The book "Ways to create biodegradable polymeric materials and their production on the basis of plasticized cellulose diacetates" by Gottlieb, E. M. is a deep and comprehensive research in the field of materials science, which will be of interest to both specialists and those who are just beginning to get acquainted with this topic. In today's world, where ecology and sustainable development are becoming more relevant, this edition opens new horizons for understanding and creating environmentally friendly materials. Author, E. M. Gottlieb, known for his scientific work in polymer chemistry and materials science. His work is distinguished by a careful approach to the research and practical application of new materials. In this book, he shares his knowledge and experience, offering readers unique methods and technologies that can be used to develop biodegradable polymers. The book covers a wide range of topics, ranging from the basics of polymer chemistry to specific methods of producing cellulose diacetates. Gottlieb examines plasticization processes in detail, allowing readers to understand how to create polymers that not only have the necessary mechanical properties, but are also able to decompose in natural conditions. This makes the book especially valuable for researchers and engineers working in the development of environmentally friendly packaging materials, textiles and other products that are traditionally made of plastic. Readers interested in the topics of sustainable development, ecology and new technologies will find in this book many useful ideas and practical recommendations. Students and graduate students studying chemistry, materials science or environmental sciences will be able to use it as a teaching aid, and practitioners will be able to use it as a reference for introducing new technologies into their work. The book will also be useful to entrepreneurs who seek to implement environmentally friendly solutions in their business processes. The topics raised in the book concern not only the scientific aspects, but also the social and economic consequences of the use of biodegradable materials. Gottlieb stresses the importance of moving towards more sustainable forms of production and consumption, making his work relevant in light of global challenges such as climate change and environmental pollution. The book inspires the search for innovative solutions and emphasizes that science can and should serve the good of society. The author's style is distinguished by clarity and accessibility, which allows even complex scientific concepts to be perceived easily and with interest. Gottlieb uses many examples and illustrations, which makes the material more clear and understandable. His previous work has also been recognized for its in-depth analysis and practical focus, and this book is no exception. Thus, "Ways to create biodegradable polymeric materials and their production on the basis of plasticized cellulose diacetates" is not just a scientific publication, but an important contribution to the development of environmentally friendly technologies. This book will become an indispensable assistant for all who seek to understand and implement the principles of sustainable development in their professional activities. If you are looking for inspiration and practical solutions for creating environmentally friendly materials, Gottlieb’s work will be a real find for you.