Production of Synthetic Hydrocarbons from CO and H2 edited by O. L. Eliseeva and the group of authors is a real guide to the world of modern technologies for the synthesis of hydrocarbons . This publication will be of particular interest to specialists in the field of chemical technology, energy, as well as students and graduate students studying relevant disciplines. In recent decades, the issue of sustainable development and the transition to alternative energy sources has become especially relevant. The book offers the reader an in-depth understanding of the processes involved in the production of synthetic hydrocarbons, which may become an important part of the energy balance of the future. The authors explore in detail methods for the synthesis of hydrocarbons from carbon dioxide (CO) and hydrogen (H2), which opens up new horizons for the creation of cleaner and more efficient energy sources. The structure of the book is structured in such a way that it covers both theoretical and practical aspects of the production of synthetic hydrocarbons. The reader will be able to get acquainted with various technologies, such as the catalytic conversion of carbon dioxide and hydrogen into hydrocarbons, as well as with the latest achievements in the field of catalysts and reaction systems. An important aspect is that the authors do not just describe existing technologies, but also analyze their effectiveness, economic feasibility and environmental consequences. The book will be useful not only to professional chemists and engineers, but also to anyone interested in issues of sustainable development, ecology and energy security. It can be an excellent source of information for students studying chemistry, ecology and engineering sciences, as well as for researchers working in the field of energy and new technologies. The topics raised in the book concern not only scientific aspects, but also social and economic issues related to the transition to synthetic hydrocarbons. What are the prospects for the use of carbon dioxide as a raw material? How will it affect the carbon footprint and climate change? The answers to these questions make the book especially relevant in light of the global challenges facing humanity. The style of the authors is distinguished by clarity and accessibility, which makes complex scientific concepts understandable to a wide audience. They use examples from practice, which allows the reader to better understand how theoretical knowledge is applied in real life. The book includes many illustrations, graphs and tables that help to visualize the material presented and make reading more fascinating. If you are interested in such works as "Technology of processing of hydrocarbon raw materials" or "Modern methods of synthesis of organic compounds", then this publication will be an excellent addition to the library for you. Not only will it expand your knowledge of synthetic hydrocarbons, but it will also help you better understand how these technologies can change our future. In conclusion, Production of Synthetic Hydrocarbons from CO and H2 is a book that deserves the attention of anyone interested in modern technologies, sustainable development and the future of energy. It opens up new horizons and offers a fresh perspective on the most important challenges our society faces. Read, explore and be inspired!