The international water disaster is an escalating mission that influences billions of human beings globally, contributing to water shortage, pollution, and insufficient sanitation. These troubles restrict sustainable development and disproportionately affect susceptible populations, undermining the success of the United Nations Sustainable Development Goal (SDG) 6, which makes a specialty of “Clean Water and Sanitation.” To deal with this crisis, improvements in water remedy technologies are important, providing a pathway to improve the performance, sustainability, and affordability of water remedy approaches. This case examines emerging water remedy technologies whose goal is to mitigate the outcomes of water shortage and pollutants that specialize in advanced and sustainable answers. These technologies keep the capacity to revolutionize water control by way of improving treatment performance, lowering environmental impacts, and making clean water greater on hand. This takes a look at and additionally explores the limitations of conventional techniques, together with chemical precipitation and activated sludge, in effectively addressing emerging contaminants. The case takes a look at evaluating the performance, price-effectiveness, scalability, and environmental effects of this technology through an aggregate of quantitative and qualitative research methods. The findings advise that the integration of a couple of revolutionary technologies in hybrid structures, along with clever water management structures utilizing synthetic intelligence (AI) and the Internet of Things (IoT), can drastically improve the overall performance of water remedy systems. By aligning with SDG 6 and other SDGs associated with fitness, poverty reduction, and economic increase, those innovations provide a promising course forward in attaining sustainable water control.