What are and how do Biopools work: ecological pools that combine design, well-being, and natural balance

During the summer of 2026 in Argentina, biopools stopped being a landscaping curiosity and became a real alternative to traditional swimming pools.

What sets them apart is not only their natural aesthetics but also their system: the water is kept clean through a biological process that replicates what happens in lagoons and healthy aquatic ecosystems.

This approach marks a cultural shift: the goal is no longer just a functional pool but a system that combines well-being, design, and natural balance, redefining the concept of a pool in modern homes.

How they work

Every biopool is organized into two fundamental areas: the swimming zone and the regeneration zone.

The operation is based on a hydrobotanical system that naturally purifies the water:

  1. The water enters an artificial wetland, where an initial filter retains particles.
  2. It then passes through a bed of stones, roots, and natural substrates.
  3. Aquatic plants oxygenate the water.
  4. Microorganisms eliminate harmful bacteria.
  5. Finally, the clean water returns to the swimming zone.

This cycle is continuous: the water circulates permanently, maintaining its biological balance and remaining clear, stable, and free of chemicals.

biopiletas
Biopools change the way we enjoy water. 

Main advantages

Biopools offer benefits that make them an attractive option:

  • Healthy and ecological: without chlorine or chemicals, ideal for people with sensitive skin or allergies.
  • Resource saving: they are not emptied in winter and only require replenishing evaporated water.
  • Natural aesthetics: they harmoniously integrate into the landscape, functioning as an ecosystem.
  • Less long-term maintenance: once the system is balanced, they require less daily care.
  • Thermal stability: the stones in the system help keep the water pleasant.

Challenges and disadvantages

However, they also present limitations:

  • High initial cost: their construction is customized and more expensive than a conventional pool.
  • Space requirement: they require dividing the surface 50% for swimming and 50% for purification.
  • Specialized maintenance: they demand control of the biological balance and care of the plants.
  • Appearance of the water: it may look more like a natural pond than a crystal-clear pool.
  • Associated fauna: insects or frogs may appear in the plant area.
  • Usage limits: they are not recommended for an excessive number of simultaneous bathers.

Biopools represent a sustainable and aesthetic alternative to traditional pools. Their natural, chemical-free operation makes them a healthy option in tune with the environment. Although they require a higher initial investment and space, more and more architects recommend them as the new paradigm of water design in the home.

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