Les toilettes high-tech font leur place sur le marché! Vous songez à opter pour un modèle de toilette plus performant? Voici les options qui s'offrent à vous!

Le monde moderne dans lequel nous vivons se développe rapidement. La technologie a été intégrée dans tous les aspects de notre vie quotidienne et a eu un impact significatif sur le design des appareils qui se trouvent dans nos maisons.

Les toilettes du futur : les options de haute technologie

Vous rénovez votre salle de bain et avez besoin de remplacer votre vieille toilette? Voici quelques exemples de modèles pour vous aider à faire un choix!

Vous aimeriez remplacer votre vieille toilette pour un modèle plus performant?&nbsp;Si vous ressentez un enthousiasme plutôt modéré à l'égard de ce futur achat, il n'en demeure pas moins que celui-ci est important !

Inspiration rénovation : 7 exemples de modèles de toilettes

Vous aimeriez rénover votre salle de bain, mais ne savez pas si vous devez opter pour l'installation d'une douche ou d'une baignoire? Lisez ce qui suit pour vous aider à prendre une décision.

Pour ceux qui rénovent leur salle de bain, un questionnement s’impose souvent: devrais-je opter pour une baignoire ou une douche? Si la première considération qui s’impose est souvent la contrainte représentée par la superficie disponible, d’autres facteurs entrent en ligne de compte au moment de prendre une décision, mais quels sont-ils? Lisez ce qui suit pour le découvrir!

Douche ou baignoire: comment choisir?

Homeowners are often exploring ways in which they can use sustainable or alternative methods to heat and cool their homes. It should come as no surprise that heat from the earth can be used as an alternate energy source. This energy source is referred to as geothermal, and can be found right in your backyard. Modern homes are tapping into this affordable and sustainable source, utilizing it for their heating and cooling systems. But what exactly is it?

If you’re a homeowner who is curious about ways to reduce the dependency on fossil fuels, or you just want to know more about this resource, then look no further. We’re here to break down everything you need to know about geothermal energy, and whether it would be the right system to install in your home!

What are Geothermal Heating and Cooling Systems?

If you go deep enough down into the earth, approximately 6 to 10 metres, the earth's temperature is no longer influenced by the variation in surface temperature. As a result, the underlying principle of geothermal heating and cooling is to take advantage of the consistent temperatures below the earth's surface and works by removing heat from buildings in summer months and supplying heat during winter.

Geothermal heating systems extract heat energy and transfer it into your home. During the summertime, geothermal cooling functions similarly to standard air conditioning. However, instead of heat being dejected into the outside world, geothermal heating and cooling systems deposit this heat for future use.

As a result, this system is cost-effective, saving homeowners up to 60% on heating and cooling costs. Further, homeowners who adopt this system are using the heat extracted during summer months to warm the earth below, increasing the efficiency of this system during winter months.

A geothermal heating and cooling system has 3 main components: the heat-pump unit, the liquid heat exchange medium and the air delivery system, or ductwork, or radiant heating. The pipes that make up geothermal systems are generally made of polyethylene and are buried underground either horizontally or vertically depending on the system you choose as well as the area you’re working with.

Unlike ordinary home heating and cooling systems, geothermal systems do not burn fossil fuel to generate heat, and they require little maintenance. However, it is important that these systems are installed correctly to aid in their longevity.&nbsp;

Common Residential Geothermal Heating and Cooling

source: Wikimedia Commons

This system is designed with a sealed u-shaped pipe of high-density polyethylene that carries the fluid used for the heat transfer in a continuous loop. This process allows for the exchange of heat to occur by conduction. Depending on the season, the heated or cooled liquid returns to the surface and is used to condition the temperature of your home. The required depth for the installation of this system is approximately 300 feet, and the cost will be by-foot dependant.

The horizontal closed-loop system functions in the same manner as the vertical system. The difference between these two is that the horizontal system employs pipes that run back and forth 6 to 10 feet underground. The installation process is quite strenuous, involving excavating trenches of up to 300 feet, rather than digging a well.

Though this system can be cheaper to install as compared with the vertical closed loop system,&nbsp;it requires a significant amount of space and unfortunately, damages the surrounding area. Further, these systems are less-efficient than vertical loop systems and are more easily affected by surface temperature.&nbsp;

An open-loop system uses groundwater that is pumped from a very deep supply well. As water is pumped from the well, the heat exchange occurs and it moves into a second well.&nbsp; Open loop systems are not only highly thermally efficient, but installation is significantly less expensive than vertical-closed loop systems. However, open loop systems require specific conditions to function properly, one of these being an excessive source of groundwater. This is rarely found in urban environments, and therefore does not work for all homeowners.

How to clean and maintain epoxy floors: what you need to know to keep your epoxy looking nice and smooth: cleaning+mopping+fixing cracks+ protecting surface...

Epoxy is a popular floor covering material for garages, department stores and warehouses. Although this product is known for being durable and resistant to daily wear-and-tear, epoxy must be kept clean and maintained on a regular basis in order to keep its smooth and homogenous appearance.

4 Maintenance Tips for Epoxy Floors

Master the art of TIG welding! Uncover its advantages and the characteristics of the process in this article. Make way for precision and versatility.

Tungsten inert gas (TIG), or gas tungsten arc welding (GTAW), is a welding technique known for its precision and quality. This article is an in-depth overview of said versatile welding method. Discover why TIG welding is a favourite amongst welding industry professionals.&nbsp;

Advantages and Characteristics of TIG or GTAW Welding

Arranging your dining room can be quite the challenge, as this room needs to be multi-functional while remaining chic & comfortable. Let's discuss below!

The dining room is a versatile and important fixture in the home. Not only does this space often connect a room or two, but it’s also multi-functional and can act as a place to relax, entertain or in some cases, work. When it comes to arranging your furniture, fixtures, and accessories, you may at first find the task challenging. 

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