The new aquatic centre was the pride of the council — a shimmering new facility that was meant to keep active people healthy and provide a safe place for kids. But the new council owners noticed odd things about the building as soon as they turned the systems on.

We hear about better building performance through air tightness all the time. You’ve probably heard you can test for it with a blower door. But if that’s what you want, how do you get it? Here’s some guidance on how to specify for air tightness and a test to prove it. 

When it comes to designing suspended ceilings to withstand seismic loads, there are a number of solutions to consider.

It's important to consider the wide range of components that are specifically designed to support waterproofing membrane systems and how they create a full solution.

This month we look at 'airtight' vs 'breathable' building. Is it possible to achieve both within the same build? 

The use of energy-efficient glass delivers a more comfortable building interior and helps reduce energy costs across the service life of the building. 

We are often asked whether waterproofing membranes function as vapour barriers. The answer to this question is not as straightforward as with other waterproofing membranes. 

A collaborative approach is needed to resolve conflicts between fire protection and seismic movement requirements for service penetrations passing through fire-rated walls.

Continuing from my previous blog and the question of design, I look at considerations for ensuring an effective waterproofing solution. 

Lessons from the design of service penetrations through fire rated walls and floors on a recent high-density residential project.