Semerel, Jeltzlin

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Position / Title
PhD Candidate SISSTEM (Junior Researcher & Junior Lecturer)
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SISSTEM (Faculty of Arts and Science)
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jeltzlin.semerel@ua.aw
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0000-0001-9332-3818
Fields of Specialization
Molecular Life Sciences
Biotechnology
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Last updated September 12, 2024
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Jeltzlin Semerel is a junior lecturer and researcher at the University of Aruba and a doctoral student at KU Leuven. She is currently pursuing ways to valorize Aloe vera waste to produce value-added products for applications in fuels, chemicals, cosmetics, and medicine. Jeltzlin has a bachelor's degree in Molecular Life Sciences with a minor in Bio-nanotechnology from Wageningen University. She also has a Master's Degree in Biotechnology specializing in Process and Marine biotechnology.

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    PublicationOpen Access
    Valorization of Aloe barbadensis Miller. (Aloe vera) Processing Waste
    (Journal of Renewable Materials, 2022) Semerel, Jeltzlin; John, Nigel; Dehaen, Wim; Fardim, Pedro
    Aloe vera plant is known worldwide for its medicinal properties and application in gel-based products such as shampoo, soap, and sunscreen. However, the demand for these gel-based products has led to a surplus production of Aloe vera processing waste. An Aloe vera gel processing facility could generate up to 4000 kg of Aloe vera waste per month. Currently the Aloe vera waste is being disposed to the landfill or used as fertilizer. A sustainable management system for the Aloe vera processing waste should be considered, due to the negative societal and environmental impacts of the currents waste disposal methods. Therefore, this review focuses on various approaches that can be used to valorize Aloe vera waste into value-added products, such as animal and aquaculture feeds, biosorbents, biofuel and natural polymers. Researchers have reported Aloe vera waste for environmental applications biosorbents used for wastewater treatment of various pollutants. Several studies have also reported on the valorization of Aloe vera waste for production of biofuels such as bioethanol, mixed alcohol fuels, biogas and syngas. Aloe vera waste could also be valorized through isolation and synthesis of natural polymers for application in wound dressing, tissue engineering and drug delivery systems. Aloe vera waste valorization was also reviewed through extraction of value-added bioactive compounds such as aloe-emodin, aloin and aloeresin. These value-added bioactive compounds have various applications in the cosmetics (non-steroidal anti-inflammatory, tyrosinase inhibitors) and pharmaceutical (anticancer agent and COVID 19 inhibitors) industry.