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IKO Roofing Products Protect Impressive Gondola Project in British Columbia

Posted By Administration, Wednesday, December 4, 2019
Updated: Monday, December 2, 2019

The Sea to Sky Gondola became an instant landmark destination in Squamish, British Columbia when it opened in May 2014. Under construction for more than a year, the $22-million project now provides year-round access to hiking trails, interpretive walks, panoramic views and a 9,000-square foot Summit Lodge where guests can enjoy self-serve dining and local Squamish food and beverage.

The roof system was engineered to withstand the demands of all-weather exposure with minimal maintenance requirements. With construction slated to take place during the winter of 2013/2014, the building’s location presented some interesting challenges. Its only access road was a steep, single-lane logging highway, so all of the construction materials had to be shipped to a base station at the bottom of the mountain on a flat bed and then pulled uphill by heavy equipment to reach the access site.

With this in mind, designers specified products that would deliver the most protection at the lowest weight and bulk. Polyiso insulation from IKO was chosen to provide outstanding thermal performance for the building’s roof system. Given the challenging installation environment, roofing contractor Garibaldi Roofing was grateful that  superior materials such as Polyiso insulation were light enough that sheets could be carried by a single installer.

Learn more about this project here.

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Tags:  buildings  insulation  Polyiso  roofing 

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The Kendeda Building for Innovative Sustainable Design at Georgia Tech Includes Polyiso

Posted By Administration, Monday, December 2, 2019
Updated: Monday, December 2, 2019

The Kendeda Building for Innovative Sustainable Design (Kendeda Building) at the Georgia Institute of Technology (Georgia Tech) was dedicated on October 24, 2019. Built in partnership with the Kendeda Fund, the 46,800-square-foot building is the first academic and research building in the Southeast to pursue the Living Building Challenge – the world’s most ambitious green building program.

The Kendeda Building will need to meet 20 “Imperatives” – which are specific performance requirements – after 12 consecutive months of operation. Certification is anticipated in 2021, and the project is also pursuing the U.S. Green Building Council’s LEED certification at the Platinum level.

The project team used a three-inch base layer of non-halogenated GAF Polyiso roof insulation to cover nearly the entire roof and approximately 130 squares of material GAF TPO. This GAF polyiso insulation does not contain halogenated flame-retardant chemicals and offers:

  • A higher R-value per inch compared to non-polyiso types of insulation of equivalent thickness;
  • High moisture resistance;
  • Improved fire resistance;
  • Are lightweight for easy handling and installation;
  • Have zero ozone depletion potential and negligible global warming potential, and;
  • Manufactured with EPA-compliant blowing agents containing no CFCs or HCFs. 

The Kendeda Building will use just one-third the energy of a comparable building, will generate more energy than it uses from solar panels on its roof and will capture and treat rainwater for all purposes, including drinking. This is one of the reasons the project team chose to integrate tapered Polyiso roof insulation in addition to the flat material to help direct water into the capture systems.

The building includes classrooms, laboratories, offices, an auditorium, a student commons, and a roof garden with an apiary. The project offers unique learning opportunities for designers, builders, and building operators, such as how to tackle the region’s humidity and potential droughts.

The Living Building was funded through a $30 million grant from The Kendeda Fund, one of the leading philanthropic investors in civic and environmental programs in the Atlanta area with a commitment to ecological and social causes.

Tags:  buildings  energy efficiency  insulation  LEED  Polyiso  r-value 

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Energy Savings Go Through the Roof!

Posted By Administration, Monday, November 11, 2019
Updated: Monday, November 11, 2019
When it’s time to replace a roof, most owners choose roofing materials based on performance qualities like longevity and weather resistance. But a well-designed roof can also shine in another performance area: energy efficiency.

Energy efficiency is important to many owners with concerns ranging from climate impacts like building carbon footprints to the costs and reliability of energy resources. Since approximately 25 percent of heat loss in an uninsulated building occurs through the roof, choosing materials that add insulative power can add significant energy savings. For commercial and low-slope roof applications, adding layers of rigid foam insulation to the roofing system can deliver exceptional R-value without a lot of bulk.

An article last month from the Energy News Network details initiatives in Warren, Minnesota and Arnsberg, Germany to use thermal imaging in evaluating building heat loss to help owners determine the best energy efficiency opportunities.

The program was conceived after municipal leaders from Warren and Arnsberg met through the Climate-Smart Municipalities program sponsored by the University of Minnesota’s Institute on the Environment which paired five cities in Minnesota with similar cities in Germany. Arnsberg had been using remote-piloted aircraft to collect thermal images of building heat loss. Leaders in Warren decided to try using drones to get more detailed information.

Piggybacking off each other’s ideas, the two cities are innovating the practical applications of these thermal images in directing energy efficiency efforts to the places that will have the greatest impact. Their research provides further evidence that reroofing with energy-efficient materials can decrease building heat loss and lead to reduced energy consumption.

Tags:  building envelope  buildings  continuous insulation  Efficiency  energy efficiency  insulation  Polyiso 

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PIMA Technical Bulletin #304: Energy Efficiency with Polyiso Continuous Insulation (CI)

Posted By Administration, Monday, November 4, 2019
Updated: Wednesday, October 23, 2019
Technical Bulletin #304 discusses how to use Polyiso CI (with foil or coated glass facer) to provide a continuous layer of insulation on the exterior of homes with wood or steel framing to minimize thermal bridges. Architectural images depict insulation covering the entire opaque wall surface that demonstrate significant increases in the overall thermal performance and energy efficiency of a home using Polyiso CI.
 
Thermal images highlight the temperature distribution and heat flux through wood and steel frame wall sections both with and without Polyiso CI and demonstrate an improved overall effective R-value. The technical bulletin also discusses Polyiso CI’s features and benefits related to attic, roof, foundation, and slab applications. A “Key Facts” summary provides a convenient reference of the important information contained in this document. A link to PIMA Technical Bulletin #304 is found here.
 

Tags:  building envelope  buildings  continuous insulation  insulation  Polyiso 

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PIMA Technical Bulletin #302: Wall Bracing with Polyiso Continuous Insulation (CI)

Posted By Administration, Monday, October 28, 2019
Updated: Wednesday, October 23, 2019
Technical Bulletin #302 presents several applications related to the proper use of the Polyiso CI, and highlights the importance of wall bracing to resist lateral loading conditions and meet residential building code requirements. Structural bracing requirements are described for both wood and steel framed residential construction in the document.

Included in this technical bulletin are illustrations related to the use of wall bracing with Polyiso CI that serve as helpful “how to” descriptions for installation of the product. Also included is a summary of “Key Facts” that reference important information contained in the document. A link to PIMA Technical Bulletin #302 is provided here.

Tags:  buildings  continuous insulation  energy codes  energy efficiency  Polyiso 

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Building Efficiency: A Key Component to Meeting Energy Goals

Posted By Administration, Monday, August 26, 2019
Updated: Friday, August 23, 2019

Since the 1970s, the United States has made a sustained effort to address its energy consumption through the adoption of strong energy efficiency policies. The building sector—both residential and commercial—currently represents more than 40% of our national energy consumption, 54% of natural gas consumption and more than 70% of national electricity consumption.

Buildings also emit over one-third of U.S. greenhouse gas emissions, which is more than any other sector of the economy. When buildings waste energy needlessly, power plants work harder and put stress on the electric grid. Making our buildings more efficient is a practical way to help the environment, create jobs, and save money.

Boosting energy efficiency alone can provide 40 percent of the necessary greenhouse gas emissions reductions to meet global targets and the work to implement these standards will lead to jobs in manufacturing, distribution, and installation. These improvements will save consumers billions of dollars in energy costs annually – money that can be invested back into the U.S. economy.

But these policies would do more than save energy; they’d also provide buildings and the people who use them with added protection from severe weather events. In 2017 alone, there were $317 billion in losses from US natural disasters, jump-starting discussions on creating more resilient buildings and communities. Optimizing insulation for an energy efficient building envelope improves performance post-disaster or during prolonged events like heat waves or extreme cold. And the investment would pay off – it’s estimated that designing buildings to the 2018 I-Codes would deliver a national benefit of $11 for every $1 invested.  

So, how do we promote building efficiency?

Every three years, stakeholders, including local governments and local officials, have the opportunity to vote on changes to the model codes, which serve as the basis for the building codes adopted and enforced by local and state governments. This time around, there is increased awareness of the opportunity cities have to write an update of the International Energy Conservation Code (IECC).

Building energy codes set the standards for building efficiency and are an extremely effective method for enacting real change. Since cities are invited to participate in the process, local governments can use their votes to help write better, more rigorous building codes without having to fund the process themselves. These improved codes will increase energy independence, save money, and create jobs across the country as they’re implemented. All cities have to do is cast their eligible votes during the International Code Council’s (ICC) two-week voting window this November.

The process to develop the 2021 IECC has been ongoing for many years and culminates with cities’ online votes this November. Boosting local government involvement in the 2021 IECC and educating cities on the benefits of a robust energy code can put the model energy code in a strong position to win at least 10% efficiency gains for residential and commercial buildings.

There are many groups working to craft proposals to boost efficiency and provide communities with actionable guidelines to support efficient building projects in their jurisdictions. The increased awareness of the looming impacts of a changing climate and interest in contributing to the efforts to make our energy usage more sustainable, the IECC process has attracted more participation than ever before in the code development process.

What’s Ahead? Here is a list of action items from the Energy Efficient Codes Coalition:

What Local Leaders Can Do Now

Identify all existing ICC Governmental Memberships for your community
Consider a formal resolution that supports your city casting its maximum eligible votes in favor a 10% efficiency boost in the 2021 IECC
Convey your jurisdiction’s policy to each General Member

By September 24

Primary representatives must submit their roster of 4, 8 or 12 Governmental Member voting representatives to the ICC
Assign staff to organize a “voting party” or other activity to ensure votes get cast

November

 During ICC’s 2-Week Voting Window – Exact date is based on the end of the Public Comment Hearings, but it is currently scheduled November 13 – November 27.
Cast your city’s maximum online votes!

Tags:  buildings  Efficiency  energy codes  insulation 

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Energy Conservation Lives!

Posted By Nathan Pobre, Friday, August 16, 2019
Updated: Friday, August 16, 2019
A recent Trump Administration document “encourages communities to adopt and enforce up-to-date building codes.” This important policy recommendation, contained in the Federal Emergency Management Administration (FEMA)’s National Mitigation Investment Strategy (NMIS), is expected to further catalyze code adoption and pave the way toward enforcement of these critical building standards.

The NMIS Recommendation 3.1 further states:
“Building codes regulate the design, construction, and occupancy of buildings and structures by providing minimum requirements to safeguard public safety, health and general welfare. Architects, engineers, builders, and regulators should use the latest building codes for the most up-to-date requirements for structural integrity, mechanical integrity, fire prevention and energy conservation. Using up-to-date building codes helps communities survive, remain resilient, and continue to provide essential services after a disaster occurs.”
 
This recommendation, combined with increased code adoption at the local level will be a powerful market signal. Further information and an explanation of the document is available here.

Tags:  building  building codes  buildings  construction  Disaster Preparedness  energy codes  energy efficiency  resiliency 

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New Wisconsin High School Uses Polyiso CI System

Posted By Nathan Pobre, Tuesday, June 18, 2019
Updated: Tuesday, June 18, 2019

Voters in Verona, WI passed a referendum in 2017 to build a brand-new high school. Once the new school is ready, the existing campus will be renovated to become a middle school and then the existing middle school will be converted for use as a new elementary school. The ambitious plan was undertaken to invest in long-term solutions for the school district’s needs and as a result care was taken in designing a new high school that would perform well over the long haul.

Construction is now underway on the new high school, designed in a collaborative process with staff, students, and project team members to provide an adaptable and vibrant modern learning environment in a safe place to support the physical and emotional wellbeing of students. Responsive to the natural environment, the new high school maximizes views and daylighting and offers outdoor learning spaces. At the heart of the building is a three-story atrium to encourage socialization and collaboration. The 585,000-square-foot building is scheduled for completion in preparation for the 2020-2021 school year.

To keep the building comfortable throughout the changing seasons and to minimize its energy needs, the design team selected products for the walls that would provide maximum insulation with minimal maintenance. More than 100,000 square feet of Johns Manville 2 ½ inch foil-faced Polyiso CI boards are being used on the project. They offer a reflective foil facer on one side and a non-reflective facer on the other to provide exceptional heat, moisture and air control. When installed correctly the Polyiso CI system provides a layer of continuous insulation that eliminates the thermal bridges that cause heat loss.

Learn more about the project here.

Tags:  buildings  continuous insulation  energy efficiency  insulation  Polyiso 

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The Overarching Impact of the Insulation Industry

Posted By Nathan Pobre, Wednesday, May 29, 2019
Updated: Wednesday, May 29, 2019
Insulation can be found in buildings, refrigeration and a multitude of other end use products, and is used for floatation and transportation. From an environmental standpoint, when insulation products such as Polyiso are used in building and construction, the purpose of the insulation is to stop the flow of air (hot or cold) through the exterior walls and roofs of a building. Reducing the air transfer reduces the amount of energy required to regulate a building’s heating and cooling system. As a result, the insulation has a direct impact on the cost and use of energy to run that building.

Beyond its sustainability and environmental attributes, a new report, “The Contributions Insulation to the U.S. Economy in 2018,” produced by the American Chemistry Council (ACC), shows that the insulation industry contributes significantly to the U.S. economy. In fact, the industry generates more than 550,000 jobs and $33 billion a year in payrolls. For extended details on the economic contributions, insulation industry segments, and more view the full study here.

 Attached Files:

Tags:  buildings  construction  continuous insulation  energy efficiency  insulation  manufacturing  Polyiso 

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Polyiso Roof & Wall Insulation: Helping New International Concourse at LAX Meet the Codes

Posted By Nathan Pobre, Friday, May 3, 2019
Updated: Friday, May 3, 2019
The ongoing overhaul of the Los Angeles International Airport (LAX), the nation’s third busiest airport, is a complex web of projects. One of its major components is the new Midfield Satellite Concourse (MSC) North, a five-level, 750,000 square-foot expansion accessible via a spacious 1,200 ft. long tunnel corridor with moving walkways from the Tom Bradley terminal. As with any major construction undertaking, the project is designed to meet a wide array of building codes, including the California Green Building Standards Code (CALGreen) mandatory sustainability related requirements, and its Tier 1 voluntary sustainability measures that each jurisdiction has the option to enforce.  

CALGreen is the first-in-the-nation mandatory state green building standards code. Developed in 2007, it targets the reduction of Greenhouse Gas (GHG) from buildings, while promoting environmentally responsible, cost-effective, healthier places to live and work. In order for the new MSC to meet the exacting CALGreen Tier 1 specifications, the thermal insulation used in the project had to meet key requirements that measured volatile organic compounds (VOC) emissions. Designers worked to find a continuous insulation capable of reaching those goals and providing the durability and protection required for the high-demand building conditions.

Additionally, since the new concourse is designed to complement the ocean wave theme of the airport, the architects envisaged a stunning curvilinear roof. This unique design element demanded some additional roof and wall configuration requirements. The team needed insulation materials that could be custom fit to meet custom curvature and design needs.

The design and construction team began searching for an insulation solution that would meet or exceed all code and environmental requirements and provide the flexibility and ease of installation that would make it a viable option for such a large project. Atlas polyiso roof and wall insulation products were continually recommended by industry experts due to their low VOC emissions and optimal performance. Atlas polyiso roof and wall insulation products have passed the vigorous testing requirements for GREENGUARD Gold certification.

The size and scale of the project is significant. More than 500,000 square feet of polyiso are required on the roof and more than 215,000 square feet will be used in the walls to ensure top building performance by providing a high R-value, durability and water resistive barrier attributes available.

To find out more, click here for the full case study.

Tags:  building envelope  buildings  continuous insulation  energy efficiency  insulation  Polyiso  roofing 

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