thermal characterization of binary Calcium-Lithium chloride salts for thermal energy storage at high temperatures. It explores the potential of these salts for energy storage applications, providing valuable insights into their thermal behavior and suitability for use in high-temperature environments.
  2. “Comparison of synthesis methods on TiO2-graphene composites for photodegradation of compound waste”
    • Authors: D. Heltina, D.I. Mastura, A. Amri, M.P. Sembiring
    • Published in: Materials Today: Proceedings, Volume 87, Pages 293-298, 2023
    • Summary: This research compares different synthesis methods for TiO2-graphene composites aimed at enhancing the photodegradation of compound waste. By evaluating various synthesis approaches, the study seeks to optimize the composition and properties of the composites to improve their efficiency in waste treatment applications.
  3. “Synthesis of hydroxyapatite powder using natural latex particles as pore-creating agent”
    • Authors: S.R. Yenti, A. Fadli, A. Amri, D. Novandri, F. Setiawan, J. Hasibuan
    • Published in: Materials Today: Proceedings, Volume 87, Pages 278-283, 2023
    • Summary: This paper presents a method for synthesizing hydroxyapatite powder using natural latex particles as a pore-creating agent. The research aims to develop a cost-effective and environmentally friendly approach for producing hydroxyapatite, a material widely used in biomedical and dental applications.
  4. “The Pembuatan Pupuk Organik Padat dari Limbah Pertanian dan Peternakan di Desa Batu Belah Kabuputen Kampar”
    • Authors: S. Sunarno, S.R. Yenti, A. Fadli, W. Wisrayetti, A. Amri, Z. Zultiniar, C.D. Alfarizi
    • Published in: Journal of Community Engagement Research for Sustainability, Volume 3, Issue 1, Pages 63-69, 2023
    • Summary: This publication discusses the production of solid organic fertilizers from agricultural and livestock waste in the Batu Belah Village, Kampar District. It highlights the importance of community engagement and sustainable waste management practices in rural agricultural settings.
  5. “Manufacturing of high brightness dissolving pulp from sansevieria-trifasciata fiber by effective sequences processes”
    • Authors: A. Aman, S. Rahmadahana, A. Amri
    • Published in: Communications in Science and Technology, Volume 7, Issue 1, Pages 45-49
    • Summary: This research focuses on the manufacturing process of high brightness dissolving pulp from Sansevieria-trifasciata fiber. It explores effective sequence processes to produce high-quality dissolving pulp, which is essential for various industrial applications, including textile and paper production.

Research Timeline

Prof. Amun Amri’s research trajectory has been marked by consistent productivity and growth. Beginning with his early research on surface modification and materials characterization during his doctoral studies, he has continued to explore diverse areas within chemical and nanomaterials engineering. From his involvement in research grants to his leadership in collaborative projects, he has demonstrated a commitment to advancing scientific knowledge and addressing real-world challenges through innovative research.

Collaborations and Projects

Prof. Amri has been actively involved in collaborative research projects both nationally and internationally. His participation as a leader or member in research initiatives funded by organizations such as RIIM, BRIN – LPDP, DIKTI, and others highlights his engagement with multidisciplinary teams and his ability to leverage resources for impactful research outcomes. These collaborations have enabled him to expand his research horizons, exchange expertise with peers, and contribute to the advancement of scientific knowledge in his field.

Overall, Prof. Amun Amri’s exemplary contributions to chemical engineering and nanomaterials research make him a deserving recipient of the Scientific Advancement Achievement Award, recognizing his dedication, expertise, and impact in advancing scientific knowledge and addressing real-world challenges.