Fluoride pollution of water can have a negative impact on human health, especially in impoverished countries with inadequate access to clean water. Excess fluoride in drinking water in such places can cause dental and skeletal fluorosis, a disorder that weakens bones and teeth, resulting in pain and impairment. To address this issue, many fluoride-removal remediation strategies have been investigated and deployed in impacted localities. Activated alumina is a popular adsorbent for removing fluoride. The material has a high affinity for fluoride ions, which efficiently lowers their concentration in water. Ion exchange resins can also be used to remove fluoride by substituting it with less damaging ions like chloride. This procedure produces drinking water that has been purified. Further, chemical precipitation methods involve adding chemical agents to water, such as calcium or aluminum salts, which causes fluoride ions to form insoluble precipitates that are easily removed. Other techniques like, reverse osmosis is another highly efficient way of eliminating fluoride from water. It entails passing water across a semi-permeable membrane, efficiently separating fluoride ions from water molecules. Each of these remediation techniques has advantages and disadvantages, and the best solution is determined by the unique context and characteristics of the afflicted area. Furthermore, community education and knowledge regarding the significance of removing fluoride from drinking water are critical to the successful implementation of these remediation techniques. Continuous monitoring and evaluation of water quality are also required to assure the long-term success of the chosen remediation strategy. Here in this chapter, review of the latest techniques of fluoride removal has been discussed.