![]() ![]() ![]() The result is better facility performance at a reduced cost of ownership and a more predictable budget. We are able to offer complete program visibility at every level of an organization through our Perform web application. Using predictive analytics, we provide budget forecasting that prioritizes scheduled repair and capital renewal to maximize asset life and minimize total cost of ownership. Our proactive, data-driven, portfolio-minded approach means performing the right repair work at the right time for the best value. As envelope repairs start to become necessary, consider how improvements in energy efficiency and overall building performance could be achieved through intelligent restoration planning. We help you plan the right work at the right time for the best value. Combining exterior wall management with roof management is an efficient approach to preserving the entire building envelope. A proper evaluation is often the first step toward the stabilization and rehabilitation of any building. Exterior wall failure can result in safety and health problems as well as structural damage. Unfortunately, moisture trapped behind your facility's walls can create lasting problems long before they become visible. ![]() The dimensions, performance, compatibility of materials, and installation process are the main factors that determine the effectiveness and durability of your home’s enclosure system.When a roof leaks, it's pretty obvious. The physical components of your home’s exterior envelope include the foundation, roof, walls, doors, and windows. These are air movements within a wall or ceiling that may result in up to 20% heat loss. Building enclosure includes all materials, components, systems and assemblies intended to provide shelter and environmental separation between interior and exterior. Control of air movement includes flowing through the air barrier system or through components of the building envelope itself and into and out of the interior space (which can affect building insulation performance significantly). Building Envelope Cx (BECx) is a quality-oriented process implemented to provide a building enclosure that meets (and most times, exceeds) Owner’s Project Requirements. We prefer Dupont Tyvek Products.Ĭontrol of airflow is essential to ensure indoor air quality, control energy consumption, avoid condensation (and ensure durability), and provide comfort. Conventional residential construction treats walls as sealed-surface systems relying on the siding and an underlayment layer. Most materials won’t remain sealed over the long-term, and this system is minimal. Sealed-surface walls do not allow any water to penetrate the siding materials. Ventilation used to aid drying by using a rainscreen or pressure equalization wall system. The project scope includes the repair and replacement of the roof, replacement of flashing around windows, gutter repairs and replacement of windows. A drainage wall allows water that leaks into the wall to drain out. Building occupants can look forward to repairs and restoration that address long-standing water leaks in the roof, windows and building envelope. a Barrier wall allows water to absorb but not penetrate. Types of wall systems regarding water penetration are the barrier, drainage, and surface-sealed walls. In our opinion, this is a construction defect due to poor design, where performance gave way to an aesthetically pleasing exterior. ![]() Unfortunately, we see many multi-story new homes, without drip edges and eves that extend far enough out from the walls to protect the home’s siding. In the Pacific Northwest, larger eves and drip edges prevent water from directly hitting or dripping on to exterior wall siding. Walls are not as prone to leaks as roofs but can still leak water if they are not designed or constructed properly. Residential roof construction is also vented to remove moisture. These problems often result in costly, poor indoor air quality even a shortened lifespan of your most valuable asset, the building itself. Typically, residential pitched roofs have an underlayment material beneath the roof covering as the second line of defense against the elements. However, they do not resist standing water-which can occur during wind-driven rain or water accumulation and ice damming in gutters. On the other hand, pitched roofs shed water. Flat roofs slope up to 15° and built to withstand standing water. Two popular roof styles are flat and pitched. The primary purpose of a roof is to resist water. Control of rain is fundamental, and there are numerous strategies to this end-specifically, barriers, drain screens, and water storage systems. EVERY BUILDING DEMANDS A HIGH PERFORMANCE AND FULLY COMPATIBLE ENVELOPE TO PROVIDE UNYIELDING PROTECTION FROM THE ELEMENTS WHILE SIMULTANEOUSLY CREATING A COMFORTABLE AND EFFICIENT INTERIOR ENVIRONMENT FOR ITS OCCUPANTS. ![]()
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