Woolbright’s Latest News and Recent Projects

Duro-Last Roof Installation in Ontario CA

These are pictures of a recent project in Ontario, CA where a Duro-Last roof was installed on an investor owned, low-sloped residential house while it was undergoing restoration.

The roof before we installed the Duro-Last roof

The roof before we installed the Duro-Last roof

The original roof was a BUR roof system with an addition that was added to the back of the house during the restoration. With the Duro-Last roof system, we were able to go over the existing roof saving money in roof removal for our Ontario, CA client.

Completion of the Duro-Last roof

Completion of the Duro-Last roof

Duro-Last is a Single Ply PVC roof membrane and comes with a factory 15 Year Warranty with Life expectancy 20 Plus Years.

If you’re interested in what the Duro-Last roof can do for you, call us at 951-609-1818 and we would be happy to talk with you.

Woolbright’s Roofing & Construction, Inc.
20831 Silktassel Court
Wildomar, CA 92595 USA
Tel. (951) 609-1818

Roof Asset Management Saves School District Millions

ROOF ASSET MANAGEMENT SAVES SCHOOL DISTRICT MILLIONS IN TAXPAYER DOLLARS

An innovative roof asset management program has saved Florida’s Brevard County Public Schools (BCPS) millions of dollars in maintenance and replacement costs over the past six years and has generated over $1 million in energy rebates. The program was instituted in 1995 when a $350 million county bond referendum was defeated that would have provided much-needed funds for educational facility improvements and upgrades.

Historically, in any commercial, institutional or government organization, facility initiatives such as roof or pavement management programs have been viewed as overhead cost burdens. Spending on books and new technologies is considered an investment, while funding roof maintenance and repairs in order to defer roof replacement is considered an expense.

Faced with fixed budgets for capital and expense dollars and a growing list of deferred maintenance and repair issues, BCPS elected to try an asset management approach in order to reduce the significant backlog of deferred maintenance and capital renewal. This program gave BCPS an integrated approach to managing, operating and maintaining their facilities assets.

In 1995, BCPS was comprised of approximately 80 facility sites spread throughout a 70-mile-long county. The educational facilities ranged in size from 30,000 square-foot elementary schools to 210,000 square-foot high schools with 25+ buildings. The roof inventory included over nine million square feet of roof asset with a multitude of different roof types, systems and assemblies. The school system had a fixed annual capital budget for roofing of $6 million and an annual expense budget for maintenance and repairs of $250,000. After the budgets were allocated and spent, roofs continued to be an issue, as evidenced by over 850 roof-related work orders in 1994 alone.

LAW Engineering and Environmental Services, Inc. (LAW) was retained by BCPS to develop a roof asset management program. LAW employed ROOFER, a roof asset management database developed by the U.S. Army Construction Engineering Research Laboratory. ROOFER provides objective condition assessments, actuarial projections of remaining roof life, and modeling of various repair-versus-replacement scenarios.

The initial phase of the program included a baseline to inventory the roof assets and document condition assessment data. ROOFER then analyzed the data using engineering algorithms and life-cycle analysis to calculate a roof condition index (RCI) for each roof, building or facility based on the quantity, severity and frequency of observed deficiencies. The baseline survey revealed an RCI of 47 out of a possible 100. An RCI of 33 or below indicates that it is more cost effective to replace a roof than to maintain it.

At an average replacement value of $6.75 per square foot (including tear-off and replacement), the roof portfolio was valued at just over $60.7 million. Based on the RCI of 47 and an as-built expected roof service life of 35 Years, an estimated life expectancy of the average roof was 12 to 14 years. When the program was launched initially, the bond rate for the school system was 4.5 percent. Given the average realized roof life of 12 years, the depletion rate was more than $4.6 million annually ($60.7 million amortized over 12 years at 4.5 percent). Each additional year of service life was worth about $4.6 million.

Once the baseline data was analyzed, a strategic plan was prepared to rank roof assets by condition index. By ranking roof assets from worst to best condition, 100 percent of the capital dollars could be directed at the roofs in worst condition, while the expense dollars were directed at stopping leaks or maintaining good roofs to mitigate early signs of deterioration. Over the next five years, LAW’s management plan tackled the worst roofs, maintained the best roofs, and deferred those in the middle until they were phased out by the program.

The results were a system-wide RCI improvement of approximately 50 points, energy rebates from the local utility company in excess of $1 million, and a reduction of annual roof leaks from over 850 to less than 40. Other benefits derived from the program included:

  • A reduction in capital requirements for roof replacements of more than 30 percent.
  • An additional five years of service life for the roof assets system-wide.
  • Sole-source negotiations with manufacturers, reducing material costs.
  • Reduced energy costs due to increased insulation value.
  • Objective bid evaluation due to consistent and comprehensive specifications and bid documents countywide.
  • Funding of additional projects (HVAC, ceiling tiles, lighting, etc.) with realized savings.

The most recent advancement to the program was LAW’s conversion of the ROOFER database to VertexTM, a program developed and managed by LAW. The VertexTM Roof Management System is based on the same merits and algorithms as ROOFER, but allows BCPS more flexibility in reporting on roof assets as well as the ability to integrate other significant and costly facility components such as HVAC/mechanical, pavements and more.

Proactive management practices, competitive bidding, and manufacturer partnering have contributed to the success of the BCPS roof management program. Now that BCPS has an extensive roofing system inventory and a fully documented, manageable repair and replacement plan, they are able to make quick, accurate budget/cost projections and even to secure additional funding.

What “wears out” roofs?

  • Exposure…

Either long-term exposure to the elements (sun, water, freeze-thaw) or shorter-term exposure to damaging air pollutants and chemicals.

  • Structural Movement…

Such as building settlement or expansion/contraction not accommodated by the roofing system.

  • Biological Growth…

Such as vegetation in areas of standing water or algae.

  • Not Fixing Problems Promptly…

These can add up to a much shorter roof life – e.g., if a small problem is not repaired, then a large amount of insulation and wood rot.

  • Forgetting About Maintenance…

This is perhaps the single biggest cause of premature roof failure.

  • Change in the Use of the Building…

e.g., an increase in the interior relative humidity of a building can cause severe condensation problems within roof system.

 

For Technical questions about roofing? Call 951-609-1818 (1-888-614-0303)

WONDERING IF YOU NEED A NEW ROOF?

Wondering If You Need A New Roof?

Having you been having problems with your roof? Are you wondering if it needs to be replaced? This article explains several different signs that the time may be approaching for a roof replacement. Like most people your initial thought of replacement may come from getting a roof leak. However this is not the only sign that it is time for a new roof.

Shingle Roofs
There are several key indicators to look for. Damaged or missing shingles are among the more obvious signs. Some of the more subtle indicators are algae growth as well as missing granules on your shingles which will usually collect in your gutters. As your roof ages you may also notice that shingles will curl or buckle. If you have noticed any of these indicators it may be time to consider replacing your shingle roof.

No matter what type of roof system you have the best way to determine its condition is to have a qualified roofing professional perform periodic inspections Woolbright’s  Roofing offers these inspections which include a detailed report of the condition of your roof system, and any suggested actions you should consider to keep your roof functioning at its maximum potential throughout its service life. If the roof is beyond servicing and in need of replacement we can also provide you with a proposal to do so. Our goal is to keep our customers dry and happy and provide them with the best quality products and service.

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"Ridge Cap" - Burned Out and Shingles Curling

Fallbrook CA New Roof

This Job was recently completed in Fallbrook CA.

Escondido Medical Arts Building

Escondido Medical Arts Building

 225 E. 2nd Avenue Escondido 92025

Complete re-roof over existing BUR roof using Dura Last PVC single ply roof system.

Petroleum Prices Affect Asphalt Roofing Cost

 As oil prices hit a new high, increased costs are evident in every facet of our lives. Most people first notice the pinch to their pocketbooks as they’re filling up their gas tanks. For homeowners, the costs of general home maintenance and upkeep are certainly on the upswing as well. For those homeowners with asphalt shingle roofs considering a roof repair, more cost increases may be on the way.

The rising costs of roof repairs can be attributed to several issues. As with any business, transportation costs have greatly increased, meaning that transporting supplies and daily driving are taking a significantly larger chunk of roofing companies’ operating expenses. At WRC for example, we have held off on passing that increased cost of doing business on to the consumer.

Oil – A Roofing Company’s Double Burden:

However, roofing companies actually have a double burden to bear. Not only have their transport costs risen, but the cost of one of their main supplies is quickly increasing. Roofing companies rely on asphalt shingles to complete their work. Asphalt shingles are made up of several layers, including an inner reinforcing mat, hard asphalt and mineral coating, a mineral granule surface, and a mineral dust coating on the back. It takes two different kinds of asphalt to create a shingle: soft asphalt in the mat, and harder asphalt for the outer surfaces. Since asphalt is created from crude oil, the cost of asphalt shingles is directly tied to that of oil. As oil prices rise, so must the price of asphalt shingles.

Despite rising prices, asphalt shingles are still the most commonly used in roofing today. Even as they become more expensive, they’re still a great value and tend to cost less than other options like copper or slate. They wear well and are less expensive to replace as they age. Asphalt shingles are also available in a wide range of colors, shapes and sizes to fit any home.

Solar Attic Fan Controller

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Product Features

We would like to take this opportunity to introduce a new product that was released this year by US Sunlight (the makers of your solar attic fan).  The new product is a controller that is compatible with your existing fan.  Right now your fan will only run when the sun is out.  On cloudy days or on summer evenings when you may need it the most it is not running.  This controller will give you the power to turn the fan on when you want it on.  It also will inform you of the temperature and humidity in your attic.

 blankPower your fan after dark

The addition of the Solar Controller with Dual Mode Technology will enable your Solar Powered Attic Fan to run after sunset or when there is no light available from the sun. When there is no sunlight available to power the fan and the Solar Controller has the optional house power connection enabled, the Solar Controller will cycle house electricity for 8 minutes every half-hour in order to power the fan. This will allow your attic temperature to continue to drop after sunset and help remove the hot, stagnant air that can build up on those warm summer evenings.

  

  

Tempblankerature Sensor

Monitors attic temperature and will turn on the fan when the temperature reaches 80 degrees and turns off the fan when the temperature dips below 77 degrees. This allows the fan to only run when it is necessary to vent hot air from the attic space.

 

Humidistat

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The built-in humidistat monitors attic humidity and will turn on the fan if the attic air reaches 75% relative humidity and will turn it off at 65% relative humidity. Too much humidity in the attic can cause condensation on the surfaces which can lead to the growth of mold and mildew.

Won’t this add significant cost to my electric bill?

No! The Solar Controller is uniquely optimized to run the least amount of time possible; using the least amount of electricity possible. Since the ambient temperature continues to drop after sunset, the fan only needs to run in short intervals. And since it uses a DC powered motor, the amount of actual energy drain is minimal. The additional electricity required will cost less than $5 per year.

If you find that you are interested in this new product please contact us to set up an appointment for installation.

Proper Roof Ventilation

VENTILATION

Typical household activities can wreak havoc on a roof and attic if proper roof ventilation is not provided:

  • In the summer, heat build-up encourages the premature aging and cracking of wood and other roofing materials. Unwanted heat also can transfer back down into living areas – which reduces energy efficiency.
  • In cold weather, warm air generated by laundry, showers, dish washing and cooking can linger in the house and cause moisture build-up.

The only way to combat these problems is with a balanced Top of the House® roofing system. That means it’s important to have proper ventilation, plus the appropriate amount of attic insulation to maximize performance.

In a balanced system, wind blowing over the ridge creates negative pressure that draws the warmer air out of the attic. Replacement air then enters through the undereave or soffit vents, bathes the underside of the roof, and exits at the ridge cap through ridge, roof or gable vents. Even without wind, the natural convection action of rising warm air maintains a continuous air flow along the underside of the roof.

Ultimately, proper ventilation — along with attic insulation — helps maintain a comfortable temperature inside a home, increase energy efficiency, prevent moisture damage and contribute to the longevity of a roof.

Determining Your Ventilation requirements

The following U.S. Department of Housing and Urban Development Statutes covering the ventilation of structural space are basic guidelines to determine the proper ventilation styles and sizes for any home. These statutes appear in the latest edition of the “Minimum Property Standards” (MPS 403-3).

The The Correct Amount of Roof Ventilation:

  1. As a general rule, one square foot of net vent area per 300 square feet of attic floor or area to be vented is recommended.
  2. In the rare situation where no vapor retarder is used and proper distribution of undereave and ridge vents cannot be achieved, one square foot of net vent area should be provided for each 150 square feet of attic floor or area to be vented.
  3. For a balanced system, ventilation should be equal at the undereave and ridge.
  4. In cases where a balanced system cannot be achieved, always provide more than 50% of the total required ventilation at the undereave and the remainder at the upper portion of the roof.

Poor Attic Ventilation Can Ruin Your Insulation, Destroy Your Shingles, And Raise Your Energy Bills!

Why Take Risks?

It is estimated that 9 out of 10 homes in North America do not have proper attic ventilation. Why? Because most people are unaware that attic ventilation can impact the longevity of their entire home!

For example, in the summer, improper ventilation can cause attic heat to build in excess of 160°F. This super-heated air eventually penetrates the ceiling insulation into the living area below.
Types of damage that can result include:

  • Premature aging of your roofing system (“fried” shingles)
  • Warping, cracking, or breaking down of wood framing
  • Damage to siding, exterior or interior paint, and wallpaper
  • Higher energy costs

A properly ventilated attic can help reduce the load on your air conditioner by moving the super-heated air out of your attic before it builds up and causes damage.

In the winter, various household appliances, bathtubs, showers, and cooking vapors can contribute to excess moisture build-up. Improperly ventilated attics will allow this moisture to collect and cling to the underside of the roof. The moisture will condense and fall, soaking the attic insulation and reducing its efficiency.

Additional structural damage can include:

  • Roof deck warping and rotting of the wood frame
  • Mildew growth
  • Buckling of shingles and felt

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Ventilation Ensures a Healthier, More Durable Roof

The Natural Ventilation

A natural ventilation system utilizes ventilators installed in openings in the attic and properly positioned to take advantage of natural air flow to draw hot summer or moist winter air out and replace it with fresh outside air.

Roof Ventilation Benefits

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  • Allows outside air to flow naturally
    upward and out of attic.
  • Promotes a cooler, drier attic.
  • Helps prevent moisture from becoming
    trapped in insulation, structural wood,
    shingles and roof deck.
  • Helps prevent rotting, mildew, drywall
    damage, peeling paint and warped siding.
  • Provides year-round performance for
    consistent ventilation without energy consumption.

Finally, attics should be properly ventilated to help prevent ice dams in cold northern climates. During the winter, ice and snow on a roof will melt and run down the deck to the cooler eaves. This run-off can re-freeze, creating an ice dam that may force water back up under the shingles and leak into your home — causing hundreds or thousands of dollars of damage to your ceilings and walls. Adequate attic ventilation reduces the amount of initial melting that occurs on your roof, thereby reducing the chance that ice dams will form.

Add Sunlight To Any Room In Your House

blankSolar Tube

The Skylight Tube from U.S. Sunlight adds clean natural light to any room in your house while also enhancing the appearance of your roofline. With our revolutionary new square dome design, you are no longer restricted to “hiding” traditional round bubble tube lights to the backside of your house—Show off your upgraded roof appearance with our attractive and functional Skylight Tube.

Benefits of natural light

The benefits of pure natural light have been proven in studies throughout the years. Clean natural light enhances mood, mental and physical well-being, concentration, and overall energy. It’s easier on the eyes and enhances the appeal and decor of any room in your house.