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The Cool Roofing Trend - Long Island, Nassau County, Suffolk County, Queens, New York (NY)

The Cool Roofing Trend in the Long Island New York Area.

It is hard to believe that it has been seven years since the turn of the century. Much has changed in our world and sadly, much has stayed the same. Continuing violence in the Middle East has not only proven how fragile our global political balance is, it has demonstrated how tenuous our energy supply has become in North America. A series of unfortunate weather events on the Gulf Coast have added to concerns about our nation’s ability to source its own fossil fuel. Rolling blackouts in California and a major blackout on the East Coast have further demonstrated the volatile nature of our power structure. The resulting skyrocketing of fuel costs for homes, vehicles and industry is likely to be the primary catalyst for emerging trends in the roofing industry in the next decade.

Background
Just as the energy crisis of the 70’s propelled the roofing industry towards innovative modified bitumen roofing alternatives, today’s energy crisis is already precipitating a new generation of roofing technologies. Roofing manufacturers, power companies, governmental bodies and environmentalist organizations are collaborating on novel and innovative ways to conserve energy.

Vegetative roofing and photovoltaic technologies remain at the cutting edge of those efforts. However, they are not likely to gain substantive market share in the next decade without governmental intervention in the form of mandates or incentives unless energy costs rise high enough to substantially shorten the return on investment interval for such technologies. In some urban areas this is already happening with vegetative systems, due to their combined benefits of energy saving and sewer-water run-off reduction. In the interim however, the most likely scenario for the next decade is for the roofing industry to see its most significant growth in the area of cool roofing technologies.

The Cool Roofing Trend
One of the hottest concerns today is Peak Energy Demand (PED). PED is defined by the United States Environmental Protection Agency (EPA) as “the maximum electricity used to meet the cooling load of a building or buildings in a given area.” Although there are a myriad of other energy demands created by a building each and every day that are not related to PED, the phenomenon of rolling blackouts has made PED reduction of critical concern. PED ultimately affects how much energy is required from a specific power grid to satisfy community needs. On a July mid-afternoon in Southern California with cooling demands at their highest level, it is critical to have enough power to satisfy demand.

National programs such as Energy Star® have been launched in recent years to promote PED reduction. The Energy Star program represents a voluntary partnership between businesses and the federal government to promote energy efficiency and environmental activities. When it was initiated in 1998, the program focused on household devices such as computers and washing machines. Since then it has moved on to encompass building envelope products such as windows and roofing, reintroducing terms such as reflectivity and emissivity to the roofing industry vocabulary.

Next-Generation Reflectivity and Emissivity
The science behind reflective and emissive roof systems is fairly simple. Any traditional roof system is exposed to radiation produced by the sun. This radiation is either absorbed or reflected based mostly on the color of the roof system. Traditional white roofs reflect more sunlight than darker roof systems. But light from the sun comes not only from visible sunlight it also comes in the form of infrared radiation (or heat). The phenomena associated with absorbing or reflecting heat is known as emissivity.

Highly emissive roof systems reflect a large portion of the infrared radiation. As the surface of the roof system heats up, due to absorbed visible and infrared light, the entire roof system heats up. Although the insulation layers in the roof system can help reduce the amount of heat that passes from the roof’s surface to the building below, the use of cool, reflective products on the roof helps to further reduce the roof temperature thereby reducing the potential elevation of the building temperature. There is therefore a direct relationship between reducing PED and increasing the reflectivity and emissivity of the surface roofing product.

Regulatory and Other Drivers
Historically, the Energy Star program has required an initial reflectance of 65 percent with a three-year maintained reflectance of 50 percent. In view of continually escalating energy costs, there is an effort underway to increase the reflectivity requirements for Energy Star qualification and to add to the standards requirements for emissivity.

The Cool Roof Rating Council (CRRC) also established in 1998, was organized to “develop accurate and credible methods for evaluating and labeling the solar reflectance and thermal emittance of roofing products and to disseminate the information to all interested parties.” One of those interested parties was and continues to be the California Energy Commission (CEC). The CEC is charged with the creation and maintenance of Title 24 in the State of California.

Title 24 is a somewhat all-consuming regulation that looks at all facets of facility construction. Although the standard was established in 1978, a great deal of revision has occurred over the last several years. Today’s standard specifically speaks to “cool roofing” in Section 3.4. For low- lope, non-residential roofing Title 24 calls for a minimum initial reflectance of 0.70 and an initial minimum emittance of 0.75.

Although the State of California has pioneered energy-related governmental mandates, other states including Arizona, Florida, Georgia and Idaho have already followed its lead by including reflective roofing mandates in their building codes. In addition, many urban areas including Chicago, Cincinnati, Los Angeles, San Diego, Sacramento and Austin, Texas now specifically address cool technology in their building codes. The availability of tax breaks, rebates and incentives for using cool products–in these and other areas–is further contributing to the industry’s demand for new cool roofing technologies.

Other national programs have been launched as well. The United States Green Building Council (USGBC) through its Leadership in Energy and Environmental Design (LEED®) pro-gram has created a “benchmark for the design, construction and operation of a high performance green building.” The LEED program as with the CEC program looks at the entire building and rates many of the materials and designs used in the construction for their “energy efficiency.” LEED specifically requires a Solar Reflectance Index (SRI) of 78. SRI is a calculated value that combines the reflectance and the emittance of the surface material.

The American Society of Heating, Refrigerating and Air Conditioning Engineers (ASHRAE) in ASHRAE Standard 90.1 also discusses the use of cool roofing. This widely acknowledged national standard is recognized and referenced by a multitude of building codes. ASHRAE Standard 90.1 cites a reflectance of 0.70 with an emittance of 0.75.

Although many of the standards allow for trade-offs between the use of reflective roofing and the more traditional use of insulation, the industry trend is clearly towards recognizing the energy efficiency of the roofing system itself and designing new systems and technologies to improve that efficiency.

In the decade ahead, we expect that legislation will continue to help drive national trends. As more and more states and localities begin to recognize the potential energy-saving advantages of cool roofs, the demand for innovative new cool roofing technologies will continue to grow. Recent numbers published by the NRCA indicate a growth in market share of many of the product categories that include cool roof products.

Material Considerations
Unlike vegetative or photovoltaic solutions, cool roofing frequently can be achieved cost-effectively within the confines of traditional rooftop applications. Today’s reflective technologies can be found in our industry’s most popular product categories such as coatings, mineral surfacings, single-ply thermo-plastic membranes, metal roofing, modified bitumen membranes and many others. The adaptability of cool roofing technologies is a major reason why they are expected to dominate the sustainable roofing category in the decade ahead.

In addition, roofing material manufacturers are expected to develop original new approaches to achieving reflectivity and emissivity in response to the growing market demand for cool roofing. Industry trade associations are already actively promoting and monitoring the development of cool roofing alternatives. In 2004, the Asphalt Roofing Manufacturers Association (ARMA) formed a task group to monitor cool roofing issues. A year earlier, the Roof Coating Manufacturers Association (RCMA) formed the White Coating Council to help promote cool roofing solutions. The National Roof Contractor Association (NRCA) has embraced reflectivity and emissivity in its new SpecRight Program. Other industrial trade associations such as the Cool Metal Roofing Coalition (CMRA) and the Reflective Roof Coating Institute (RRCI) have been formed to educate the industry regarding different approaches to cool roofing technology. Clearly, the roofing industry is moving rapidly forward to meet the challenge and the opportunity presented by today’s energy concerns.

Ultimately, the growth of the cool roofing category will be determined by the combined influences of energy and material costs, building envelope performance requirements, legislative man-dates or incentives and advancements in roofing material technologies. The cool roofing options already available provide great potential for energy savings and conservation. In the decade ahead we will see even more exciting alternatives to increase the sustainability of the total building envelope in response to the volatility of today’s energy market.
 
For more information, contact New Roof Long Island, a professional roofing company..

We have over 30 years of roofing repair experience.  We can fix any of your roofing issues.  Contact New Roof Long Island Today!!

We are partnered with the major roofing material companies and will beat any roofing contractor quotes. Get your price then call us for a free roofing estimate. We travel across Nassau County,     Suffolk County and Queens New York installing new roofs and fixing old leaky roofs.

If you are looking to fix leaks in your current roof or if you want a brand new roof, look no further. We will fix your current roof or do a roof rip and install a new roof usually in 1 day with very minimal mess!  (commercial roofing may be longer)



Nassau County, New York - Roof Leaks, Roof Repair Service, New Roof Installation, We will fix your Roof.

Albertson 11507
Alden Manor 11003
Atlantic Beach 11509
Baldwin 11510
Bayville 11709
Bellerose Village 11001
Bellmore 11710
Bethpage 11714
Brookville 11545
Brookville 11548
Carle Place 11514
Cedarhurst 11516
East Atlantic Beach 11561
East Meadow 11554
East Norwich 11732
East Rockaway 11518
East Williston 11596
Elmont 11003
Far Rockaway 11096
Farmingdale 11735
Farmingdale 11736
Farmingdale 11737
Farmingdale 11774
Floral Park 11001
Floral Park 11002
Floral Park 11003
Franklin Square 11010
Freeport 11520
Garden City 11530
Garden City Park 11040
Glen Cove 11542
Glen Head 11545
Glenwood Landing 11547
Great Neck 11020
Great Neck 11021
Great Neck 11022
Great Neck 11023
Great Neck 11024
Great Neck 11025
Great Neck 11026
Great Neck 11027
Greenvale 11548
Hempstead 11549
Hempstead 11550
Hempstead 11551
Hewlett 11557
Hicksville 11801
Hicksville 11802
Hicksville 11815
Hicksville 11819
Hicksville 11854
Hicksville 11855
Hillside Manor 11040
Inwood 11096
Island Park 11558
Jericho 11753
Jericho 11853
Kings Point 11024
Lake Success 11020
Lawrence 11559
Levittown 11756
Lido Beach 11561
Locust Valley 11560
Long Beach 11561
Lynbrook 11563
Malverne 11565
Manhasset 11030
Manhasset Hills 11040
Massapequa 11758
Massapequa Park 11762
Meacham 11003
Merrick 11566
Mill Neck 11765
Mineola 11501
New Hyde Park 11040
New Hyde Park 11041
New Hyde Park 11042
New Hyde Park 11043
New Hyde Park 11044
New Hyde Park 11099
North Baldwin 11510
North Bellmore 11710
North Hills 11040
North Massapequa 11758
North Merrick 11566
North New Hyde Park 11040
North New Hyde Park 11042
Oceanside 11572
Old Bethpage 11804
Old Brookville 11545
Old Brookville 11548
Old Westbury 11568
Oyster Bay 11771
Plainview 11803
Plandome 11030
Point Lookout 11569
Port Washington 11050
Port Washington 11051
Port Washington 11052
Port Washington 11053
Port Washington 11054
Port Washington 11055
Rockville Centre 11570
Rockville Centre 11571
Rockville Centre 11572
Roosevelt 11575
Roslyn 11576
Roslyn Heights 11577
Sands Point 11050
Sea Cliff 11579
Seaford 11783
South Floral Park 11001
South Hempstead 11550
Stewart Manor 11530
Syosset 11773
Syosset 11791
Uniondale 11553
Uniondale 11555
Uniondale 11556
Upper Brookville 11545
Upper Brookville 11732
Upper Brookville 11771
Valley Stream 11580
Valley Stream 11581
Valley Stream 11582
Wantagh 11793
Wantagh 11568
Wantagh 11590
Wantagh 11594
Wantagh 11595
Wantagh 11597
West Hempstead 11552
Williston Park 11596
Woodbury 11797
Woodmere 11598

Suffolk County, New York - Roof Leaks, Roof Repair Service, New Roof Installation, We will fix your Roof.

Amagansett 11930
Amity Harbor 11701
Amityville 11701
Amityville 11708
Aquebogue 11931
Babylon 11702
Babylon 11703
Babylon 11704
Babylon 11707
Baiting Hollow 11933
Bay Shore 11706
Bayport 11705
Bellport 11713
Blue Point 11715
Bohemia 11716
Brentwood 11717
Bridgehampton 11932
Brightwaters 11718
Brookhaven 11719
Calverton 11933
Captree Island 11702
Center Moriches 11934
Centereach 11720
Centerport 11721
Central Islip 11722
Central Islip 11749
Cherry Grove 11782
Cold Spring Harbor 11724
Commack 11725
Copiague 11726
Coram 11727
Cutchogue 11935
Davis Park 11772
Deer Park 11729
Dix Hills 11746
East Hampton 11937
East Islip 11730
East Marion 11939
East Islip 11730
East Moriches 11940
East Northport 11731
East Patchogue 11772
Eastport 11941
East Quogue 11942
East Setauket 11733
East Yaphank 11967
Edgewood 11717
Elwood 11731
Fair Harbor 11706
Farmingdale 11735
Farmingville 11738
Fire Island Pines 11782
Fishers Island 06390
Flanders 11901
Fort Salonga 11768
Gilgo Beach 11702
Great River 11739
Greenlawn 11740
Greenport 11944
Halesite 11743
Hampton Bays 11946
Hauppauge 11749
Hauppauge 11788
Head of the Harbor 11780
Holbrook 11741
Holtsville 00501
Holtsville 00544
Holtsville 11742
Huntington 11743
Huntington Station 11746
Huntington Station 11747
Huntington Station 11750
Islandia 11749
Islandia 11760
Islip 11751
Islip Terrace 11752
Jamesport 11947
Kings Park 11754
Kismet 11706
Lake Grove 11755
Lake Ronkonkoma 11779
Laurel 11948
Lindenhurst 11757
Lloyd Harbor 11743
Manorville 11949
Mastic 11950
Mastic Beach 11951
Mattituck 11952
Medford 11763
Melville 11747
Melville 11750
Melville 11775
Middle Island 11953
Miller Place 11764
Montauk 11954
Moriches 11955
Mount Sinai 11766
Nesconset 11767
New Suffolk 11956
Nissequogue 11780
North Babylon 11703
Northport 11768
Oak Beach 11702
Oakdale 11769
Oak Island 11702
Ocean Beach 11770
Orient 11957
Patchogue 11772
Peconic 11958
Port Jefferson 11777
Port Jefferson Station 11776
Port Jefferson Station 11777
Quogue 11959
Remsenburg 11960
Ridge 11961
Riverhead 11901
Rocky Point 11778
Ronkonkoma 11749
Ronkonkoma 11779
Sag Harbor 11963
Sagaponack 11962
Saint James 11780
Saltaire 11706
Sayville 11782
Selden 11784
Setauket 11733
Shelter Island 11964
Shelter Island Heights 11965
Shirley 11967
Shoreham 11786
Smith Point 11967
Smithtown 11787
Smithtown 11788
Sound Beach 11789
South Jamesport 11970
South Setauket 11720
Southampton 11968
Southampton 11969
Southold 11971
Speonk 11972
Stony Brook 11790
Stony Brook 11794
Upton 11973
Wading River 11792
Wainscott 11975
Water Mill 11976
West Babylon 11704
West Babylon 11707
West Brentwood 11717
West Gilgo Beach 11702
West Islip 11795
West Sayville 11796
Westhampton 11977
Westhampton Beach 11978
Wheatley Heights 11798
Wyandanch 11798
Yaphank 11980

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