Roofing Industry Alliance for Progress Announces Additional Funding for Roofing Research

The Roofing Industry Alliance for Progress announces the addition of four members during 2016’s third quarter, adding $300,000 in funding for progressive roofing research that contributes to the ongoing advancement of the industry.

The Alliance’s newest members are:
Academy Roofing, Aurora, Colo., is one of Colorado’s premier roofing contractors providing commercial and residential roof system replacement and repair in addition to solar roofing, gutter installation and cleaning, new insulation and walkable deck systems. Academy Roofing joined the Alliance at the Governor level.

Bennett and Brosseau Roofing, Romeoville Ill., specializes in in low-slope, steep-slope, metal and green roof system design, construction and maintenance. As one of Chicago’s premier, full-service roofing contractors, Bennett and Brosseau Roofing has a commitment to sustainability and green building practices. Bennett and Brosseau Roofing joined the Alliance at the Governor level.

FiberTite Roofing Systems/Seaman Corp., Wooster, Ohio, manufactures an extensive line of membranes, systems and accessories. FiberTite Roofing Systems/Seaman joined the Alliance at the Regent level.

Georgia-Pacific Gypsum LLC, Atlanta, one of North America’s leading manufacturers of gypsum products and marketers of building products. GP Gypsum joined the Alliance at the Regent Level.

Through the generosity of its members, The Roofing Industry Alliance for Progress commits to the following:
Education and training — Develop programs and projects addressing current and future workplace issues ensuring a qualified and trained workforce for the roofing industry.

Technology — Engage collaborative industry segments to embrace innovation and use technology.

Sustainability — Advocate environmentally sustainable design.

Philanthropy — Enrich the well-being of the roofing community through scholarships, charitable gifts and endowments.

Alliance membership is reserved for those who commit their pledged amount during a three- to five-year period. All members are entitled to participate in the task forces established to guide the Alliance’s agenda, to attend the semiannual meeting of the full Alliance, and other Alliance activities scheduled throughout the year.

CertainTeed Achieves ISO 9001 Certification at Roofing Plant

CertainTeed’s roofing business has achieved International Organization for Standardization (ISO) 9001 certification at its Little Rock, Ark., plant.

ISO 9001 standards were created to help companies establish requirements to maintain and manage processes influencing quality. To secure the globally recognized certification, CertainTeed developed a formalized quality management system that underwent rigorous review by third party auditor Underwriters Laboratories.

“CertainTeed has made manufacturing quality roofing products a priority for more than 110 years. We continue this quality commitment by achieving ISO 9001 certification,” says Tim Ginsbach, plant manager at CertainTeed’s Little Rock roofing plant. “This is a reflection of the dedication and hard work of all our employees. It was clear that they treat this as much more than a question of compliance to a standard, but as a way to provide confidence in the products and services they deliver to our customers.”

To secure ISO 9001, the Little Rock plant successfully demonstrated the ability to consistently manufacture roofing products that meet customer demand and applicable statutory and regulatory requirements. In addition, the facility pledges to constantly find ways to enhance customer satisfaction through the effective application of the quality management system, including processes for continual improvement and assurance of conformity to requirements.

In operation since 1952, the Little Rock roofing plant and its 81 employees manufacture four CertainTeed commercial modified bitumen roofing membrane product lines: APP (Atactic Polypropylene) modified, including the Flintlastic GTA cap membrane; SBS (Styrene Butadine Styrene) modified hot and cold applied products, featuring Flintlastic Ultra Poly SMS base/ply sheet and Flintlastic GMS mineral surfaced polyester cap membrane; SBS modified Flintlastic SA (Self-Adhering) NailBase, PlyBase, MidPly and Cap; and traditional BUR (Built-Up Roofing), including GlasBase base sheets and Flintglas mineral surfaced cap sheets. Many of the cap membranes are available in CertainTeed’s CoolStar highly solar reflective mineral surfacing.

This is the Little Rock plant’s second ISO certification. Previously, the plant received ISO 14001, created to help companies minimize their environmental impact and achieve continual improvement of environmental performance.

CertainTeed operates 12 roofing facilities throughout the U.S. that are fully engaged in quality control while reducing the company’s environmental footprint. Collectively, the plants divert more than 250,000 tons of waste a year from landfills. In addition to bituminous commercial roofing, CertainTeed offers innovative products that significantly boost the energy efficiency of a home, including Landmark Solaris solar reflective asphalt shingles and the Apollo II solar roofing system.

Solar Roofing System Delivers More Wattage

CertainTeed Corp.’s Apollo II solar roofing system has been upgraded to 60-watt monocrystalline integrated photovoltaic panels.

CertainTeed Corp.’s Apollo II solar roofing system has been upgraded to 60-watt monocrystalline integrated photovoltaic panels.

CertainTeed Corp.’s Apollo II solar roofing system has been upgraded to 60-watt monocrystalline integrated photovoltaic panels. The lightweight, durable panels are resistant to wind uplift and can be integrated into an existing roof or installed as a new roof that combines solar panels and asphalt shingles or flat concrete tiles. Each 12-pound module features 14 high-efficiency monocrystalline silicon solar cells. Its low-profile design does not require structural reinforcement or evaluation. The product also features an open space under the modules to allow for easy electrical wiring. Water channels and raised fastener locations further improve waterproofing of the roof system.

New Report Forecasts Global BIPV Markets

BIPV Markets Analysis and Forecasts 2014-2021 research report addresses BIPV glass, roofing and siding and assesses the prospects for the competing underlying technologies including thin-film, OPV, DSC and c-Si. It includes forecasts broken out by product, application, technology and region expressed in MW and units.

This latest report “BIPV Markets Analysis and Forecasts 2014-2021” updates quantitative and qualitative assessments and outlooks for the global building integrated photovoltaic market. The publisher of this research has been covering the BIPV market since 2007. This 2014 version of the BIPV market report examines the latest important technological and market developments as well as the various region specific factors shaping the market. While the last few years have been far from robust for the solar market there are reasons for companies and investors to view BIPV with some optimism.

The report addresses BIPV glass, roofing and siding and assesses the prospects for the competing underlying technologies including thin-film, OPV, DSC and c-Si. The research includes forecasts broken out by product, application, technology and region expressed in MW and units. The report also provides commentaries of the various leading key suppliers and industry influencers.

BIPV Glass Markets: 2014 & Beyond industry research report includes a detailed eight-year market forecast with breakouts by type of building and PV technology and in both volume and value terms. This report also discusses how BIPV glass can better be sold to architects, who are sometimes skeptical of the BIPV glass concept, but remain the key decision makers on the demand side. In part this is about improved marketing. But as we discuss in this report, it is also a matter of playing up the aesthetic advantage of solar glass (for example with tinted and colored products) and by incorporating additional smart features such as hybrid light/photovoltaic capability.

CIGS Photovoltaics Markets: 2014 and Beyond industry research report analyzes the opportunities that are emerging for CIGS in the very new phase of the solar industry. The report takes a detailed look into the technical evolution of CIGs fabrication and encapsulation and show how this will impact CIGS market expansion and cost reduction. Much of the report is devoted to the opportunities for CIGS in building-integrated PV (BIPV market) and how CIGS flexible modules and price parity with silicon solar panels could considerably improve the revenues generated by CIGS technology in the near future.

Table of Contents for BIPV Markets Analysis and Forecasts 2014-2021 research report, available for purchase, covers:

    Executive Summary

    E.1 Changes in Market Conditions for BIPV since Our Previous Report

    E.2 Changing PV Material Mix

    E.3 Opportunity Analysis and Roadmap by Type of BIPV Product

    E.4 Opportunities for BIPV in End user Markets

    E.3 Companies to watch in the BIPV Market

    E.4 Opportunity Analysis by Country/Region

    E.5 Summary of Eight-year Forecasts for BIPV

    Chapter One: Forecasting Assumptions and Methodology

    1.1 Background to this Report

    1.2 Objective and Scope of this Report

    1.3 Methodology of this Report

    1.4 Plan of this Report

    Chapter Two: Product segments and emerging trends

    2.1 Emerging Trends in Non-Glass BIPV products

    2.1.1 Roofing Overlay

    2.1.2 Flexible Roofing

    2.1.3 Monolithically integrated Roofing

    2.1.4 Wall attached PV

    2.1.5 BIPV Sliding

    2.1.6 Curtain Walls

    2.2 Emerging Technology Trends and its Impact on BIPV glass

    2.2.1 Roadmap for the evolution of BIPV glass

    2.2.2 Limitations of crystalline silicon for use in BIPV glass and its future

    2.2.3 Current and future use of CIGS in BIPV glass

    2.2.4 Current and future use of CdTe in BIPV glass

    2.2.5 Future of OPV and DSC in BIPV glass

    2.2.5 Encapsulation issues for BIPV glass

    2.3 The aesthetics and architectural merits and de-merits of BIPV glass

    2.4 Key points made in this chapter

    Chapter Three: Key Market Segments and Regional Markets

    3.1 End-user Market Segments

    3.1.1. Zero-Energy Buildings

    3.1.2 Prestige Commercial, Government and Multi-tenant Residential Buildings

    3.1.3 Other Commercial and Government Buildings

    3.1.4 Residential Buildings

    3.1.5 Industrial Buildings

    3.2 Markets by Region and Country: A Discussion of Market Developments and Subsidies

    3.2.1 United States

    3.2.2 Europe

    3.2.3 Japan

    3.2.4 China

    3.3 Key Points Made in this Chapter

    Chapter Four: Eight-Year Forecasts of BIPV Market

    4.1 Forecast of Non-Glass BIPV Roofing Markets (Shipment Volumes, Market Value and Materials Used)

    4.2 Forecast of Non Glass BIPV Wall Markets (Shipment Volumes, Market Value and Materials Used)

    4.3 BIPV Glass (Forecast by Type of PV Technology Used, Area , Revenues, Type of Product)

    4.4 Forecast of BIPV Revenues by Type of Building and Type of BIPV Products Used

    4.5 Forecast of BIPV by Retrofit versus New Construction: By Type of BIPV Product

    4.6 Forecasts by Region: By Type of BIPV Product

    4.7 Forecast of Materials/technology

    4.7.1 Crystalline Silicon BIPV: By Type of BIPV Product

    4.7.2 Thin-Film Silicon BIPV: By Type of BIPV Product

    4.7.3 CdTe BIPV: By Type of BIPV Product

    4.7.4 CIGS BIPV: By Type of BIPV Product

    4.7.5 OPV BIPV: By Type of BIPV Product

    4.7.6 DSC BIPV: By Type of BIPV Product

    4.8 Encapsulation Materials for BIPV Panels

Explore more reports on photovoltaic market (PV) and other reports by NanoMarkets LC.