The Chemistry of Wood and Synthetic Polymers by B. and . Azarov and his co-authors is a fascinating and in-depth study that opens up the world of interaction between natural and synthetic materials for readers. In this work, the authors seek to highlight not only the theoretical aspects of wood chemistry, but also the practical application of the acquired knowledge in various industries, such as construction, furniture industry and packaging production. From the first pages of the book, the reader is immersed in the exciting world of chemical processes occurring in wood. The authors examine in detail the structure of wood, its chemical composition and the unique properties that make this material so valuable in the modern world. At the same time, they do not forget about synthetic polymers, which in recent decades have become an integral part of our lives. The comparison and interaction of these two types of materials opens new horizons for understanding their applications and capabilities. This book will be of particular interest to students and professionals in the fields of chemistry, materials science, forestry and ecology. It can also attract the attention of professionals working in areas related to wood processing and polymer production. Readers interested in sustainable development and environmental aspects of materials use will find in it a lot of useful information on how to optimize the use of natural resources and minimize the negative impact on the environment. The topics raised in the book cover a wide range of issues, including the study of the properties of wood as a renewable resource, the impact of synthetic polymers on the ecosystem and the possibility of creating new materials that combine the benefits of both types. The authors focus on the importance of scientific research in this area and how it can contribute to the creation of more environmentally friendly and efficient materials. Style B. and . Azarov and his team are distinguished by clarity and accessibility, which makes complex scientific concepts understandable even for an unprepared reader. They use many examples from practice, which allows them to better absorb the material and see its application in real life. The book is replete with illustrations and diagrams that help to visualize the processes described and make reading more fascinating. If you are looking for literature that combines scientific rigor and practical utility, then Chemistry of Wood and Synthetic Polymers would be an excellent choice. Not only will it enrich your knowledge of the materials that surround us, but it will also make you think about how we can use them more efficiently and responsibly. This book will become an indispensable assistant for students, researchers and practitioners seeking to deepen their knowledge in the field of chemistry and materials science. Do not miss the opportunity to discover new horizons in understanding the interaction of nature and technology!