Emerging Innovative technologies and Materials in Hydropower Sector: A review

Various technological developments are now occurring in the hydropower sector. New technologies and practices are being developed to improve the hydropower system's adaptability and sustainability. To boost performance, durability, and flexibility, new novel materials that have been discovered through various research projects have also recently been introduced. In addition to improving efficiency, resistance, dependability, and durability, these cutting-edge materials have the potential to have a substantial impact on the hydropower sector's ability to manufacture, install, and transport equipment. Several novel materials are being introduced and numerous studies are continuing in the hydropower industry. Novel materials can be used for both new power plants and restoration projects. This study describes the most relevant novel materials used in various hydropower structure parts and components

Emerging Innovative technologies and Materials in Hydropower Sector: A review

Various technological developments are now occurring in the hydropower sector. New technologies and practices are being developed to improve the hydropower system's adaptability and sustainability. To boost performance, durability, and flexibility, new novel materials that have been discovered through various research projects have also recently been introduced. In addition to improving efficiency, resistance, dependability, and durability, these cutting-edge materials have the potential to have a substantial impact on the hydropower sector's ability to manufacture, install, and transport equipment. Several novel materials are being introduced and numerous studies are continuing in the hydropower industry. Novel materials can be used for both new power plants and restoration projects. This study describes the most relevant novel materials used in various hydropower structure parts and components

Review on waste water reuse for irrigation towards achieving environmental sustainability

Even though water makes up around 70% of the earth's crust, just a small portion of it is suitable for terrestrial life. Water is essential for life. The small percentage of freshwater with low salt concentration in the Antarctic and Arctic (68.7%) is only 2.5% of the total water stock in the hydrosphere and is largely in the form of ice and permanent snow cover. This writing serves as a review. Journals, publications, and earlier project works pertinent to the subject at hand were thoroughly examined and strategically sampled. To gather the data needed for the paper's creation, many works were examined and summarized. Agriculture is a large consumer of wastewater globally. It is believed that finding suitable irrigation resources is crucial for protecting natural water bodies and ensuring food safety. Wastewater reuse has emerged as a practical option for pollution reduction when water reuse replaces effluent discharge to vulnerable surface water bodies, preserving and extending available water supplies. This is due to the difficulties associated with the discharge of untreated wastewater into the environment. As treating and utilizing wastewater for irrigation would make it easier to achieve sustainability, using wastewater for irrigation is an efficient strategy to lower costs and improve environmental health and safety in today's economy

Review on waste water reuse for irrigation towards achieving environmental sustainability

Even though water makes up around 70% of the earth's crust, just a small portion of it is suitable for terrestrial life. Water is essential for life. The small percentage of freshwater with low salt concentration in the Antarctic and Arctic (68.7%) is only 2.5% of the total water stock in the hydrosphere and is largely in the form of ice and permanent snow cover. This writing serves as a review. Journals, publications, and earlier project works pertinent to the subject at hand were thoroughly examined and strategically sampled. To gather the data needed for the paper's creation, many works were examined and summarized. Agriculture is a large consumer of wastewater globally. It is believed that finding suitable irrigation resources is crucial for protecting natural water bodies and ensuring food safety. Wastewater reuse has emerged as a practical option for pollution reduction when water reuse replaces effluent discharge to vulnerable surface water bodies, preserving and extending available water supplies. This is due to the difficulties associated with the discharge of untreated wastewater into the environment. As treating and utilizing wastewater for irrigation would make it easier to achieve sustainability, using wastewater for irrigation is an efficient strategy to lower costs and improve environmental health and safety in today's economy