Chemistry of Natural Energy and Carbon Materials . Textbook" edited by T. In. Buharkina and other authors is a unique work that immerses the reader in the exciting world of chemistry, exploring the most important aspects of natural energy and carbon materials. This manual will become an indispensable assistant for students, graduate students and anyone interested in modern technologies in the field of energy and ecology. The book explores key topics related to chemical properties and reactions occurring in natural energy sources such as oil, coal, and gas. The authors offer readers an in-depth understanding of the processes taking place at the molecular level and their impact on the environment. The manual emphasizes the importance of sustainable use of natural resources and the development of new technologies aimed at minimizing the negative impact on nature. One of the main features of the book is its accessible style of presentation, which allows even those who do not have deep knowledge in chemistry to easily absorb material. The authors use clear examples and illustrations, which makes the study of complex ones all the more fascinating and accessible. This makes the manual an ideal choice for students of technical and natural sciences specialties, as well as for anyone who wants to expand their knowledge in the field of chemistry and ecology. The book raises important issues such as climate change, the need for a transition to renewable energy and sustainable development. These topics are relevant to modern society, and the handbook helps readers understand how chemistry can play a key role in addressing global environmental challenges. With the growing need for efficient and environmentally friendly technologies, knowledge of natural energy chemistry is becoming especially important. T. In. Buharkin, as one of the leading authors, has considerable experience in the field of chemistry and energy. His work is known in scientific circles, and he is the author of many articles and teaching aids. This gives additional value to the book, as readers can be sure of the high level of material presented and its relevance. In addition, the book can be of interest not only to students, but also to specialists in the field of energy, ecology and chemical technology, as well as to anyone who seeks to understand modern challenges and solutions in the field of sustainable development. It can be an excellent addition to the library of any researcher, teacher or practitioner. If you are looking for literature that will help you understand the chemistry of natural energy and carbon materials, this guide will become your reliable companion. It will not only expand your knowledge, but also inspire new ideas and projects related to environmentally friendly technologies and sustainable development. In conclusion, “Chemistry of Natural Energy and Carbon Materials” is not just a textbook, but a real find for everyone who wants to be at the forefront of scientific research and practical solutions in the field of energy and ecology. Do not miss the opportunity to discover this fascinating world that awaits you in the pages of this book!