New Directions in Sustainable Organic Synthesis: The Role of Natural Raw Materials and Heterogeneous Catalysts
A special issue of Sustainability (ISSN 2071-1050). This special issue belongs to the section "Sustainable Chemical Engineering and Technology".
Deadline for manuscript submissions: 30 March 2025 | Viewed by 195
Special Issue Editors
Interests: research on modern and sustainable oxidation and isomerization processes of organic compounds on heterogeneous catalysts (especially on catalysts of natural origin, e.g., zeolites), including processes in which are used organic raw materials derived from biomass, obtaining raw materials for synthesis in organic chemistry from plant material, searching for new applications of compounds of natural origin and their derivatives, chromatographic analyses (GC, GC/MS, column chromatography, TLC), FTIR and UV–vis
Interests: research on modern methods of heterogeneous catalysis, with a particular focus on the use of naturally derived catalysts in synthetic processes, as well as the topic of sustainable chemistry; exploring ways to use natural raw materials in organic synthesis
Special Issue Information
Dear Colleagues,
The aim of this Special issue will be to present the latest directions of research on “green and sustainable organic processes” conducted both on a laboratory and an industrial scale (low-volume productions) using raw materials of plant origin and heterogeneous catalysts. Among the heterogeneous catalysts, special attention will be paid to catalysts of natural origin, including also their modified and synthetic equivalents. Research on the processes of transformation of compounds of natural origin will be related to determining the most favorable parameters for conducting these processes, making it possible to obtain the highest values of functions describing these processes such as the conversion of organic raw materials or the selectivity and yield of products. Organic processes conducted using raw materials of natural origin are environmentally friendly and are often cheaper and less energy-consuming; therefore, it is worth developing research on them. Moreover, it should be emphasized that the use of these processes makes it possible to obtain valuable compounds with numerous applications in many branches of industry.
Contemporary directions in the development of “green and sustainable processes” enables the synthesis of organic compounds, both on a laboratory and an industrial scale, are related to the constant search for cheap raw materials and effective catalysts for these syntheses. Raw materials for organic syntheses may be obtained from plants, for example terpene compounds, and, thanks to this, such raw materials are renewable and the new methods for the synthesis organic compounds that are being developed on the basis such raw materials meet the requirements of sustainable development. Examples of such compounds that can be obtained from biomass, often waste products, are: limonene, a-pinene, or geraniol. Catalysts used in organic syntheses may be heterogeneous catalysts of natural origin (for example, minerals, including zeolites), which are relatively easily available and cheap. Their great advantage is that they can be relatively easily modified. Knowing the structure of these materials of natural origin, it is also possible to obtain their synthetic equivalents with increased catalytic activity. Products obtained as a result of the catalytic transformations of natural compounds also meet the principle of sustainable development and are the basis for the development of many branches of industry. This Special Issue focuses on modern methods of carrying out syntheses of organic compounds based on materials of plant origin and heterogeneous catalysts. Moreover, this Special Issue seeks to reveal possible directions of application for the compounds obtained using these methods. In this Special Issue, original research articles and reviews are welcome and research areas may include, but are not limited to:
- Processes of synthesis of organic compounds based on compounds of natural origin and heterogeneous catalysts;
- Obtaining raw materials of plant origin for organic syntheses;
- Materials of natural origin for applications as catalysts in organic syntheses;
- Modified materials of natural origin for use as catalysts in organic syntheses;
- Synthetic equivalents of materials of natural origin for use as catalysts in organic syntheses;
- Applications of products of catalytic transformations of natural compounds.
We look forward to receiving your contributions.
Prof. Dr. Agnieszka Wróblewska
Dr. Anna Fajdek-Bieda
Guest Editors
Manuscript Submission Information
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Keywords
- raw materials of plant origin
- minerals
- heterogeneous catalysts
- catalytic transformations of compounds of plant origin
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