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?

Mass timber construction, an innovative and sustainable building method, is gaining momentum in Ontario. The Ontario government’s decision to take steps to permit mass timber buildings of up to 18 storeys is being praised as a boost to the mass timber manufacturing sector and a step forward in the province’s drive to build more housing.

Mass timber refers to manufactured wood products that meet similar structural, fire protection and seismic performance as materials traditionally used to construct tall buildings (e.g., concrete and steel). Encapsulated means that the manufactured wood components are covered with fire-rated treatments, like drywall.

There are many reasons why architects, owners, developers, and other building professionals choose mass timber for their projects. These engineered products are manufactured using wood, a renewable resource. They offer a structurally efficient yet low-carbon alternative to steel or concrete. Building codes continue to advance in favour of mass timber construction, giving designers more opportunities every day to innovate.

Encapsulated mass timber construction can minimize the impact of the construction on surrounding neighbourhoods because it is prefabricated and ready to assemble, reducing construction time and onsite work.

Details of Ontario's "Mass Timber Program" for Residential Construction

The current limit in Ontario's building code is 12 storeys. Ontario Minister of Municipal Affairs and Housing, Paul Calandra announced on April 8 that the government will move to amend the building code to permit encapsulated mass timber construction up to 18 storeys after reviewing analysis and feedback from a multi-province joint task force that includes Ontario, British Columbia and Quebec.

“The use of mass timber can help the sector build more homes faster, keep the cost of construction down and boost our northern economy,” said Calandra. “As we work to cut red tape in order to increase housing supply, we’re taking an innovative approach to help our partners get shovels in the ground.”

The recently released 2024 Ontario budget confirms modular housing is part of the government’s planned “attainable housing program,” which will seek to boost homeownership and Ontario-based industry. The budget also commits $60 million over three years to extend the forest biomass program, which was launched with $19.6 million in 2023.

“Our abundant natural resources and highly skilled forestry sector are helping to meet the demand for housing across the province,” said Graydon Smith, Minister of Natural Resources and Forestry. “Advanced wood construction will help bring long-term investments to northern communities that will create new, good-paying jobs while increasing housing supply and supporting Ontario’s largest renewable natural resource sector.”

Ontario's Mass Timber Program has been developed to promote the use of wood in taller buildings through:

Examples of Mass Timber Construction Projects in Canada

George Brown College's Arbour development&nbsp;- planned to be a 12-storey building that will be the most carbon friendly building in Canada, constructed almost entirely of mass timber. It will house the college's School of Computer Technology and act as a living laboratory for students of mass timber construction.

The University of Toronto's Academic Tower&nbsp;- planned to be the tallest mass timber and concrete hybrid building in North America, this 14-storey building will act as a living laboratory for students learning skills in mass timber construction.

The Green Vision Development&nbsp;- planned to be a residential condominium complex consisting of three, 12-storey buildings in downtown North Bay. The first floor of these buildings, and their adjoining parking garages, will be constructed with concrete, and the remaining 11 storeys with wooden panels. These buildings will be used as living laboratories for students, and will contribute to the sustainability highlighted in North Bay's Master Plan.

The 57 Wade Avenue development - planned to be an eight-storey office building in Toronto. This building's construction will incorporate mass timber beams and an innovative floor assembly that will result in exposed wooden ceilings to the office space below.

What Are the Advantages and Benefits of Building with Mass Timber?

Increasing the height limit for mass timber construction from 12 to 18 storeys opens up new opportunities for the construction industry and the forestry sector in Ontario. Here are some notable benefits:

Challenges and Considerations of Wood Construction

The Canadian Wood Council said it applauds Ontario’s code leadership: “These expanded provisions for mass timber will enhance the innovation already happening in the province, offering designers, developers and municipalities the opportunity to pursue high-performance, low-carbon wood construction in a greater number of buildings.”

How Is Mass Timber Sourced with Sustainability in Mind?

Mass timber is sourced primarily from sustainably managed forests in North America, particularly in the Pacific Northwest. These forests are known for high-quality wood, which is used in the manufacturing process of mass timber.&nbsp;The wood is typically harvested from young trees, which have a lower environmental impact. Sawmill residues are also used, minimizing waste.

The most commonly used wood species for mass timber construction in North America is Douglas fir, which is prevalent in the Pacific Northwest. Douglas fir is known for its strength, durability, and versatility, making it an ideal choice for mass timber construction. Other species of wood used in mass timber construction include spruce, pine, and hemlock. These tree species are also sustainably managed and known for their structural and aesthetic properties.

As the demand for sustainable and efficient construction methods continues to grow, mass timber construction is poised to play a significant role in Ontario's future. The province's commitment to supporting this innovative building technique aligns with its goals of increasing housing supply, promoting environmental sustainability, and fostering economic growth in the forestry sector.

Looking ahead, further advancements in mass timber technology, such as the development of new engineered wood products and improved fire-resistant treatments, are expected to drive the adoption of taller mass timber buildings. Additionally, ongoing research and collaboration between industry stakeholders, academic institutions, and regulatory bodies will be crucial in addressing challenges and refining best practices for mass timber construction. In conclusion, Ontario's decision to allow mass timber construction up to 18 storeys is a significant step forward in promoting sustainable and innovative building practices. While challenges remain, the potential benefits, including increased housing supply, faster construction times, environmental sustainability, and economic growth in the forestry sector, make mass timber construction an attractive option for the province's future development.

You’d like to know how to use the space of your basement? SoumissionRenovation.ca tells you everything you need to know to realize your project.

The basement of your home shouldn’t be an afterthought. In fact, a significant amount of time and dedication should be focused on making this space comfortable and at the very least, livable. Not only will this add to the resale value of your home, but having a properly insulated basement will save costs on energy bills and keep indoor temperatures comfortable.

How to arrange a basement?

Here are 10 major before and after house-flipping projects to inspire you if your goal is to buy an old house and remodel it. 

Do you have lots of energy to spare and are thinking about buying a house to flip it? Take a look at these few examples of flips to find ideas for this large-scale project!

10 Amazing Before and After House Flips

Our homes are getting smarter thanks to technological advancements. How can this improve your quality of life? Let's take a look at the smart kitchen!

Our homes are becoming intelligent. Each day, we interact with tiny little devices, such as our phones and computers, that are in place to capture personal data about our interests, wants and needs.

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