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Education
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2015-2017
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2011-2014
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2007-2010
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Natural pools
project design and execution
Welcome to our space dedicated to biopools and natural pools, where the harmony between humans and nature becomes a refreshing and healthy experience.
Biopools are innovative alternatives to conventional pools, using natural methods to keep the water clean and clear without the need for harsh chemicals.
Comprised of a bathing area where you can enjoy pure water and another space dedicated to regeneration, these pools use aquatic plants and biological processes to filter and purify the water.
Designed to blend harmoniously with their surroundings, biopools not only promote a more sustainable lifestyle but also foster biodiversity and provide a healthy environment for swimmers. Discover the benefits of biopools and transform your outdoor space into a natural retreat. Immerse yourself in nature!
ecolagoon
Biopool
eco-pool
natural pool
Origins of biopools
The origin of biopools, or natural pools, dates back to landscape design practices and aquatic constructions in ancient cultures, although their modern development began to take shape in Europe, especially in Austria and Germany, in the 1980s.
These first biopools were created in response to growing concerns about the use of chemicals in traditional pool water treatment and their environmental impact.
The concept was inspired by aquatic ecosystems, where plants and microorganisms work together to naturally purify water. The idea was applied in small leisure facilities and eventually became popular in Europe, being adopted in numerous residential and public projects.
Today, biopools can be found all over the world, from private gardens to recreational facilities in parks. This innovative approach not only promotes human well-being but also respects and preserves the environment, while offering an aesthetically pleasing and sustainable alternative for enjoying the water.
They are known as natural pools, biopools, eco-lagoons or eco-pools.
Types of Biopools
SWIMMING AND REGENERATION AREA IN THE SAME VESSEL
Swimming space separated from the biological filter in different vessels.
The swimming pool may look like a conventional pool. The water flows into the regeneration pond integrated into the garden.
Circulation and Movement of Water
A pumping system is essential to ensure that the water passes through the purification system.
Efficient circulation maintains water quality and optimizes biological filter performance.
Plant Integration
Possibility of combining submerged and marsh plants in the design.
Submerged plants are effective against phosphorus, while marsh plants offer aesthetic value.
Proposal to have a separate pool for submerged plants and a strip of marsh plants in the swimming pool, delimited by a low wall.
SWIMMING AND REGENERATION AREA IN SEPARATE VESSELS.
Swimming space separated from the biological filter in different vessels.
The swimming pool may look like a conventional pool. The water flows into the regeneration pond integrated into the garden.
Circulation and Movement of Water
A pumping system is essential to ensure that the water passes through the purification system.
Efficient circulation maintains water quality and optimizes biological filter performance.
Plant Integration
Possibility of combining submerged and marsh plants in the design.
Submerged plants are effective against phosphorus, while marsh plants offer aesthetic value.
Proposal to have a separate pool for submerged plants and a strip of marsh plants in the swimming pool, delimited by a low wall.
