Beautify your garden with your sanitation

Beautify your garden with your sanitation

Sanitation Garden 36

Phytopurification: natural and ecological harmony for your garden

When it comes to improving the aesthetics and functionality of your garden, phytopurification systems are a unique and innovative solution that is both environmentally friendly and aesthetically pleasing. These systems use specially selected plants to filter and purify wastewater, creating a miniature ecosystem that not only replaces the septic tank or micro-station but also enriches local biodiversity.

What makes constructed wetlands truly unique is that they are the only sanitation systems that are open to visitors. Unlike traditional installations, which are often hidden or buried, constructed wetlands blend harmoniously into the landscape of your garden. Visitors can admire the plants used to attract bees, butterflies and other pollinators, adding a touch of life and colour to your outdoor space.

What’s more, by opting for constructed wetlands, you are actively contributing to the preservation of the environment. This system reduces your home’s ecological footprint by using natural processes to treat wastewater, thus avoiding the use of chemicals or heavy infrastructure. Ultimately, constructed wetlands transform a simple garden into a living example of sustainability and harmony with nature, while making your outdoor space more attractive and functional.

Phyto-purification: a natural and aesthetic solution

Phyto-purification is a set of natural techniques for purifying wastewater using plants. More specifically, it is a method of wastewater treatment that relies on a combination of microorganisms and plants in an ecosystem specially designed for this purpose. The principle behind constructed wetlands is simple: a plant filter is created to collect wastewater from homes.

The wastewater from the home arrives on the surface of the filter, which is planted with reeds. The role of the reeds is mainly mechanical: the development of the stems and rhizomes maintains the permeability of the filter over the long term, and the roots as a whole harbour an ecosystem that is very rich in bacteria and other micro-organisms. The reed filter is divided into two parts that are fed alternately. The upper layer of the filter is made up of sand, which acts as a sieve, retaining the solid matter on the surface of the filter. This matter will quickly compost while the water passes vertically through the entire filtering mass. The bacteria present in the filtering mass will digest the pollution and the water continues on its way to the infiltration zone. The compost on the surface is not waste that needs to be removed regularly. It only needs to be removed about once every ten years. Once removed, this compost can be reused in an environmentally friendly and beneficial way, particularly as a natural fertiliser in an ornamental garden. This not only makes use of waste, but also enriches the soil in a sustainable and environmentally friendly way.

The Sanitation Garden: a green and functional process

The Sanitation Garden is a natural process using a phytopurification system, offering both aesthetic and ecological advantages. This type of garden harmoniously integrates purifying plants into a landscaped setting, transforming a technical process into a pleasant green space. In addition to playing an important role in wastewater treatment, the Sanitation Garden becomes a visual and ecological asset for the property.

The plants selected for this garden, such as reeds, irises and sedges, also provide botanical diversity that attracts pollinators and enriches local biodiversity. These plants benefit from the natural compost formed by the phytopurification process, which promotes their growth and flowering.

The advantages of the Sanitation Garden

An economical alternative

In principle, the installation of a Sanitation Garden is an investment. The initial cost, although reasonable, is slightly higher than that of an ordinary septic tank, but is quickly amortised. After installation, however, the garden is completely self-sufficient and highly durable. In other words, it does not require emptying, let alone any maintenance by a professional. You will not need to buy any more plants or replace the installation. In the long term, this investment is therefore much more advantageous than any other sanitation system. These gardens have the same lifespan as a house.

An environmentally friendly solution

Sanitation Gardens allow solid matter to be broken down directly into compost on site, thus eliminating the need for transport and the associated pollution. Thanks to these gardens, the energy normally used for waste treatment in water treatment plants is saved. Only French products are used when installing the gardens. To reduce the carbon footprint, the emphasis is on the use of local resources, for example, the plants and aggregates come from the customer’s region.

An aesthetic asset

Like a traditional green space, the Sanitation Garden contributes to the aesthetics of your garden. The plants are chosen not only for their performance and usefulness, but also to add a decorative touch to the space. The system blends in easily with the decor of the house or the area where it is installed.

Gardening maintenance

The Sanitation Garden is maintained in the same way as a conventional garden, with sufficient annual mowing. The green filter generally needs cleaning every ten years, without the need for cleaning products.

Calculez les économies de gaz à effet de serre réalisées *

Tout comme les milliers de propriétaires déjà conquis, vous vous direz, vous aussi, que oui, la nature fait bien mieux les choses.

L’équivalent-habitant est une unité de mesure définie en France par l’article R2224-6 du Code général des collectivités territoriales. Pour équiper une maison avec un système d’assainissement non collectif, l’arrêté du 7 mars 2012 stipule la règle 1 EH (équivalent-habitant) = 1 PP (pièce principale). L’article R.111-1-1 définit une pièce principale comme étant une unité destinée au séjour ou au sommeil, excluant ainsi les pièces de service (cuisines, cabinets d’aisance, salles d’eau, etc.).

Nature does things well (better)

Les végétaux de votre assainissement AQUATIRIS vous permettent d'éviter l'émission de kg CO2e **.
L'absence de fosse toutes eaux réduit de kg CO2e les émissions liées au traitement de l'eau ***.
Ainsi, grâce à AQUATIRIS, vous réduisez au total votre empreinte carbone de kg de CO2e.

Ce qui équivaut à :

XXX
kms parcourus en voiture thermique
XXX
heures de streaming sur un PC portable

100 % de nos assainissements sont des jardins

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* L'ensemble des données d'évitement ont été calculées sur une durée de référence de 50 ans et uniquement durant la phase d'usage, sur la base de la méthode d'ACV dynamique de la RE2020. Source : Alternative Carbone. ** Les végétaux captent le CO2 de l'air lors de la photosynthèse. Grâce aux plantes, la phytoépuration permet donc de compenser une partie de ses émissions de gaz à effet de serre, comparé à un assainissement non végétalisé. *** Comparé à un assainissement classique constitué d'une fosse toutes eaux suivie d'un filtre à sable, les assainissements AQUATIRIS n'émettent pas de méthane et peu de protoxyde d'azote. Ces gaz sont en effet principalement générés par les fosses toutes eaux lors du processus de fermentation.

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