Découvrez les coûts et les options pour votre projet de pavage. Prix par matériau, facteurs influençant le prix et durée de vie.

Planifier le pavage de votre entrée en asphalte, béton ou pavé uni ? Le coût varie généralement entre 3 $ et 20 $ le pied carré, selon le matériau choisi et la superficie à couvrir. Différents facteurs tels que la durée de vie, l'épaisseur et l'entretien peuvent aussi influencer le prix final. Découvrez comment obtenir le meilleur rapport qualité-prix pour votre projet de pavage résidentiel.

Combien coûte un pavage en asphalte au pied carré?

Votre entrée en asphalte est dans un piteux état? Voici ce qu'il faut savoir sur les réparations à effectuer en fonction de la gravité de la situation. 

Comme votre entrée en asphalte constitue un point central d’intérêt en ce qui concerne l’extérieur de votre propriété, son maintien dans un bon état est d’une importance capitale, d’autant plus qu’un manque de soin peut rapidement aggraver les problèmes présents. Voici donc les soins à apporter dépendamment de la gravité de la situation. 

La réparation de votre entrée en asphalte 

Vous avez décidé d’opter pour des rénovations plus vertes? Découvrez les avantages de la peinture écoresponsable.

À une époque où l’on se tourne de plus en plus vers des produits respectueux de l’environnement, les domaines de la construction et de la rénovation demeurent des secteurs parmi les plus polluants. Malgré tout le bon vouloir, plusieurs matériaux auront des répercussions à la fois sur la santé des occupants et sur celle de la planète, que ce soit lors de leur fabrication, leur utilisation ou lorsqu’ils arriveront en fin de vie utile.&nbsp;

Peinture éco-responsable - Quels bienfaits pour l'environnement?

More and more homeowners are looking for alternative ways to heat and cool their homes, especially those which are environmentally friendly. Though it may not be a household name just yet, the heat pump is becoming commonly used in the Canadian household. This environmentally friendly system harnesses the earth's natural energies to keep us warm during winter months and cool during summer months.

So, what exactly is a heat pump, and why isn’t everyone using it for their household? If you’re a homeowner who is environmentally conscious, or just curious about this technology, we’ve gathered all the details about heat pumps and their innovative usage&nbsp;methods as household heating and cooling systems.

source: Wikimedia Commons

Although they may not be a common household system just yet, heat pumps are not modern technology and are more familiar than the average homeowner might realize. Our refrigerators and air conditioners are examples of the commonplace heat pump, though working on a much smaller scale. Heat pumps are home heating and cooling systems that transfer heat with a substance called a refrigerant, which circulates by way of a cycle of evaporation and condensation.

A compressor pumps refrigerant between two heat-exchanging coils. One of the coils works by using the refrigerant to pull heat from its surroundings, and absorbs it. Then, the refrigerant moves through the coil and is compressed while moving through&nbsp;to the other coil. Once it reaches the second coil, it condenses at high pressure and releases the heat absorbed during the cycle.

Heat pumps work by extracting heat from one place and transferring it to another, utilizing heat from the earth's ground as well as the outside air. For the home system, a heat pump provides heating during winter months as well as cooling and dehumidifying during summer months. As the earth's ground and the outside air always contain levels of heat, a heat pump works year-round with the earth to warm and cool your home. This heating and cooling system is an excellent option for the homeowner looking to incorporate environmentally-friendly heating and cooling into their setup.

As mentioned, refrigerators and air conditioners are common examples of this technology. For the homeowner to visualize the heat pump's mode of operation, we can think about how the refrigerator works, as it is just a smaller model of the heat pump system. The average fridge operates by way of an evaporator coil, which is usually located in the freezer. In the same manner, as a heat pump, this evaporator coil absorbs heat and transfers it outside the fridge, generally below the fridge where a condenser coil is located.&nbsp;

There are two main types of home heat pumps, and these are air and ground source.

source: Flickr, chrissiegao

There are two types of air source heat pumps, though the most common home system is an air-to-air heat pump. An air-to-air heat pump works by absorbing heat from the air in the winter and rejecting heat into the outdoor air during summer months. This is the most common type of heat pump currently used in Canada as it can be used even in urban or city environments.

Air-to-air heat pumps use up to 20 to 50% less energy than the average home heating and cooling system, and can, therefore, help the average homeowner cut electricity and heating costs greatly. Of course, savings will vary depending on the climate of your region. Air-source heat pumps require proper maintenance and upkeep. If properly taken care of, these systems can last from 15 to 20 years.

Alternatively, there is the air-to-water heat pump, and this is used in homes which are equipped with hydronic heat distribution systems. When in use, the heat pumps pulls heat from the outside air, transferring it to the water within the system. Unfortunately, air-to-water heat pumps are not an effective&nbsp;cooling system and are therefore rare in the average household. Further, air source heat pumps are not economically attractive in very cold climates, as they may have trouble performing if there is not enough available heat in the air.

Very recently, ductless mini-split heat pumps have begun appearing in Canada, though these only operate in homes with hydronic or electric resistance baseboard heating. These are single units that can be installed in any room of the home and are growing in market appeal.&nbsp;

Ground-source heat pumps aren't as common in Canadian households but are becoming more widely used. This style of pump draws and absorbs heat from the earth's ground or groundwater. Ground-source heat pumps are sometimes referred to as earth-energy systems (EESs). These systems operate by removing heat from the earth by way of a liquid, this liquid rises in temperature and the heat it harnesses is transferred to the inside of your home.

During the summertime, the process is reversed, and heat is transferred back into the ground by way of the heat pump's liquid. Ground-source heat pumps can also be designed to serve a single function, either heating or cooling exclusively.

All ground-source heat pumps have two parts: a system of outdoor piping and an indoor heat pump. The outdoor section of a ground-source heat pump can either be an open system or a closed loop. However, open systems require proximity to an underground body of water, and the water used in the system is often discharged to an above ground body of water, whereas closed loop systems collect heat by way of a continuous pipe that has been buried underground, absorbing heat from the surrounding earth.

Ground-source heat pumps require space and are therefore difficult to install and utilize in a densely-populated city. However, areas of central Canada, British Columbia and the Prairies are adopting this type of pump with more accessible ground and ground-water. As with air-source heat pumps, ground-source heat pumps are energy-efficient and will reduce heating and cooling costs for any homeowner. Further, ground-source heat pumps have a life expectancy of up to 20 to 25 years, just slightly outliving air-source heat pumps.&nbsp;

Renovating in Montreal? Here are the grants, the problems to know, the bylaws to follow, how to find a contractor

When renovating a property in Montreal, there are several things to consider that do not necessarily apply to other municipalities. Examples include by-laws, licensing and the specifics associated with certain areas of the city.

Renovating a Property In Montreal

Take a deep dive into everything that’s fibre-reinforced concrete! Learn about its advantages and uses, and get tips for sturdy and durable constructions.  

Fibre-reinforced concrete was a definite turning point in the construction industry. Designed to offset the brittleness of standard concrete and with a low-tensile strength, fibre-reinforced concrete sets a new record. As a result, some mixtures allow for fewer rebar use on construction sites since this material can withstand tensile forces of 2,300 MPa, compared to standard concrete’s 500 MPa.&nbsp;

What's There to Know About Fibre-Reinforced Concrete?

Improving air quality is important, and that’s why we’ll be discussing the must-know facts about the Venmar air exchanger. 

The majority of the population&nbsp;is unaware that the air they breathe inside their home isn’t that great.&nbsp;

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