Under the premise of compliant production and standardized management, the impact of fluoride emissions that meet standards on the natural environment is controllable and will not cause sustained pollution. Under normal circumstances, fluoride-containing wastewater and exhaust gas, after wastewater treatment and exhaust gas purification, have fluoride content that meets national environmental emission standards. After entering the natural cycle, they can be gradually diluted and dissolved by the environment, and will not damage water bodies or soil ecosystems. Daily civilian use of fluoride-containing products is low in quantity and easily metabolized; normal use and emissions will hardly burden the environment, representing an environmentally friendly usage pattern.

However, if discharged directly and disorderly without treatment, high concentrations of fluoride will cause significant damage to water bodies and soil. Direct discharge of fluoride-containing wastewater into rivers and farmland will lead to excessive fluoride levels in the water, and long-term accumulation will affect the growth and reproduction of aquatic organisms, disrupting the aquatic ecological balance. After seeping into the soil, excessive fluoride will alter the soil's physical and chemical properties, causing soil compaction, decreased fertility, and inhibiting nutrient absorption by crop roots, resulting in poor crop growth and reduced yields. Simultaneously, fluoride will accumulate in crops, indirectly affecting the stability of the ecological chain.

Improper disposal of fluoride-containing waste gas and solid waste from industrial production can also lead to regional environmental problems. Unpurified fluoride-containing exhaust gases released into the air will settle on the ground, causing persistent fluoride pollution and damaging surrounding vegetation and crops. If fluoride-containing waste residue is improperly dumped or landfilled, it will slowly seep into groundwater, causing excessive fluoride levels and creating long-term, difficult-to-treat hidden pollution. Therefore, fluoride production enterprises must have complete environmental protection facilities and strictly implement compliant disposal of wastewater, waste gas, and solid waste to achieve standard emissions and resource recovery, minimizing environmental impact.