This content is a sponsored collaboration with Compass Pools, award-winning swimming pool designers and builders specialising in luxury pools that are built to last. Here, they share their authoritative perspective on natural pools and sustainable pool installations.
The perception of swimming pools as inherently resource-intensive is being changed with advances in green technology. However, for true sustainability, one style of pool stands out: the natural pool.
Wellness amenities are crucial for maximising long-term property value, but with sustainability so important to buyers today, it’s also essential that these features don’t come at an environmental cost. In this guide, Compass Pools share their advice on designing a low-impact natural pool that meets rigorous sustainability standards and delivers the wellness benefits that residents want.
The foundation of any pool project starts with choosing the most appropriate pool type. Natural pools are the ultimate low-impact option, eliminating chemical use entirely and replacing them with biological filtration systems.
Using carefully designed regeneration zones, typically comprising between 30 and 50% of the total water surface, natural pools use aquatic plants and beneficial microorganisms to purify the water. Creating valuable micro-habitats enhances local biodiversity, contributing to positive ecological assessments.
In addition to being chlorine-free, natural pools offer a site planning advantage too. These swimming pools are a world away from the traditional rectangular pools that we’re used to. By adding visual interest to a property and the opportunity to create a landscape feature in its own right, they offer a seamless transition from pool to garden. The beauty of a natural pool is in its rustic and organic nature, so look to create transitions between swimming and planted areas with natural stone coping, graded depths, and native plants that complement the surrounding landscape.
Pool heating is one of the most significant financial and environmental costs when installing a pool, which is why specifying efficient heating systems is so vital to achieving sustainability targets. Solar thermal systems are the most direct renewable solution, capturing solar radiation through roof-mounted or ground-level arrays that transfer heat to the pool through closed-loop circulation.
In temperate climates, properly sized solar thermal installations can provide most of the heating requirements needed for the swimming season, with minimal operational costs after the initial investment to install the system. The challenge, however, lies in balancing the visual impact of solar panels with planning constraints and architectural considerations. This means that these systems need to be integrated into the overall design concept from an early stage rather than retrospectively.
A versatile alternative, and a system that can actually be used to complement solar thermal systems, is air source heat pumps. These devices extract heat from ambient air and can produce up to four times the energy they consume. When coupled with renewable electricity from green energy tariffs or photovoltaic arrays, heat pumps are a path towards virtually carbon-neutral pool heating.
Ground source heat pumps are even more efficient, accessing the stable temperatures found below ground level, although their application in pool heating is constrained by the substantial upfront costs and space needed for horizontal ground loops or vertical boreholes. However, if site conditions permit and capital budgets accommodate the installation investment, ground source systems are an exceptional long-term option with minimal visual impact and virtually silent operation.
Variable speed pumps play an important role in the circulation of natural swimming pools, where keeping the water moving is essential for water clarity and the ecological health of the pool. Being able to adjust flow rates to match the circulation needs of the pool means these pumps can reduce energy consumption by as much as 85% in some cases, compared to traditional single-speed systems.
Choosing the right size is equally important, since excessive water flow can disturb planted zones and sediment layers, while insufficient turnover can compromise the quality of the water. Since these pools rely on biological filtration and planted regeneration zones, controlling water evaporation is central to the stability of the ecosystem. Rainwater harvesting is a sustainable source of water for topping up the pool in the event it gets too low, reducing your dependence on mains supply but also removing the risk of chemicals entering the system.
Developers who can successfully integrate pool facilities into projects without compromising on environmental standards can benefit from an advantageous position for planning approval, market reception, and long-term value. Natural pools suit developments that emphasise eco
The perception of swimming pools as inherently resource-intensive is being changed with advances in green technology. However, for true sustainability, one style of pool stands out: the natural pool.
Wellness amenities are crucial for maximising long-term property value, but with sustainability so important to buyers today, it’s also essential that these features don’t come at an environmental cost. In this guide, Compass Pools share their advice on designing a low-impact natural pool that meets rigorous sustainability standards and delivers the wellness benefits that residents want.
The foundation of any pool project starts with choosing the most appropriate pool type. Natural pools are the ultimate low-impact option, eliminating chemical use entirely and replacing them with biological filtration systems.
Using carefully designed regeneration zones, typically comprising between 30 and 50% of the total water surface, natural pools use aquatic plants and beneficial microorganisms to purify the water. Creating valuable micro-habitats enhances local biodiversity, contributing to positive ecological assessments.
In addition to being chlorine-free, natural pools offer a site planning advantage too. These swimming pools are a world away from the traditional rectangular pools that we’re used to. By adding visual interest to a property and the opportunity to create a landscape feature in its own right, they offer a seamless transition from pool to garden. The beauty of a natural pool is in its rustic and organic nature, so look to create transitions between swimming and planted areas with natural stone coping, graded depths, and native plants that complement the surrounding landscape.
Pool heating is one of the most significant financial and environmental costs when installing a pool, which is why specifying efficient heating systems is so vital to achieving sustainability targets. Solar thermal systems are the most direct renewable solution, capturing solar radiation through roof-mounted or ground-level arrays that transfer heat to the pool through closed-loop circulation.
In temperate climates, properly sized solar thermal installations can provide most of the heating requirements needed for the swimming season, with minimal operational costs after the initial investment to install the system. The challenge, however, lies in balancing the visual impact of solar panels with planning constraints and architectural considerations. This means that these systems need to be integrated into the overall design concept from an early stage rather than retrospectively.
A versatile alternative, and a system that can actually be used to complement solar thermal systems, is air source heat pumps. These devices extract heat from ambient air and can produce up to four times the energy they consume. When coupled with renewable electricity from green energy tariffs or photovoltaic arrays, heat pumps are a path towards virtually carbon-neutral pool heating.
Ground source heat pumps are even more efficient, accessing the stable temperatures found below ground level, although their application in pool heating is constrained by the substantial upfront costs and space needed for horizontal ground loops or vertical boreholes. However, if site conditions permit and capital budgets accommodate the installation investment, ground source systems are an exceptional long-term option with minimal visual impact and virtually silent operation.
Variable speed pumps play an important role in the circulation of natural swimming pools, where keeping the water moving is essential for water clarity and the ecological health of the pool. Being able to adjust flow rates to match the circulation needs of the pool means these pumps can reduce energy consumption by as much as 85% in some cases, compared to traditional single-speed systems.
Choosing the right size is equally important, since excessive water flow can disturb planted zones and sediment layers, while insufficient turnover can compromise the quality of the water. Since these pools rely on biological filtration and planted regeneration zones, controlling water evaporation is central to the stability of the ecosystem. Rainwater harvesting is a sustainable source of water for topping up the pool in the event it gets too low, reducing your dependence on mains supply but also removing the risk of chemicals entering the system.
Developers who can successfully integrate pool facilities into projects without compromising on environmental standards can benefit from an advantageous position for planning approval, market reception, and long-term value. Natural pools suit developments that emphasise eco