Page 7 - 水资源保护技术与方法
P. 7

ABSTRACT











                   In the current world where ecological environment and economic and social
               development are closely intertwined, the protection of water resources, as the core
               element that sustains life and promotes civilization progress, is urgently needed.
               This book takes a systematic perspective to deeply analyze the key technologies

               and effective methods of water resource protection, and comprehensively presents
               the theory, practice, and future directions in this field.
                   Starting from the importance and global distribution of water resources,

               it points out their indispensable role in ecology, production, and life. Through
               detailed data, the crisis and challenges facing water resources are revealed, such
               as the exacerbation of water pollution caused by industrial wastewater discharge
               and the supply-demand imbalance caused by uneven distribution of regional water
               resources, highlighting the urgency of protection work. Furthermore, it elaborates

               on the significance and basic principles of water resource protection, laying a solid
               theoretical foundation for subsequent content from multiple dimensions such as
               ecological balance, social stability, and sustainable economic development.

                   At the technical level, the system outlines various protection technologies
               such as physics, chemistry, and biology, covering multiple dimensions from
               water source isolation, water quality purification, to ecological restoration. It also
               introduces engineering measures, agricultural and industrial water-saving and
               emission reduction technologies, and smart management of urban water resources.

               The book also focuses on specific types of wastewater treatment technologies
               such as hydrofluoric acid wastewater, ammonia nitrogen wastewater, and grinding
   2   3   4   5   6   7   8   9   10   11   12