WHY GREEN ROOFING CAN BE KEY TO SUSTAINABILITY EFFORTS
Sustainability is becoming a key mission for organizations as environmental awareness grows. Exploring sustainable options allows organizations to drastically reduce carbon emissions while developing new technologies. Green roofing is one solution that is becoming popular. Here is a detailed guide to its advantages beyond simple sustainability improvements.
Green Roofing & Its Benefits
Green roofs are covered with vegetation and plants, either partially or entirely. Vegetation is planted over a growing medium placed atop a waterproof roofing membrane. Additional features may include root barrier systems and drainage or irrigation systems.
Green roofs can be installed with new construction or retrofit for existing facilities. They are increasingly utilized as roofing for commercial, industrial, and municipal buildings. While this technology is well-established across Europe because of legislation and financial support provided by governments, green roofs are still growing in understanding, acceptance, and implementation across the United States.
Intensive green roofs consist of a thicker roofing material that can support a wider plant assortment—they are heavier, require a minimum depth of 12.8 cm, and need more maintenance to upkeep. Extensive green roofs are shallower, weigh less, and require less maintenance. Green roofs can also support other green technology, such as photovoltaic solar panels or solar thermal collectors.
Some environmental, economic, and social advantages of green roofing include:
Aesthetic improvement of facilities
Improved rainwater management
Longer roof lifespan
Improved thermal performance
Wildlife habitat support
Air quality improvement
How Green Roofs Contribute to Sustainability Efforts
Green roofs contribute to the sustainability efforts of an organization through:
Conserving energy by insulating the building and mitigating thermal heat gain, which reduces the need for heating and cooling. This also improves the service life of HVAC systems due to decreased usage.
Extending the lifespan of the roof by shielding it from the elements. Green roofs offer protection that can double or triple the useful life of the structure. This keeps more roofing materials out of landfills, reducing waste.
Decreasing stormwater runoff on average of 40 to 60%, keeping runoff out of local sewer systems, and reducing wear and tear along with potential damage that can lead to contamination.
Improving air quality by trapping airborne particulates and gases and performing photosynthesis to reduce pollution while decreasing urban heat island effects that produce ozone and diminished water quality.
Providing habitat for local wildlife, decreasing the impacts of urbanization to local populations.
Absorbing radiation to better the microclimate of the immediate area.
While green roofs aren’t as widespread in the United States as they are in Europe, they can make a major impact on local organizations and communities. With a variety of installation options for new and existing buildings and the ability to incorporate further sustainable technologies, green roofs have the power to greatly bolster an organization’s sustainability efforts.
Drones Can Cut Property Inspection Costs—but Are They Safe?
Building inspectors who used to rely on binoculars and ladders are turning to drones to check property exteriors for signs of damage or deterioration that could lead to injuries.
But use of drones for this purpose is causing a dilemma. Their lower cost and greater thoroughness is coming into conflict with another public safety concern: the danger drones pose to other aircraft or people on the ground.
In New York, which has thousands of old skyscrapers, drone use is largely prohibited and the technology isn’t being considered for property inspection. The Department of Buildings “does not use drones for building inspections, and there are currently no plans to start using drones in the future,” a department spokesman said.
Drones, which had early applications in warfare and surveillance, increasingly are being adopted by a wide range of businesses—from package delivery to underwater exploration. Business applications have grown significantly since 2016, when the Federal Aviation Administration enacted a new rule making it easier to become a commercial drone operator.
Since the rule passed, technological developments have made drones smaller, more reliable and easier to fly, causing a growing number of residential and commercial building inspectors to embrace them. “We’re able to inspect areas of a building we have never inspected before,” said Vincent Boccia, founder of New York consulting engineering firm Engineered Building Inspections PC.
The chimney of a cathedral in Long Island, N.Y., could be inspected without having to erect scaffolds. PHOTO: ENGINEERED BUILDING INSPECTIONS
Mr. Boccia pointed to the inspection of a cathedral in Long Island, N.Y. Using a drone, inspectors could examine the cathedral’s chimney without having to erect scaffolds—the difference between a $1,000 inspection and an estimated $10,000 scaffolding inspection, Mr. Boccia said. Using a drone also can shorten a weekslong inspection to a day, he said.
“It is realistic that a $10,000 drone inspection could cost over $100,000 of hanging scaffolding,” Mr. Boccia said. His company, which inspects up to 150 facades a year, retains an outside company to fly the drone.
Nick Gromicko, founder of the International Association of Certified Home Inspectors, said about 8% of its 21,000 members based in the U.S. use drones for inspections. Four years ago, he said, “everybody was afraid to use drones.”
Since the technology improved and became more mainstream, Mr. Gromicko introduced a training course and began working with the FAA in hopes that his organization can certify inspectors as drone pilots.
National Property Inspections Inc., the parent company of National Property Inspections in the U.S. and Global Property Inspections in Canada, began training franchisees on operating drones for building inspections in 2016, according to Randy Yates, a training supervisor for the company. Mr. Yates became aware of the technology’s potential four years ago, but couldn’t spearhead training until the FAA passed its 2016 rule.
“The whole intent was to keep our guys safe, so they wouldn’t have to climb up on a roof, and not damage building materials,” he said.
Still, in dense urban areas, especially near airports, drone use is highly restricted. Nile Berry and Pablo Marvel, co-founders of the New York digitalization agency Nova Concepts, looked into the potential of drone inspections in New York City, considering that building height can significantly limit the scope of inspections. But they hit a dead end.
“In New York, buildings over five stories must be regularly inspected, and it’s one of the most old-school processes that exist,” Mr. Berry said. “An inspector goes out with binoculars, field notes, a pen and paper.”
Some of these obstacles could be removed as drone companies invest heavily in technology. Industrial SkyWorks, based in Canada, has developed software allowing drones to take images of a property and use the data to develop building models and issue inspection reports.
The FAA also certified Industrial SkyWorks to carry out nighttime drone inspections of walls and roofs, according to Michael Cohen, the company president. Such inspections allow inspectors to accurately track where energy is escaping from buildings, Mr. Cohen said.
Phil Larsen, global director of sales and operations for ABJ Drones, a consulting agency, said there’s “tremendous value in real estate” when it comes to drone development, particularly with software that analyzes buildings.
But he pointed to the many obstacles that still exist in the U.S.
“The three major hurdles are transparency, privacy and protection of manned aircrafts,” he said. “It’s difficult for many municipalities to use the technology beneficially because they may be close to an airport.”
Mr. Larsen estimated that drone technology undergoes significant updates about every three months.
George Mathew, chief executive of the industrial drone company Kespry, said the company is “pushing the edge of where this technology is at present, within the regulatory framework.”
Still, Kespry has developed technology in which a drone can fly automatically without a ground pilot to inspect buildings—something not yet allowed by the FAA. “It’s not a technology question of how much drones can do,” he said. “It’s a question of if the regulatory framework will open up in the next several years.”
Up to 50 design decisions to consider in a high-performance roof
The design and construction of a roofing system is a complex undertaking that can involve up to 50 considerations. To ensure that state-of-the-art roofing practice is incorporated into the finished product, the licensed design professional, architect, engineer, building owner, facility manager or roofing contractor should have the latitude to select the most suitable product, system and assembly available on the market.
The factors that will impact roofing system design include:
Type of structure that needs to be protected. Interior usage of the structure. Geography and climate where the building is l
ocated. Extreme weather conditions the roof will need to withstand (hail, high winds, etc.). Orientation of the building. Climatic impacts of the building. Planned longevity of the roofing system and structure, as well as the recyclability of the roofing membrane. Environmental impact of the materials to be used in the construction process. Given these factors, the roofing professional can then determine the specifics of the roofing system design. This will include basic considerations such as how will the roofing membrane be attached to the roof deck. Options such as fully adhered, mechanically attached, and ballasted systems each offer unique benefits: a fully adhered system, for instance, which is attached to the substrate with adhesives, is essential to protect a roofing system in an area that frequently experiences high winds.
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TECHNOLOGY Lockheed Space, NASA eye commercial opportunities for Orion capsule An artist’s rendering for NASA shows an Orion spacecraft orbiting the moon with earth in the background. TECHNOLOGY What’s up with that blue ‘404 Store Not Found’ building in Denver? A biker cruises past the initial marketing campaign of Denver-based Visible, a startup backed by Verizon that’s looking to disrupt the wireless phone service industry. TECHNOLOGY Colorado construction firm expects to double in size after acquisition Katerra, a California construction startup, has acquired Littleton-based Bristlecone Construction. ENERGY Denver company raises $846M to buy Texas and Oklahoma oil rights Will Cullen, vice president LongPoint Minerals II, a Denver-based oil and gas mineral rights fund. The roofing professional must also accommodate any special requirements presented by the overall design of the building (such as the presence of solar panels, plant equipment, generators, or other equipment adhered to the roofing surface). Will the roof be used for materials storage? How much insulation is needed, and how might that impact the choice of a roofing membrane? How will future access to the roof be managed safely to facilitate ease of maintenance? And finally, how will the construction of the roof be sequenced properly to ensure that a durable finished product is delivered on time, on budget and adhering to local building codes?
This complex orchestration of interdependent design and construction decisions requires a steady hand, a wealth of experience and access to a broad range of design solutions, not prescriptive requirements that limit creative choice.
Over the last two decades, the roofing industry has undergone some major changes, one of which is a growing recognition of the value of roof space other than keeping occupants warm and dry. Two veteran roofing professionals share their thoughts on the changes that have been, and where they see the industry heading in this ‘black arts’ segment of On The Roof With…..John Robinson, Sika Sarnafil and Ed Jarger, American Hydrotech.
1. In your opinion, what do you think has been the most significant change to the roofing industry over the last two decades?
JR. The most significant change has been emergence of the single ply roof system as the most predominant system. Built up Roofing (BUR) and hot asphalt systems are losing market share due to environmental issues, cost factors and labor concerns. The combination of installation speed and efficiency and the movement away from high labor-based systems has accelerated the change. This will continue as manufacturers develop systems that are more labor efficient and more environmentally sensitive. Another more negative change has been the practice of accepting lower cost materials and systems versus performance, so called “value engineering”. This has led to more premature failures in all types of roofing systems.
EJ. There has been a marked shift in how roofs are viewed by building owners and developers over the last 20 years. Besides its primary function, to keeping water out of a building, the rooftop is increasingly expected to provide more value and functionality. A roof may become a building amenity, such as a podium deck or rooftop terrace for tenants to enjoy. Or, perhaps assist in handling the stormwater challenges many urban areas must contend with by incorporating a vegetated roof or even a blue roof assembly in the overall roof design. Resistance or concern regarding a roofs ability to perform multiple functions has given way to acceptance over the last few decades, as good roof design and the use of quality roofing products and assemblies have proven successful.
Whether you’re bA ROOFING BUYER’S GUIDE – THE OPTIONS AVAILABLEuilding a new house or you need to update your current roof, when it comes to putting the plans together, it’s important to remember that the roof is our first line of defence (other than the walls) from nature’s elements and also helps to buffer noise, so the plans need careful consideration and plenty of research.
Although roofing is foremost a practical home feature and we couldn’t live without it, from a design point of view the roof is the single largest surface area of a house and therefore has quite a bit of room for creative freedom. With lots of plans to consider including; budget, functionality and style considerations, we’ve put together this guidebook to take you through the options available, which hopefully will show you that there’s more than you thought.
The guide outlines the roofing shapes you can get, the types of tiles and slates which will be persuaded by design choice and budget, eco-friendly roofing options, window installation options and insulation varieties. There’s even a glossary at the end of the guide which outlines some of the key terms used in the roofing industry!
When it comes to building a house from scratch or adding an extension, there are a couple of options you can go for in regards to the roof design. There will however be certain factors that affect your final decision, this might be your budget, where you live and the type of weather you get all year round, as well as whether you live in a neighbourhood or not, as your roof shape might be influenced by your neighbouring roof shapes.
Different roofing shapes have different pros and cons. For example, a ‘Hip Roof’ might be more stable than other roof types however more expensive to build. A ‘Gambrel Roof’ will help to provide additional living space in the loft, however this type of roof shape isn’t recommended for heavy wind areas. So it’s important to weigh up all the pros and cons of each roofing types. Check out some of the below links for further reading and information on the different roofing shapes and styles available to you.
Updating your existing roof enables you to add value to your home and communicate your personal tastes and creativity. While the roof framing, structure and proper installation is the most important, the materials for your roof can really upgrade the exterior of your house and add an additional layer of protection.
From asphalt shingles and clay tiles to natural slate and stone roof tiles, your chosen roofing material is a crucial consideration that contributes to the overall look and style of your home. Budget, overall style and weather conditions all come into play for your roofing plans. There’s also colour consideration, as well as eco-friendly options which are outlines in the chapter after this one. Take a look at the below links for some guides on choosing roofing materials.
If you’re looking to invest in making your home more eco-friendly to help both the environment and your wallet, then you might not be aware of all the options available to you. Going eco-friendly isn’t as drastic as you might think either (especially if you’re looking at replacing/updating your roofing anyway).
You can avoid heat loss from your home by insulating your roof/loft (which is outlined in the chapter below), as well as looking at installing solar panels on your roof, solar tiles and even EcoLogic roof tiles. EcoLogic tiles feature a unique coating that removes nitrogen oxides and pollutants from the atmosphere. In addition to the eco-friendly coating, the EcoLogic tiles also include higher levels of recycled content.
There’s also the option of recycled shingles, wood shingles and even metal roofing! Metal roofing is great as many of the products include recycled materials and then they can also be recycled when they have filled their purpose. Plus, they can also last up to 50 years.
Take a look and see what other options there are for eco-friendly roofing…
Metal Roofing Market to See Strong Growth, Comprehensive Analysis to 2025
A new business intelligence report released by HTF MI with title “United States Metal Roofing Market Report 2018” that targets and provides comprehensive market analysis with future prospects to 2023. The analysts of the study have garnered extensive research methodologies and data sources (i.e Secondary & Primary Sources) in order to generate collective and useful information that delivers latest market undercurrents and industry trends.
If you are involved in the United States Metal Roofing industry or intend to be, then this study will provide you comprehensive outlook. It’s vital you keep your market knowledge up to date segmented by major players. If you have a different set of players/manufacturers according to geography or needs regional or country segmented reports we can provide customization according to your requirement.
Competition Analysis: Some of key competitors or manufacturers included in the study are NCI Building Systems, Kingspan Group, BlueScope Steel Limited, CertainTeed Roofing, Fletcher Building, Headwaters Inc, Nucor Building Systems, Tata Steel Europe, The OmniMax International, Inc, Metal Sales Manufacturing Corporation, McElroy Metal, Inc., Safal Group, Carlisle SynTec Systems, Isopan S.p.A., Firestone Building Products, Drexel Metals Inc., Bilka, Interlock Roofing, ATAS International, Inc., Pruszynski Ltd, Future Roof, Inc., Chief Industries, Wella, Jinhu Color Aluminum Group, Reed’s Metals, Inc., Ideal Roofing Co. Ltd, EDCO, Balex Metal Sp, Hangzhou Tianjing Building materials company & Singer-Ruser(HZ) Building Materials Tech.Co.,LTD
Market Analysis by Applications: Residential & Non-Residential
Market Analysis by Geographies: This report is segmented into key Regions The West, Southwest, The Middle Atlantic, New England, The South & The Midwest with Production Development, Sales, and Regional Trade & Forecast. Stay up-to-date with United States Metal Roofing market research offered by HTF MI. Check how key trends and emerging drivers are shaping this industry growth as the study avails you with market characteristics, size and growth, segmentation, regional breakdowns, competitive landscape, shares, trend and strategies for this market. In the Metal RoofingMarket Analysis & Forecast 2018-2023, the revenue is valued at USD XX million in 2017 and is expected to reach USD XX million by the end of 2023, growing at a CAGR of XX% between 2018 and 2023. The production is estimated at XX million in 2017 and is forecasted to reach XX million by the end of 2023, growing at a CAGR of XX% between 2018 and 2023.
Some of the Points cover in United States Metal Roofing Market Research Report is:
Chapter 1: Overview of United States Metal Roofing Market (2013-2025) • Definition • Specifications • Classification • Applications • Regions
Chapter 2: Market Competition by Players/Suppliers 2013 and 2018 • Manufacturing Cost Structure • Raw Material and Suppliers • Manufacturing Process • Industry Chain Structure
Chapter 3: Sales (Volume) and Revenue (Value) by Region (2013-2018) • Sales • Revenue and market share
Chapter 4, 5 and 6: United States Metal Roofing Market by Type, Application & Players/Suppliers Profiles (2013-2018) • Market Share by Type & Application • Growth Rate by Type & Application • Drivers and Opportunities • Company Basic Information
Chapter 7, 8 and 9: United States Metal Roofing Manufacturing Cost, Sourcing & Marketing Strategy Analysis • Key Raw Materials Analysis • Upstream Raw Materials Sourcing • Marketing Channel
Chapter 10 and 11: Metal Roofing Market Effect Factors Analysis and Market Size (Value and Volume) Forecast (2018-2025) • Technology Progress/Risk • Sales Volume, Revenue Forecast (by Type, Application & Region)
Chapter 12, 13, 14 and 15: United States Metal Roofing Market Research Findings and Conclusion, appendix and data source • Methodology/Research Approach • Data Source (Secondary Sources & Primary Sources) • Market Size Estimation
Some of the key questions answered in this report:
• Detailed Overview of United States Metal Roofing market will help deliver clients and businesses making strategies. • Influencing factors that thriving demand and latest trend running in the market • What is the market concentration? Is it fragmented or highly concentrated? • What trends, challenges and barriers will impact the development and sizing of United States Metal Roofing market • SWOT Analysis of each defined key players along with its profile and Porter’s five forces tool mechanism to compliment the same. • What growth momentum or acceleration market carries during the forecast period? • Which region may tap highest market share in coming era? • Which application/end-user category or Product Type [Steel Roofing, Aluminum Roofing, Copper Roofing & Others] may seek incremental growth prospects? • What would be the market share of key countries like The West, Southwest, The Middle Atlantic, New England, The South & The Midwest etc.? • What focused approach and constraints are holding the United States Metal Roofing market tight?
Thanks for reading this article; you can also get individual chapter wise section or region wise report version like North America, Europe or Asia.
About Author : HTF Market Report is a wholly owned brand of HTF market Intelligence Consulting Private Limited. HTF Market Report global research and market intelligence consulting organization is uniquely positioned to not only identify growth opportunities but to also empower and inspire you to create visionary growth strategies for futures, enabled by our extraordinary depth and breadth of thought leadership, research, tools, events and experience that assist you for making goals into a reality. Our understanding of the interplay between industry convergence, Mega Trends, technologies and market trends provides our clients with new business models and expansion opportunities. We are focused on identifying the “Accurate Forecast” in every industry we cover so our clients can reap the benefits of being early market entrants and can accomplish their “Goals & Objectives”.
Can Reflective Roofing Save Energy and Help the Environment?
By Bob Schildgen
Hey Mr. Green,
I liked your article about the amount of space needed to provide solar power in the United States. I have wondered how many roofs would have to be painted white to replace the albedo of the melting ice caps. We live in Houston, Texas, and I’ve often thought of painting ours white to reduce our AC bill.
— Dianne, in Houston
Painting rooftops white may have some promise, although there remains considerable debate about its benefits, especially given that the soot in our air has the potential to trap their reflected heat.
There are several other factors to also consider. The cooling effects of the white roof could, for example, force folks to turn the furnace up in winter, thereby offsetting at least some of its benefit. As the EPA politely and rather cautiously reminds us: “Please remember the energy savings that can be achieved with reflective roofing is highly dependent on facility design, insulation used, climatic conditions, building location, and building envelope efficiency.”
If you’d like to dig deeper into the issue and come up with a specific calculation for your location and type of dwelling, the Oak Ridge National Laboratory offers a Cool Roof Calculator. Based on evidence I’ve seen, the benefits of the white roof would probably be greater in your area than in cities farther north. Good luck with your research!
Most houses in Canada have asphalt shingle roofs, and June is an excellent month to have new shingles installed. With hot weather on the way, shingles will seal down reliably later on in the summer sun. But June itself is also not usually so hot that the shingles will be soft and easily damaged underfoot during installation.
If you’re interested in getting the best possible asphalt shingle roofing job, there are details you need to discuss with your roofer. As with any other professional in life, don’t assume all roofers necessarily use the best possible techniques. Be your own watchdog by asking about the re-roofing details here and you’ll get the best possible results.
There are three parts to any great asphalt shingling job — the shingles themselves, the underlay system and the roof vents that round out any good installation.
Improved tar, gravel and substrates have boosted potential shingle lifespan enough that 40- and 50-year shingle warranties are now common. Thirty years ago shingles were sold with 10-, 15- and sometimes 20-year warranties at the top end. These days all manufacturers have doubled these numbers, and the difference is about more than just marketing.
The “10-year” shingles on the left lasted for 30 years before needing to be replaced. Thefibreglass shingles, right, have a rated lifespan of 40 years. (STEVE MAXWELL)
Most of the gain in shingle life comes from the use of fibreglass as a shingle substrate instead of the more traditional organic felt. Fibreglass shingles look the same as organic ones on your roof because they’re impregnated with the same kind of tar and gravel used as part of all asphalt shingles. That said, fibreglass is much more resistant to heat than felt, and this makes all the difference. Even on very hot, unventilated roof surfaces, fibreglass shingles consistently deliver their expected lifespan without curling. You also get a higher fire rating with fibreglass. In addition, fibreglass shingles are about 30 per cent thinner than organics for a given quality of shingle, making them easier to install on ridges, as part of woven valleys or any other application where bending of some shingles is required.
Ventilation is another critical roof issue. Most roofs need more of it than they have for two reasons — first, more ventilation reduces attic temperatures during summer, making it easier to keep upper floors cool, and second, attic ventilation allows internal moisture from domestic activities like washing, showering and breathing to vent away freely in winter, in case this moisture happens to enter the attic incidentally. You can’t have too much attic ventilation, and there’s no better time to install more vents than during a reroofing job. Ridge vents deliver the most ventilation for the least amount of visual distraction.
The best roof installations are waterproof before shingles go on, and this means more than just a layer of that old-fashioned, 15-pound tarpaper nailed to roof sheathing. There are two philosophies behind creating a reliable secondary layer of protection underneath your shingles, and they’re completely different.
The black fabric being installed here keeps water out if the shingles fail, but also allows watervapour to escape if necessary. (STEVE MAXWELL)
When self-sticking ice and water shield arrived on the scene about 25 years ago, it didn’t take long for it to replace tarpaper as a complete roof underlay on high-end installations. And this approach still makes a lot of sense, except for one universal Canadian issue.
Cold climates create a moisture threat that can attack roof structures from both top and bottom. In addition to the usual hazard of water leaking from above, there’s also the possibility of moisture condensing in parts of the roof structure from below during winter. This is why the best roof underlay these days is breathable. It combines the ability to shed water along with the ability to dry out from the inside.
Ask any prospective roofers for homeowner references, check them out, then go with a contractor who has a track record of good work and is willing to use today’s best shingling methods.
Global Roofing Chemicals Market – Increasing Need for Thermal Management in Buildings to Drive Growth| Technavio
A major trend being observed in the market is the rising development of bio-based roofing chemicals. With the increasing concerns about toxic effects of synthetic chemical-based roofing products on the environment and humans, the need for developing bio-based and sustainable roofing products is rising at a high rate. Many consumers across the globe are looking for greener, bio-based or natural chemistries to replace petrochemical-based products.
In this report, Technavio analysts highlight the growing need for thermal management in buildings as a key factor contributing to the growth of the global roofing chemicals market:
Growing need for thermal management in buildings
With the rising sustainable living standards and growing middle-class population, the need for reducing the carbon footprint of houses has increased. This has fueled the demand for roofing chemicals. Roofing chemicals are highly efficient for the thermal management of buildings. These chemicals provide high reflectivity properties to the roofs, thereby lowering the temperature of the houses.
According to a senior analyst at Technavio forconstruction, “The use of roofing chemicals on the rooftops reduces the energy consumption by keeping the temperature low and results in reduced carbon emissions. Reflective roof chemicals shield the roofing materials from UV light also. Roofing chemicals can extend the lifespan of roofs, reduce the cooling energy costs by 20% to 70%, and can also reduce air pollution. The necessity for cool non-white coatings arose as dark colors absorb more heat and are also aesthetically appealing.”
Technavio’s sample reports are free of charge and contain multiple sections of the report such as the market size and forecast, drivers, challenges, trends, and more.
Roofing chemicals – market segmentation
This market research report segments the global roofing chemicals market into the following products (asphalt/bituminous, acrylic resin, epoxy resin, and elastomer) and key regions (the Americas, APAC, and EMEA). It provides an in-depth analysis of the prominent factors influencing the market, including drivers, opportunities, trends, and industry-specific challenges.
Of the four major products, the asphalt/bituminous segment held the largest market share in 2017, accounting for nearly 41% of the market. The market share of this segment is expected to increase by almost 1% during the forecast period.
APAC dominated the global roofing chemicals market in 2017, accounting for a market share of around 40%. This region is anticipated to post the fastest growth during the forecast period.