Conclusion

The wide range of techniques used to treat urban wastewater, from traditional processes such as biological disks and bacterial beds, to cutting-edge technologies such as membrane bioreactors, demonstrates the constant evolution of this crucial field for environmental protection and public health.

Advances in membrane filtration and automation, including the potential of artificial intelligence, promise to bring greater efficiency, precision and economy to the management of treatment plants.

These advances, coupled with enlightened human expertise, are the key to meeting the challenges posed by growing urbanization and increasingly stringent regulatory requirements.

The transition to more compact, energy-efficient processes, capable of meeting a wide range of discharge standards, is essential to ensure optimal wastewater...