This course is an overview of the advantages and design considerations, of utilizing insulated metal panels as part of a high performance building envelope strategy for cold storage projects and those in which a temperature controlled environment is vital. In addition to providing superior thermal performance and air tightness, insulated metal pane...
Fundamentally, a building envelope functions as an environmental separator, and has specific hygrothermal control requirements. This course examines how insulated metal panels (IMPs) create the perfect envelope solution, incorporating the same control layers as site built wall systems. Discussions include: building envelope design; perfect/universa...
Fire control for high-rise building facades requires active and passive systems to work in tandem. This course explains how passive fire protection systems for building envelopes should be used to create fire containment compartments to control fire spread; also addressed are the codes, standards, testing, and compliance routes that apply to verify...
Some types of roofing systems can provide you with a roofing option that’s good for the environment and your wallet. Roofing systems don’t have to be disposable. By maximizing system longevity and recycling at the end of its useful life, roofing systems no longer have to be looked at as another thing to add to a landfill....
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Well-designed and detailed skylight systems can significantly improve both building and occupant performance. This course explores the benefits, techniques, and importance of daylighting systems that utilize high-performance skylights to optimize daylighting benefits, avoid negative impacts, and contribute positively to building, occupant, and enve...
A comprehensive plant tour at our Rmax Facility. Observe the insulation manufacturing process step by step from the initial order to the finished product by observing the raw material used, the manufacturer of the panels on the production line, panel cutting and stacking, panel wrapping and storage....
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This course defines and explains building science behind the code for the four control layers of the building envelope: water, air, thermal, and vapor. Participants will then explore typical design principles as well as alternative system assembly approaches to exterior wall design. In addition, presentation covers common attachment strategies for ...
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Our learning objectives for this course all surround the core value & concepts of metal panel. We briefly Identify market sectors for architectural insulated metal panels. Understand the thermal performance advantages of insulated panels along with the basics of panel installation including wall framing requirements. Discuss how IMPs perform the ne...
We will explore the evolution of technology in low-slope roofing systems and its significance for buildings. Past low-slope roofing typically ignored air tightness, focusing on vapor restriction. This presentation will describe the importance of air tightness and vapor restriction to protect the building, your assets, and its occupants. Gain compre...
This course is designed to help the commercial building team understand how to best use new products introduced into the market for building enclosures. These innovative products and systems assist in combining multiple steps of a traditional commercial exterior assembly, such as: structure, fire, water, air, thermal, vapor, and acoustic control la...
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Knowing the importance of preserving existing buildings and material, as explored in “Re-Solution Part I: A Carbon Case for Building and Material Re-use” this course will examine which strategies are best for different structures and situations. We will explore different [a host] of scenarios and case studies, with an eye towards the potential ...
Modern building envelope assemblies need to deliver a wide range of benefits – from protecting against severe weather to reducing energy waste to improving occupant well-being and comfort. Each component of the envelope has an important role to play, including the insulation. This presentation introduces the key benefits and attributes of polyiso...
View the PIMA - Polyisocyanurate Insulation Manufacturers Association Course Library
PIMA - Polyisocyanurate Insulation Manufacturers Association
White roofs made of PVC (vinyl) can reflect three-quarters or more of the sun's rays and emit 70% or more of the solar radiation absorbed by the building envelope. Despite protecting and keeping buildings cool in all climates around the world for decades, misconceptions about the energy impact of cool roofs still exist. This course uses the fundame...
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Concrete-faced insulated products are composite prefinished panels that are used to construct walls and roofing assemblies to maximize the energy efficiency, durability, and performance of a building envelope. This course discusses the design criteria used in designing energy-efficient buildings using concrete-faced continuous insulation systems fo...
Building systems can be enhanced by incorporating reflective insulation or radiant barriers into the building envelope. With effective insulation, heat transfer is reduced, resulting in less summer heat gain, and less winter heat loss. This course explains common and effective uses for reflective insulation and radiant barriers in a wide range of c...
In the fight against climate change, efforts intensify against the planet’s number one enemy—carbon dioxide. The building industry will play a significant role in these efforts. Embodied carbon—the global greenhouse gas emissions generated from sourcing raw material and processing, manufacturing, transporting, and installing building material...
This seminar is a basic review of transport mechanisms for heat, air and moisture movement across the building enclosure. These movements affect the building performance, hence controlling heat, air and moisture flow represent critical functions of the building enclosure. The control strategies for achieving an energy efficient and durable building...
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Slate has been used for centuries as a long-lasting building material, and its natural beauty is unsurpassed. Today, rainscreen cladding systems have been developed to adapt natural slate to new architectural demands for sustainable building design approaches. This course explores the energy efficiency and moisture management benefits of a rainscre...
An overview of the effects of water on masonry architecture. Types of masonry water repellents are compared and contrasted. Application methods are discussed. The program ends with a look at treatments for protecting masonry against non-water threats such as oil and graffiti....
This Choosing the right insulation for your roof can having lasting impacts on the building performance and energy conservation. This presentation explains the different types of commercial insulation, long-term performance and liabilities, re-usability and sustainable roof design approaches for long term owner, occupant and maintenance benefits....
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This program is designed to provide the design community with an understanding of how energy efficiency impacts water management in wall systems and how to address the control layers of the envelope. The presentation will cover building science, code for bulk water, air, thermal, and vapor, and practical solutions for WRBs, drainage, and flashing....
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With the coming of the 2009 and 2012 International Energy Conservation Codes (IECC), insulating sheathing has played a growing role in the drive to make homes more energy efficient and comfortable for their occupants. The pressure is on for builders, home designers, and architects to find cost-effective construction methods and materials to meet th...
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Rough openings will leak - learn how to properly sequence rough opening installation materials and allow the “leaks” to drain out and away from the building structure....
Understanding building physics is critical to proper building envelope design. Examined here are practical concepts for the building designer, including how cladding systems perform across different climate zones and applications. Environmental control layers and hygrothermal loads are reviewed, as is the concept of perfect/universal wall design. T...
Steel transfers heat amazingly fast – up to 300 times faster than wood studs and reduces the effective R-value of metal stud wall designs by 40–60%. The ASHRAE prescriptive continuous insulation requirements for steel-framed, above-grade walls recognize this phenomenon, and in most climate zones, call for a layer of continuous insulation (ci) t...
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