MOLD INSPECTION ORANGE COUNTY - MOLD INSPECTOR ORANGE COUNTY, MOLD DETECTION DOGS ORANGE COUNTY, AFFORDABLE, THERMAL IMAGING, MOLD ALLERGY, Mold, Molds, Moisture, Mildew, Allergy, Asthma, Spore, Mould, Moldy, Certified Mold Inspection, Mold Testing, Toxic Mold Testing, Black Mold, Mold Remediation, Indoor Air Quality, Mold Abatement, Leak Inspections, Mold Spores, Water Damage, Odor Removal, Damp
 
MOLD INSPECTION ORANGE COUNTY - MOLD INSPECTOR
MOLD DETECTION DOGS, AFFORDABLE, THERMAL IMAGING, MOLD ALLERGY

Mold, Molds, Moisture, Mildew, Allergy, Asthma, Spore, Mould, Moldy, Certified Mold Inspection, Mold Testing, Toxic Mold Testing, Black Mold, Mold Remediation,
Indoor Air Quality, Mold Abatement, Leak Inspections, Mold Spores, Water Damage, Odor Removal, Damp
Call Now!(949)589-8909
JLC INSPECTIONS

94 Frontier St. Trabuco Canyon, CA 92679
Email:Begin@MoldInspectorOrangeCounty.com
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ServicesCertified Mold InspectionsThermal Imaging Mold Detection DogsLeak Inspections Toxic Mold Testing
 
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MOLD
INSPECTOR
ORANGE COUNTY
.com


Phone:
(949)589-8909
CELL: 949-702-4221


J.L.C. Inspections
94 Frontier St.
Trabuco Canyon, CA 92679

 
Email:Begin@MoldInspector
OrangeCoutny.com


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  ARTICLES:

ARTICLE 1:
Significance of a Mold Inspection Report

ARTICLE 2:
Beware of Hidden Mold

ARTICLE 3:
Does Black Mold Scare You?
ARTICLE 4:
Mold Biology And Mold Related Heath Issues
ARTICLE 5:
Mold Cleaning Products - Deal With Molds After Flood and Water Damage
ARTICLE 6:
Mold Cleaning Products - Precautions to Be Taken While Cleaning Molds
ARTICLE 7:
Learn How To Effectively Remove Black Mold From Your Bathroom Walls
ARTICLE 8:
Mold in Home - Identify the Warning Signs
ARTICLE 9:
Toxic Mold May be the Cause of Your Mysterious Sickness
ARTICLE 10:
The Dangers of Mold Growth in Your Home
  Academic:
Information Article 1:
About Indoor Air Quality
Information Article 2:
About Mold Growth
Information Article 3:
Top 10 Tips to Escape Mold Problems in Buying or Selling a House
Information Article 4:
Glossary of Mold Terms
 



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WELCOME TO:
MOLD INSPECTOR ORANGE COUNTY (JLC Inspections)

JLC Inspections, Inc. is the only Mold Inspection Company in Orange County that can offer you the benefits of Mold Detection Dogs as a standard practice in performing mold inspections. JLC Inspections, Inc. performs inspections in the same manner as other environmental inspectors, but adds the benefit of their incredible sense of smell. Mold Dogs generate quicker and more accurate results, which lead to lower testing and remediation costs for homeowners and insurance company alike. Schools, hotels, commercial structures and government buildings, have a proven track record for substantial cost savings when using Mold Detection Dogs.

Jack Clausen, the primary inspector for JLC Inspections, is also one of the few inspectors in the Nation that holds the prestigious mold certification of a Council Certified Microbial Consultant ( CMC ). This prestigious certification is held by less than 400 mold inspectors Nationwide, requiring a minimum of 8 years of field experience and training. A CMC is the person all other mold inspectors come to when they experience something new and need advice. Jack Clausen also sits on the advisory board for the American Indoor Air Quality Council assisting in the approval process of all A.I.A.Q.C. mold inspectors across the nation. Click here to view more qualificatioins.

Jack Clausen is the owner and primary inspector for JLC Inspections, Inc. During the past 30 years, he has gained a very broad knowledge of the construction industry as it relates to building defects, environmental concerns such as Mold and Allergens, and is also one of the countries Certified Thermographers.
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Hershey and Trace have been trained to search for microbial odor and to detect the source. This is a very successful method for locating hidden microbial damage.
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Download Abatement Project

Thermal Imaging
A picture says a thousand words; infrared thermography is the only diagnostic technology that lets you instantly visualize and verify thermal performance.

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Home Inspections
The primary focus of JLC Inspections is safety within your home.



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C.M.I (Mold Detection Dogs)
If dogs can sniff out bombs, drugs, people and arson, then why not mold? The Mold Dog represents the newest technology and latest trend in the inspection industry.
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Latest Mold Jobs
As Mold continues to be more prevalent, it is good to know of a company you can trust, to perform this very important service.
Click here for Latest Jobs.
How To Choose a Mold Inspector
Selecting a qualified Mold Inspector should be very similar to selecting a general contractor, plumber,
Click here for more info.
Mold Testing
As Mold continues to be more prevalent, it is good to know of a company you can trust, to perform this very important service.
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MOLD INSPECTION SERVICES:

Mold Detection Dogs:

The Mold Dog represents the newest technology and latest trend in the inspection industry. For consumers, this is great news - quicker and more accurate remediation leads to lower costs.

If dogs can sniff out bombs, drugs, people and arson,
then why not mold?

In response to this question, Whitstine immediately put together a panel of experts to include: Chief forensic chemist Niles Bashaw of Innovative Applied Science Laboratory, in Tampa, Florida; Microbiologist and Industrial Hygienist Michael Williamson of Apollo Environmental Inc. in Gibsonton, Florida; and for veterinarian and research support, Dr. Larry Myers of Auburn University, in Auburn, Georgia. After more than two years of study, this panel of experts concluded that dogs could, in fact, be trained to sniff out specific microbial volatile organic compounds associated with over 17 specific species of the most common “toxic” molds. Later, armed with the support of the experts, Whitstine began training the first dogs with a few mold odors.Once it was clear that dogs could find the hidden mold in various building structures, Whitstine began to fine-tune the dogs’ detection abilities by adding additional odors.

They Discovered finding hidden mold is not as hard as finding arson, bombs or drugs. For example, arson-detection dogs must alert to more than 30 different types of accelerants and must be able to do so after an arsonist has poured gasoline in a buildings, the building has burned to the ground, the firefighters have put thousands of gallons of water on the fire, and all of the burned items are masking the odor of the trace amounts of accelerant left. The dog must then sniff through the ashes and accurately pinpoint the remaining parts per trillion of gasoline left. Similarly, drug dealers routinely try to hide their drugs by masking the odor with items such as coffee or fabric softener, but still the dogs find it. By way of contrast, mold is not hiding from us; however, mold is frequently not visible to the human eye.

Our Mold Dogs are specifically trained to alert (sit) on at least eighteen different kinds of the most common toxic molds. If a dog alerts, there is a mold issue which signals a moisture problem, i.e.: leaky pipe, etc. The mold dogs have become a very accurate resource and low cost method to find where mold problems are. To Read More about our Mold Detection Dogs Click Here

 
Thermal Imaging: Thermography is the use of an infrared imaging and measurement camera to "see" "measure" and “record” thermal energy emitted from an object.

Click here to view examples of Thermal Imaging.

How does this help us perform inspections?
Thermal, or infrared energy, is light that is not visible because its wavelength is too long to be detected by the human eye; it's the part of the electromagnetic spectrum that we perceive as heat. Unlike visible light, in the infrared world, everything with a temperature above absolute zero emits heat. Even very cold objects, like ice cubes, emit infrared. The higher the object's temperature, the greater the IR radiation emitted. Infrared allows us to see what our eyes cannot.

Infrared thermography cameras produce images of invisible infrared or "heat" radiation and provide precise non-contact temperature measurement capabilities. If objects emit infrared energy at different levels, and we can see the difference in a camera, then we can find and solve problems much quicker and at a lesser cost.

What are some of the uses of Infrared Cameras?

  • Building Structural Analysis
  • Building interior leaks
  • Roof moisture surveys exterior (leaks)
  • Roof moisture surveys interior (leaks)
  • Window leakage (air and water)
  • Insulation voids
  • Poor HVAC Ducting or leakage
  • Electrical wiring compliance
  • Faulty wiring inside walls and ceilings
  • Marine Surveys ( moisture in hulls of boats)
  • Predictive Maintenance

Nearly everything gets hot before it fails, making infrared cameras extremely cost-effective, valuable diagnostic tools in many diverse applications. And as industry strives to improve manufacturing efficiencies, manage energy, improve product quality, and enhance worker safety, new applications for infrared cameras continually emerge.

How Do Infrared Cameras Work
An infrared camera is a non-contact device that detects infrared energy (heat) and converts it into an electronic signal, which is then processed to produce a thermal image on a video monitor and perform temperature calculations. Heat sensed by an infrared camera can be very precisely quantified, or measured, allowing you to not only monitor thermal performance, but also identify and evaluate the relative severity of heat-related problems. Recent innovations, particularly detector technology, the incorporation of built-in visual imaging, automatic functionality, and infrared software development, deliver more cost-effective thermal analysis solutions than ever before.

Why measure temperature?
Finding a problem with an infrared camera is sometimes not enough. In fact, an infrared camera image alone without accurate temperature measurements says very little about the condition of an electrical connection or worn mechanical part. Many electrical targets are operating properly at temperatures that are significantly above ambient. An infrared image without measurement can be misleading because it may visually suggest a problem that does not exist.

Infrared cameras that incorporate temperature measurement allow predictive maintenance professionals to make well informed judgments about the operating condition of electrical and mechanical targets. Temperature measurements can be compared with historical operating temperatures, or with infrared readings of similar equipment at the same time, to determine if a significant temperature rise will compromise component reliability or plant safety.

Why Use Infrared?
A picture says a thousand words; infrared thermography is the only diagnostic technology that lets you instantly visualize and verify thermal performance. Infrared cameras show you thermal problems, quantify them with precise non-contact temperature measurement, and document them automatically in seconds with a professional easy-to-read report.

Nearly everything that uses or transmits power gets hot before it fails. Cost effective power management is critical to maintaining the reliability of your electrical and mechanical systems. And today, no one would argue that infrared thermography is the most effective proven predictive maintenance (PM) technology available to quickly, accurately and safely locate problems prior to failure. In June 2001, Maintenance Technology magazine reported a $4 return on investment in for every $1 spent on infrared inspection. Finding and fixing a poor electrical connection before a component fails can save you the much greater costs associated with manufacturing downtime, production losses, power outages, fires and catastrophic failures.

But using infrared images to find a problem is sometimes not enough. In fact, an infrared camera image without an accurate measurement says very little about the condition of an electrical connection or worn mechanical part. And, an IR survey without a simple, fast way to report and analyze inspection results provides no ability to make timely repair decisions or locate and separate those 'hot spots' that can cause problems from those associated with equipment operating normally. FLIR's ThermaCAM infrared cameras not only quickly locate problems, but coupled with Reporter software, their non-contact precision temperature measurement and analysis capabilities instantly deliver the answers you need to understand what repair action to take, and when.

Whether you're looking at buildings or hybrid circuits, there's a ThermaCAM infrared camera right for your application. With a complete line of infrared cameras, software, accessories, world-class thermographic training and applications support, FLIR stands ready to meet your specific infrared needs. Flexible rental, lease and purchase plans for our line of infrared cameras are available. FLIR is the one IR company you can specify and justify with confidence. Make sure that all the reliability you planned for gets delivered to your customer.

   
Leak Inspections: Worried you might have a leak in your in home's plumbing? Now, there's a way to find out, with no demolition.

Using the latest non-invasive scientific equipment, JLC Inspections can detect leaks in your walls, ceilings, floors, plumbing or pool, without destroying your property. A leak can cost you money on your water bill and cause mold & structural damage.

   
Mold & Allergen   Sampling:

The collection and analysis of air and surface samples enables JLC Inspections to indicate the condition of the condition of the indoor fungal ecology and its relationship to the indoor air quality.

Non-viable air samples via air-o-cell spore trap. Non-viable surface samples via lift tape or swab stick. Non-viable dust samples collected via 25mm vacuum driven collection cassette.

Next day "RUSH" results are available.

   
Viable Sampling: Viable fungal air samples are collected via vacuum driven agar coated petri dish.

Viable fungal surface samples are collected via RODAAC direct contact agar coated petri dish or swab stick applied to agar coated petri dish.

Viable bacterial samples are collected via air, water and surface samples. These samples are helpful in determining the presence of bacterium such as Legionella.

Viable samples require an incubation period of approximately 10-14 days for laboratory analysis.

   
Inspection:

Inspection procedures are determined during the initial telephone interview with the customer prior to the actual inspection. Information is obtained regarding the size & type of structure and who is living in the home currently, The primary reason for the inspection is also discussed which may include evidence of a recent water incident or allergy related symptoms such as eye & nose irritation, rhinitis, sinusitis, sore throat, skin rash etc.

Inspection procedures regarding a prospective homeowner, real estate professional, lender, insurer, builder or landlord are also discussed during a telephone interview. The primary reason for the inspection is also discussed along with any special concerns the customer may have regarding IAQ & Mold.

Some examples of the state of the art scientific equipment used to collect data from the indoor environment as well as the outside environment are:

  • six channel digital laser particle counter
      
  • infrared digital imaging camera
      
  • electronic moisture detection probes
     
  • audio leak detect devices
     
  • fiber optic visual observation device.

The residential service assessment includes detailed recommendations of how the customer can maintain and/or improve the indoor environmental hygiene based on the visual observations and/or sampling data collected during the indoor environmental investigation.


JLC INSPECTION QUALIFICATIONS:
Jack Clausen is the owner and primary inspector for JLC Inspections, Inc. During the past 30 years, he has gained a very broad knowledge of the construction industry as it relates to building defects, environmental concerns such as Mold and Allergens, and is also one of the countries Certified Thermographers. Jacks broad list of qualifications include:

Professional Certifications and Licenses:
Building:

General Contractors License: California State Contractors Board B-803849
Certified Building Inspector:American Home Inspectors Training Institute, LTD #010784
Residential Real Estate Inspector: FREA #0024157 (RREI)

Indoor Air Quality:

Council Certified Microbial Consultant: American Indoor Air Quality Council #0607106
Certified Mold Inspector: Environmental Solutions Association
Certified Mold Tech Inspector: Mold Tech #0018
Certified Mold Detection Dog Handler: Florida Canine Academy, Inc William Whitstine (Master Trainer)

Consulting:

Member of the National Certification Board for the American Indoor Air Quality Council. This board approves the mold designations for all mold inspectors
Across the United States.

Science:

Certified Level 1 Thermographer: Infrared Training Center #26456

Jack is also one of the few building inspectors in the Nation that holds the prestigious mold certification of a Council Certified Microbial Consultant ( CMC ). This prestigious certification is held by less than 400 mold inspectors Nationwide, requiring a minimum of 8 years of field experience and training. A CMC is the person all other mold inspectors come to when they experience something new and need advice. Jack also sits on the advisory board for the American Indoor Air Quality Council assisting in the approval process of all A.I.A.Q.C. mold inspectors across the nation. How to Pick a mold inspector

As a mold inspector, Jack separates himself from the typical inspector by also utilizing the unique sense of smell from trained and Certified Mold Detection Dogs. These dogs are unique in that they have been trained much like a bomb, drug, or arson dog to locate the source, in this case Mold!

Jack exercises his knowledge and expertise on a daily basis by consulting with both commercial establishments and homeowners regarding proper property maintenance. Beyond the day-to-day business, Jack has enjoyed personally designing and building all phases of home construction.

In addition to his vast knowledge of the construction industry, Jack also brings to the business a strong management background after having served many years as Manager in charge of Sales, Marketing and Operations for an Internationally known Corporation. Customer service and communication skills are his greatest attributes.

In the Real Estate world, Jack takes particular pride in his ability to assess and convey non-critical issues that can be easily remedied, as well as more important issues that require specific action prior to escrow closing. He strongly believes that quick response and strong communication are the keys to successful transactions.


CUSTOMER TESTIMONIALS:

Hi Jack,

Thanks so much for coming out on Friday to do our home inspection. It was great meeting you and Hershey. We appreciate the summary you gave us on-sight and look forward to going through the in-depth report. Thanks for the referrals and we'll be in touch if we need more contacts.

Take care, Stephanie


Dear Jack,

Thank you so much for asking! You have been so helpful, I cannot begin to express my gratitude. Well, I did submit an offer to buy the house for 329,000, "as is" with the sellers completing the termite work. I made my decisions based on the information you provided with the home inspection as well as several other persons in the real estate business and contracting. Anyway, I have already let "everyone" know that if they need a home inspector...YOU ARE THE GUY!!!!! Thank you for going the extra mile, I will always be grateful.

Tarina


Re: Cherrywood, Irvine

Hi Jack,

Thanks again for helping us out! We sure appreciate your professionalism and the way you treat our clients with respect. We ALWAYS get great feedback from our Buyer's.... You're a classy guy!

Darlene & Jon


Hi Jack

Hey I totally appreciate your honesty today.
I think Veronica (my client) was a little uneasy about the whole place and so was I. You just confirmed our thought.
Look out for me in the next week or so cause I need you again.

Thanks, E. F. C-21


Dear Jack:

Thanks for a great job inspecting the new house. You will be on my recommendation list.

Jonathan S. (Saybrook)


Jack,

Thanks for the email of the inspection. I was able to email it on to the listing broker. She does want a hard copy for her and her client along with the pictures. I am not sure if she was able to open all of it on her computer. I will be looking forward to getting the report from you asap. I am pleased by your thoroughness and will highly recommend you in the future.

Cheryl


ABOUT JLC's MOLD DETECTION DOGS

Hershey and Trace have been trained to search for microbial odor and to detect the source. This is a very successful method for locating hidden microbial damage. Microorganisms grow frequently in hidden places, e.g., behind wall linings, in floors, or behind installations. They are often not visible from the outside. Often, health complaints occur even after the moisture damage has dried, sometimes even only then. In these cases, moisture measurements are not suitable to localize the microorganisms.

Besides spores and other particles, microorganisms emit gaseous substances (microbial volatile organic compounds = MVOC).The MVOCs are still emitted from the contaminated material long after the microorganism has died.Dogs can be trained to search for microbial odor and to detect the source. This is a very successful method for locating hidden microbial damage.

The mold dog, however, must be correctly trained, led, and interpreted. In some cases, it is the only applicable method to find spots damaged by microorganisms. During a building inspection, the dog is accompanied by a professional dog handler and an experienced consultant. At places where the dog marks a microbial odor, samples must be taken for microbial analysis. By this well directed procedure, destruction of material is unnecessary and additional costs can be avoided.

Amazingly Sensitive!

  • From a single drop of urine, the sniffing dog learns the marking animal’s sex, diet, health, emotional state, and even whether it’s dominant or submissive, friend or foe.
  • Tracking dogs follow a biochemical trail of dead skin cells, sweat, odor molecules, and gasses.
    For dogs, a scent article is like a three-dimensional “odor image” - much more detailed than a photograph is for a person.
  • Dogs can track a scent through snow, air, mud, water, and even ash.
    The properly trained and certified detection dog is recognized in court as a “scientific instrument” (US 9th Circuit Court of Appeals)
  • According to a report prepared by the Institute for Biological Detection Systems (IBDS) of Auburn University (Auburn, AL), dogs have the following capabilities:
  1. Sensitivity:
    Documented limits of olfactory detection for the dog range from tens of parts per billion to 500 parts per trillion.
  2. Discrimination:
    Dogs are extremely good at discriminating a target vapor from non-target vapors that are also present, even at relatively high concentrations of non-target odors.
  3. Odor Signatures:
    When being trained to detect a substance, dogs learn to alert to one or two of its most abundant vapor compounds.
  4. Multiple Odor Discriminations:
    Dogs can easily learn as many as ten odor discriminations.



    FREQUENTLY ASKED QUESTIONS
    ABOUT MOLD DETECTION DOGS

What kinds of mold will the Mold Dog find?
Mold Dog is specifically trained to alert (sit) on at least eighteen different kinds of the most common toxic molds. If a dog alerts, there is a mold issue which signals a moisture problem, i.e.: leaky pipe, etc.

Do mold spores have distinctive smells?
Yes. In fact, dogs can smell active or inactive mold spores. It's the same with arson dogs and lamp oils listed as odorless - human's can't smell the oil, but dogs are able to smell it.

If some molds are bad for humans, won't they also be bad for dogs?
No. Dogs have an amazingly acute sense of smell and a unique ability to purge odors and other contaminants from their olfactory organs. Consider that the outdoor environment contains thousands of molds, pollens and other allergens. We know that when dogs go outside, they are constantly sniffing the ground and anything else they can get into. Research suggests that dogs are simply not affected by various particulate matter in the same way that humans are affected because of their unique purging ability.

Additionally, thousands of arson dogs in the U.S. and elsewhere are constantly exposed to significant amounts of toxic fumes and no adverse health effects have been documented in more than 15 years of their use. Finally, Mold Dog handlers receive extensive training about when and how to use dogs in building structures, ie: if visible mold is present, there is no need to use a dog.

Does a Mold Dog need ongoing testing and evaluation to essentially stay “calibrated”?
Yes. Upon completion of the initial training period, the dog is certified to detect and pinpoint at least eighteen different kinds of the most common toxic molds. Thereafter, each Mold Dog receives quarterly testing and annual recertification.


ABOUT TOXIC MOLD

This is a comprehensive guide to many aspects of mold and the potentially fatal dangers that it poses to infants and individuals with weak immune systems. Toxic molds have been causing serious health conditions in humans for hundreds of years. These dangerous types of mold can exist in damp environments in our home or workplace without us ever knowing it. In the last ten years, there have been many reports of toxic molds causing serious and even fatal consequences for infants and sensitized individuals.

Different species of fungi have probably been present in human suffering since the dawn of time. In fact, the adverse health effects of fungal exposure are mentioned in the Book Of Leviticus. However, it wasn’t until relatively recently that the scientific community has identified mold and other fungi as a possible cause of human’s adverse health effects. Today, certain fungi and mold are known to the scientific and medical world to be responsible for allergies, hypersensitivity pneumonitis, humidifier fever, infections, mushroom poisoning, mycotoxicoses, mucous membrane irritation, and many other ailments. A few examples of fungi/mold species that can be hazardous to the health of humans include:

  • Penicillium
  • Aspergillus
  • Stachybotrys
  • Paecilomyces
  • Fusarium

Mycotoxins
Mycotoxins are poisonous substances that are produced by fungi. They are one reason for the adverse health effects that molds have on humans. They occur when humans inhale or ingest fungal spores. Mycotoxins tend to concentrate in fungal spores, and thus present a potential hazard to those who inhale these airborne spores. Toxigenic spores can have a significant affect on the function of the alveolar macrophage and be a health hazard to those exposed. Dangerous mold species include Stachybotrys atra, Aspergillus versicolor, and several toxigenic species of Penicillium.

Health Effects of Toxic Molds
Although mold affects individuals differently and to different degrees, the following are some of the most common adverse health effects.

  • Respiratory problems---wheezing, difficulty in breathing
  • Nasal and sinus congestion
  • Eyes-burning, watery, reddened, blurry vision, light sensitivity
  • Dry, hacking cough
  • Sore throat
  • Nose and throat irritation
  • Shortness of breath and lung disease
  • Chronic fatigue
  • Skin irritation
  • Central nervous system problems (constant headaches, loss of memory, and mood changes)
  • Aches and pains
  • Fever
  • Headaches
  • Diarrhea
  • Immune suppression

Research on Toxic Mold
There has been quite a lot of literature detailing specific case studies of mold contaminating homes and other structures. However, there has been relatively little work on the specific conditions and surroundings that allowed this growth. Beginning in the early ‘90s, the Environmental Protection Agency (EPA) began to study material properties, temperatures, and ecological niches that allowed fungi and mold to thrive, expand, and then eventually die. One of the results discovered was that humidity played a very indirect role to the growth of mold. However, small amounts of moisture can foster the development of certain mold cultures. Other types of mold require much greater levels of moisture. The fairly toxic species, S. atra, needs a lot of moisture and lots of materials that contain cellulose in order to foster growth.

Recent studies and cases have revealed greater rates of poisonous fungal species in poorly maintained offices/homes with water damage or moisture problems. While only a small number of molds and fungi are considered toxic and allergenic, species such as Stachybotrys atra (S. atra) have been directly linked to numerous cases of hemorrhagic lung disease in infants.

Within the last two decades, there has been significant recognition on the part of government agencies, communities, families, and individuals regarding the dangers associated with damp, moist, and wet indoor environments. At once time it was thought that bacteria or viruses were responsible for many of the health problems within buildings. Today, many home and workplace-related ailments are now being properly attributed wholly or, in part, to fungi and mold. As science and medicine continue to expand our knowledge of the effects of toxic mold, individuals are becoming much more aware of indoor air quality issues. For example, only relatively recently have individuals and families had enough education on the effects of mold to begin making cases for mold contamination.

Mold Facts

The ten things you should know about Mold:
  1. Potential health effects and symptoms associated with mold exposures include allergic reactions, asthma, and other respiratory complaints.
  2. There is no practical way to eliminate all mold and mold spores in the indoor environment; the way to control indoor mold growth is to control moisture.
  3. If mold is a problem in your home or school, you must clean up the mold and eliminate sources of moisture.
  4. Fix the source of the water problem or leak to prevent mold growth.
  5. Reduce indoor humidity ( less than 60% ) to decrease mold growth by: venting bathrooms, dryers, and other moisture-generating sources to the outside; using air conditioners and de-humidifiers; increasing ventilation; and using exhaust fans whenever cooking, dishwashing, and cleaning.
  6. Clean and dry any damp or wet building materials and furnishings within 24-48 hours to prevent mold growth.
  7. Clean mold off hard surfaces with water and detergent, and dry completely. Absorbent materials such as ceiling tiles, that are moldy, may need to be replaced.
  8. Prevent condensation: Reduce the potential for condensation on cold surfaces (i.e., windows, piping, exterior walls, roof, or floors) by adding insulation.
  9. In areas where there is a perpetual moisture problem, do not install carpeting (i.e., by drinking fountains, by classroom sinks, or on concrete floors with leaks or frequent condensation).
  10. Molds can be found almost anywhere; they can grow on virtually any substance, providing moisture is present. There are molds that can grow on wood, paper, carpet, and foods.

Kids and MOLD

When it comes to keeping your home mold-free, a strong offense is definitely your best defense. To prevent mold, eliminate moisture from your home and be on the lookout for signs of possible growth, such as musty smells or watermarks on walls and ceilings.

Mold is generally not covered by a homeowners insurance policy. But when it comes to litigation, lawsuits, lawyers, and your home builder, the issues become complicated, and extensive thought and research should be given.

Caught early, mold can usually be removed by a thorough cleaning with a strong soapy substance such as TSP and water. To prevent mold from re-growing, however, it is essential that the source of the moisture be eliminated and the affected area properly dried, cleaned, and if necessary, replaced.

 


EXAMPLES OF THERMAL IMAGING
Thermal Imaging:
The first step in moisture problem remediation is to quickly and accurately locate and remove all sources of moisture. Infrared cameras instantly show you what's wet and what's dry. IR cameras can instantly find the ultimate source with little or no physical disassembly of the premises and minimal disturbance of inhabitants.

Infrared cameras are the inspection assets preferred by building experts for fast, reliable, accurate building diagnosis in the entire range of building problems, from post-catastrophe fire and flood investigations to chronic leaks and moisture problems.

Infrared cameras instantly capture and record high-resolution thermographic images on-board for subsequent downloading to a PC to give the client a clear view of the problem areas.

 

Infrared Detection for the exterior

Moisture in building materials can destroy structural integrity and nurture mold.

A Leaking Bedroom Ceiling

 

The thermogram (left) clearly shows a leaking bedroom ceiling (visible, right). The leak was assumed by the owner to originate in an upstairs marble-paneled bathroom in the $3 million home. The estimated cost to rip out and replace the marble to access the plumbing was estimated at $80,000! Further IR investigation absolved the bathroom and traced the source of the leak to a clogged weep hole under the threshold of a door leading to an upstairs porch.

Roof Surveys
Roof surveys will never be the same! Infrared cameras instantly show you what's wet and what's dry. Water leakage is the number one factor that leads to damaged insulation and substrate, corrosion and weakening of metal decks and building structure, even structural collapse and the growth of mold. Infrared cameras can instantly find the ultimate source with little or no physical disassembly of the premises and minimal disturbance of inhabitants.

Deteriorated roof

In this infrared image, the deteriorated areas of the roof are clearly shown at the time of inspection


Interior Roof survey

Interior infrared survey conducted during daytime hours reveals central area saturated with
moisture and in need of immediate repair.
Double pane window versus single pane windows.

Communities that We Serve:

* Aliso Viejo 92653, 92656, 92698
* Anaheim 92801, 92802, 92803, 92804, 92805, 92806, 92807, 92808, 92809, 92812,
* Anaheim Hills 92807, 92808, 92809, 92817
* Atwood
* Brea 92821, 92822, 9282392814, 92815, 92816, 92817, 92825, 92850, 92899
* Barber City
* Brea Chem
* Browning
* Buena Park 90620, 90621, 90622, 90623, 90624
* Balboa
* Balboa Island
* Carlton
* Cliff Haven
* Capistrano Beach
* Canyon Acres
* Cerro Villa Heights
* Collonia Manzanillo
* Como
* Corona Del Mar
* Costa Mesa 92626, 92627, 92628
* Coto De Caza 92679
* Cowan Heights
* Crystal Cove
* Cypress 90630
* Dana Point 92624, 92629
* Des Moines
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* El Toro
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* Fountain Valley 92708, 92728
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* Fullerton 92831, 92832, 92833, 92834, 92835, 92836, 92837, 92838
* Fuller Park
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* Garden Grove 92840, 92841, 92842, 92843, 92844, 92845, 92846
* Huntington Beach 92605, 92615, 92646, 92647, 92648, 92649
* Irvine 92602, 92603, 92604, 92606, 92612, 92614, 92616, 92618, 92619
* Kathryn
* La Habra 90631, 90632, 90633
* La Jolla
* La Palma 90623, 92620, 92623, 92650, 92697, 92709, 92710
* Ladera Ranch 92694
* Laguna Beach 92607, 92637, 92651, 92652, 92653, 92654, 92656, 92677, 92698
* Laguna Hills 92637, 92653, 92654, 92656
* Laguna Niguel 92607, 92677
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* Lake Forest 92609, 92630
* Leisure World
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* Los Alamitos 90720, 90721
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* Mission Viejo 92675, 92690, 92691, 92692, 92694
* Modjeska
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* Newport Beach 92657, 92658, 92659, 92660, 92661, 92662, 92663
* Newport Coast
* Ocean View
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* Orange 92856, 92857, 92859, 92861, 92862, 92863, 92864, 92865, 92866, 92867,
* Panorama Heights
* Placentia 92870, 92871, 92868, 92869
* Portola Hills
* Rancho Santa Margarita 92688
* Robinson Ranch
* Red Hill
* San Onofre
* San Clemente 92672, 92673, 92674
* San Juan Hot Springs
* San Juan Capistrano 92675, 92690, 92691, 92692, 92693, 92694
* Santa Ana 92701, 92702, 92703, 92704, 92705, 92706, 92707, 92708, 92711,
* Santa Ana Gardens
* Santa Ana Heights
* South Anaheim
* South Laguna
* South Santa Ana
* Silverado Canyon
* Seal Beach 90740, 92712, 92725, 92728, 92735, 92799
* Smeltzer
* Stanton 90680
* Surfside Beach
* Sunset Beach
* Sunny Hills
* Top of the World
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* Trabuco Canyon
* Trabuco Highlands
* Tustin 92780, 92781, 92782
* Tustin Foothills
* Villa Park 92861, 92867
* Westminister 92683, 92684, 92685
* West Anaheim
* Yorba Linda 92885, 92886, 92887
 

ALL ABOUT MOLD

Molds include all species of microscopic fungi that grow in the form of multicellular filaments, called hyphae. In contrast, microscopic fungi that grow as single cells are called yeasts. A connected network of these tubular branching hyphae has multiple, genetically identical nuclei and is considered a single organism, referred to as a colony or in more technical terms a mycelium.

Molds do not form a specific taxonomic or phylogenetic grouping, but can be found in the divisions Zygomycota, Deuteromycota and Ascomycota. Although some molds cause disease or food spoilage, others are useful for their role in biodegradation or in the production of various foods, beverages, antibiotics and enzymes.

Biology

There are hundreds of known species of molds, which include opportunistic pathogens, saprotrophs, aquatic species and thermophiles.Like all fungi, molds derive energy not through photosynthesis but from the organic matter, inside of which they live. Typically, molds secrete hydrolytic enzymes, mainly from the hyphal tips. These enzymes degrade complex biopolymers such as starch, cellulose and lignin into simpler substances which can be absorbed by the hyphae. In this way, molds play a major role in causing decomposition of organic material, enabling the recycling of nutrients throughout ecosystems. Many molds also secrete mycotoxins which, together with hydrolytic enzymes, inhibit the growth of competing microorganisms.

Molds reproduce through small spores, which may contain a single nucleus or be multinucleate. Mold spores can be asexual (the products of mitosis) or sexual (the products of meiosis); many species can produce both types. Some can remain airborne indefinitely, and many are able to survive extremes of temperature and pressure.

Although molds grow on dead organic matter everywhere in nature, their presence is only visible to the unaided eye when mold colonies grow. A mold colony does not comprise discrete organisms, but an interconnected network of hyphae called a mycelium. Nutrients and in some cases organelles may be transported throughout the mycelium. In artificial environments like buildings, humidity and temperature are often stable enough to foster the growth of mold colonies, commonly seen as a downy or furry coating growing on food or other surfaces.

Some molds can begin growing at temperatures as low as 2°C. When conditions do not enable growth, molds may remain alive in a dormant state, within a large range of temperatures before they die. The many different mold species vary enormously in their tolerance to temperature and humidity extremes. Certain molds can survive harsh conditions such as the snow-covered soils of Antarctica, refrigeration, highly acidic solvents, and even petroleum products such as jet fuel.

Xerophilic molds use the humidity in the air as their only water source; other molds need more moisture.

Common molds

  • Acremonium
  • Aspergillus
  • Cladosporium
  • Fusarium
  • Mucor
  • Penicillium
  • Rhizopus
  • Stachybotrys
  • Trichoderma

Uses

Bread mold is one of the most common types of mold, and can cover a loaf of bread in less than three days.
Bread mold is one of the most common types of mold, and can cover a loaf of bread in less than three days.


Mold covering a decaying peach over a period of six days. The frames were taken approximately 12 hours apart. There are 11 frames of changes.
Mold covering a decaying peach over a period of six days. The frames were taken approximately 12 hours apart. There are 11 frames of changes.


Stilton cheese contains edible mold.
Stilton cheese contains edible mold.

Food production

Cultured molds are used in the production of foods, including:

  • cheese (Penicillium spp.)
  • tempeh (Rhizopus oligosporus)
  • Quorn (Fusarium venenatum)
  • sausages
  • soy sauce

The koji molds are a group of Aspergillus species, notably Aspergillus oryzae, that have been cultured in eastern Asia for many centuries. They are used to ferment a soybean and wheat mixture to make soybean paste and soy sauce. They are also used to break down the starch in rice (saccharification) in the production of sake and other distilled spirits.

Drug creation

Alexander Fleming's famous discovery of the antibiotic penicillin involved the mold Penicillium chrysogenum.

Several cholesterol-lowering drugs (such as Lovastatin, from Aspergillus terreus) are derived from molds.

The immunosuppressant drug cyclosporine, used to suppress the rejection of transplanted organs, is derived from the mold Tolypocladium inflatum.

Other uses

Other molds are cultivated for their ability to produce useful substances. Aspergillus niger is used in the production of citric acid, gluconic acid and many other compounds and enzymes. The mold Aspergillus nidulans is an important model organism. Ashbya gossypii is used in industrial production of riboflavin and is further studied as a model organism.

Health effects

Molds are ubiquitous in nature, and mold spores are a common component of household and workplace dust. However, when mold spores are present in large quantities, they can present a health hazard to humans, potentially causing allergic reactions and respiratory problems.

Some molds also produce mycotoxins that can pose serious health risks to humans and animals. Exposure to high levels of mycotoxins can lead to neurological problems and in some cases death. Prolonged exposure, e.g. daily workplace exposure, can be particularly harmful. The term toxic mold refers to molds that produce mycotoxins, such as Stachybotrys chartarum, and not to all molds in general.

Growth in buildings and homes

Mold growth in buildings can lead to a variety of health issues. Various practices can be followed to mitigate mold issues in buildings, the most important of which is to reduce moisture levels that can facilitate mold growth. Removal of affected materials after the source of moisture has been reduced and/or eliminated may be necessary for remediation.

Mold growth, assessment, and remediation

Mold assessment and Mold remediation are techniques used in occupational health: mold assessment is the process of identifying the location and extent of the mold hazard in a structure, and mold remediation is the process of removal and/or cleanup of mold from an indoor environment.

It has been estimated that 40 percent of United States homes have some form of mold problem.

Health effects

Molds are ubiquitous in nature, and mold spores are a common component of household and workplace dust. However, when mold spores are present in large quantities, they can present a health hazard to humans, potentially causing allergic reactions and respiratory problems.

Some molds also produce mycotoxins that can pose serious health risks to humans and animals. Exposure to high levels of mycotoxins can lead to neurological problems and in some cases death. Prolonged exposure, e.g. daily workplace exposure, can be particularly harmful. The term toxic mold refers to molds that produce mycotoxins, such as Stachybotrys chartarum, and not to all molds in general.

Causes / Growing conditions

Molds and fungi are found everywhere inside and outside, and can grow on almost any substance when moisture is present. Molds when they reproduce make spores, which can be carried by air currents. When these spores land on a moist surface that is suitable for life, they begin to grow. Molds are essential to the natural breakdown of organic materials in the environment. Mold is normally found indoors at levels that do not affect most healthy individuals. When these levels become abnormally high as determined by indoor air quality testing or a mold inspection, remediation is recommended to be carried out by a professional remediation company.[citation needed]

Because common building materials are capable of sustaining mold growth, and mold spores are ubiquitous, mold growth in an indoor environment is typically related to an indoor water or moisture problem. Mold growth may also be caused by incomplete drying of flooring materials such as concrete.[2] Leaky roofs, building maintenance problems, or indoor plumbing problems can lead to mold growth inside homes, schools, or office buildings. Another common source of mold growth is flooding.

For significant mold growth to occur, there must be a source of water (which could be invisible humidity), a source of food, and a substrate capable of sustaining growth. Common building materials, such as plywood, drywall, furring strips, carpets, and carpet padding are food for molds. In carpet, invisible dust and cellulose are the food sources (see also dust mites). After a single incident of water damage occurs in a building, molds grow inside walls and then become dormant until a subsequent incident of high humidity; this illustrates how mold can appear to be a sudden problem, long after a previous flood or water incident that did not produce a mold-related problem. The right conditions re-activate mold. Studies also show that mycotoxin levels are perceptibly higher in buildings that have once had a water incident (source CMHC).

Both our indoor and outdoor environment have mold spores present. There is no such thing as a mold free environment in the Earth's biosphere.

Spores need three things to grow into mold:

  • Nutrients: Food for spores in an indoor environment is organic matter, often cellulose.
  • Moisture: Moisture is required to begin the decaying process caused by the mold.
  • Time: Mold growth begins between 24 hours and 10 days from the provision of the growing conditions. There is no known way to date mold.

Mold colonies can grow inside building structures. The main problem with the presence of mold in buildings is the inhalation of mycotoxins. Molds may produce an identifiable smell. Growth is fostered by moisture. After a flood or major leak, mycotoxin levels are higher in the building even after it has dried out (source: CMHC).

Food sources for molds in buildings include cellulose-based materials, such as wood, cardboard, and the paper facing on both sides of drywall, and all other kinds of organic matter, such as soap, dust and fabrics. Carpet contains dust made of organic matter such as skin cells. If a house has mold, the moisture may be from the basement or crawl space, a leaking roof, or a leak in plumbing pipes behind the walls. Insufficient ventilation can further enable moisture build-up. The more people in a space, the more humidity builds up. This is from normal breathing and perspiring. Visible mold colonies may form where ventilation is poorest, and on perimeter walls, because they are coolest, thus closest to the dew point.

If there are mold problems in a house only during certain times of the year, then it is probably either too air-tight, or too drafty. Mold problems occur in airtight homes more frequently in the warmer months (when humidity reaches high levels inside the house, and moisture is trapped), and occur in drafty homes more frequently in the colder months (when warm air escapes from the living area into unconditioned space, and condenses). If a house is artificially humidified during the winter, this can create conditions favorable to mold. Moving air may prevent mold from growing since it has the same desiccating effect as lowering humidity. Keeping indoor air temperature higher than 74 °F (23.3 °C) also has an inhibiting effect on mold growth.

Because common building materials are capable of sustaining mold growth, and mold spores are ubiquitous, mold growth in an indoor environment is typically related to an indoor water or moisture problem. Leaky roofs, building maintenance problems, or indoor plumbing problems can lead to mold growth inside homes, schools, or office buildings. Another common cause of mold growth is flooding.

Removing one of the three requirements for mold reduces or eliminates the new growth of mold. These three requirements are 1) Moisture, 2) Food source for the mold spores (dust, dander, etc), and 3) Warmth (mold generally does not grow in cold environments).

HVAC systems can create all three requirements for significant mold growth. The A/C system creates a difference in temperature that allows/causes condensation to occur. The high rate of dusty air movement through an HVAC system may create ample sources of food sources for the mold. And finally, since the A/C system is not always running - the ability for warm conditions to exist on a regular basis allows for the final component for active mold growth.

Because the HVAC system circulates air contaminated with mold spores and sometimes toxins - it is vital to prevent any three of the environments required for mold growth. A) Highly effective return air filtration systems are available that eliminate up to 99.9% of dust accumulation (as compared to 5% elimination by typical HVAC air filters). These newer filtration systems usually require modification to existing HVAC systems to allow for the larger size of electrostatic 99.9% filters. However, thorough cleaning of the HVAC system is required before usage of high efficiency filtration systems will help. Once mold is established - the mold growth and dust accumulation must be removed. B) Insulation of supply air ducts helps to reduce or eliminate the condensation that ultimately creates the moisture required for mold growth. This insulation should be place externally on the air ducts, because internal insulation provides a dust capture and breeding ground for mold.

Assessment

The first step in an assessment is to determine if mold is present. This is done by visually examining the premises. If mold is growing and visible this helps determine the level of remediation that is necessary. If mold is actively growing and is visibly confirmed the need for sampling for specific species of mold is unnecessary.

Another assessment method is to determine if the premise smells of mold, often described as an earthy or musty odor. However, not all molds produce the telltale mold odors.

These methods are considered to be non-intrusive and only visible and odor causing molds will be found. Sometimes more intrusive methods are needed to assess the level of mold contamination. This would include moving furniture, lifting and/or removing carpets, checking behind wallpaper or paneling, checking in ventilation duct work, opening and exposing wall cavities, etc.

Careful detailed visual inspection and recognition of moldy odors should be used to find problems needing correction. Efforts should focus on areas where there are signs of liquid moisture or water vapor (humidity) or where moisture problems are suspected. The investigation goals should be to locate indoor mold growth to determine how to correct the moisture problem and remove contamination safely and effectively.

The basic goals of any mold investigation are always twofold: 1) find the locations of mold growth, and 2) determine the sources of the moisture. If these can be answered by simpler or more cost-effective methods, mold testing is probably not a wise use of resources.

Many organizations exist that provide certification for mold investigation/assessments. However, only the American Indoor Air Quality Council provides accredited certifications. In the state of Texas there is legislation dictating who can and cannot perform investigation.[citation need

Sampling

In general the EPA does not recommend sampling unless an occupant of the space is symptomatic. When sampling is necessary it should be performed by a trained professional who has specific experience in designing mold-sampling protocols, sampling methods, and the interpretation of findings. Sampling should only be conducted to answer a pertinent question: examples "what is the spore concentration in the air"," or is a particular species of fungi present in the building." The additional question should be asked before sampling "what action can or should a person take upon obtaining data."

The sampling and analysis should follow the recommendations of Occupational Safety and Health Administration (OSHA), National Institute for Occupational Safety and Health (NIOSH), Environmental Protection Agency (EPA), and the American Industrial Hygiene Association (AIHA). Most importantly, when a sample is taken the proper chain of custody should be adhered to. The AIHA offers lists of accredited laboratories that submit to required quarterly proficiency testing.

Three types of air sampling include but are not limited to:

  • Air sampling: the most common form of sampling to asses the level of mold. Sampling of the inside and outdoor air is conducted and the results to the level of mold spores inside the premises and outside are compared. Often, air sampling will provide positive identification of the existence of non-visible mold.
  • Surface samples: sampling the amount of mold spores deposited on indoor surfaces (swab, tape, and dust samples)
  • Bulk samples: the removal of materials from the contaminated area to identify and determine the concentration of mold in the sample.

When sampling is conducted, all three types is recommended by the AIHA, as each sample method alone has specific limitations. For example, air samples will not provide proof a hidden source of mold. Nor would a swab sample provide the level of contamination in the air.

Though it may not be recommended, air sampling following mold remediation is usually the best way to ascertain efficacy of remediation, when conduct by a qualified third party.

Remediation

The first step in solving an indoor mold problem is stopping the source of moisture. Next is to remove the mold growth. Common remedies for small occurrences of mold include:

  • Sunlight
  • Ventilation
  • Non-porous building materials
  • Household cleansers

Significant mold growth may require professional mold remediation and removal of affected building materials. A conservative strategy is to discard any building materials saturated by the water intrusion or having visible mold growth.

There are many ways to prevent mold growth; see ventilation issues in houses.

In extreme cases of mold growth in buildings, it may be easier to condemn the building rather than clean the mold to safe levels.

Certain contractors are capable of repairing mold damage - usually by removing the affected areas and eliminating the cause of the excess moisture.

There are also cleaning companies that specialize in fabric restoration - a process by which mold and mold spores are removed from clothing to eliminate odor and prevent further mold growth and damage to the garments.

Improper methods for cleaning mold include exposure to high heat, dry air, sunlight (particularly UV light), ozone, and application of fungicides. These methods may render the mold non-viable, however, the mold and its by-products can still elicit health effects. As noted in following sections, the only proper way to clean mold is to use detergent solutions that physically remove mold. Many commercially available detergents marketed for mold clean-up also include an anti-fungal agent. The most effective way at this point is formal Mold Remediation.

The goal of remediation is to remove or clean contaminated materials in a way that prevents the emission of fungi and dust contaminated with fungi from leaving a work area and entering an occupied or non-abatement area, while protecting the health of workers performing the abatement.

Cleanup and removal methods

The purpose of the clean-up process is to eliminate the mold and fungal growth and to remove contaminated materials. As a general rule, simply killing the mold with a biocide is not enough. The mold must be removed since the chemicals and proteins, which cause a reaction in humans, are still present even in dead mold.

Vacuum

Wet vacuum cleaners are designed to remove water from floors, carpets and other hard surfaces where water has accumulated. Wet vacuuming should only be used on wet materials, as spores may be exhausted into the indoor environment if insufficient liquid is present. After use this equipment must be thoroughly cleaned and dried as spores can adhere to the inner surfaces of the tank, hoses, and other attachments.

Damp wipe

Damp wipe is the removal of mold from non-porous surfaces by wiping or scrubbing with water and a detergent. Care must be exercised to make sure the material is allowed to quickly dry to discourage any further mold growth. With surfaces such as metal, glass, hardwood, plastics, and concrete, you should scrape off as much of the mold as possible. Then, scrub the surface with a moldicide or fungicide cleaner.

HEPA vacuum

High Efficiency Particulate Air filtered vacuum cleaners are used in the final cleanup of remediation areas after materials have been thoroughly dried and all contaminated materials have been removed. HEPA vacuum cleaners are recommended for the cleanup of the outside areas surrounding the remediation area. During this process the workers wear proper personal protective equipment (PPE) to prevent exposure to mold and other contaminants. The collected debris and dust should be stored in impervious bags or containers in a manner to prevent any release of debris.

Disposal of debris and damaged materials

Building materials and furnishings contaminated with mold should be placed into impervious bags or closed containers while in the remediation area. These materials can usually be discarded as regular construction waste.

Equipment

Several types of equipment may be used in the remediation process and may include:

  • Moisture meter: a tool that measures the moisture level in building materials. It can also be used to measure the progress of the drying of damaged materials. Pin moisture meters have a small probe that is inserted into the material. Pinless moisture meters usually have a flat sensing area that is pressed directly against the material's surface.Moisture meters can be used on carpet, wallboard, woods, brick, and other masonry.
  • Humidity gauge: measures the amount of humidity in the indoor environment. Often gauges are paired with a thermometer to measure the temperature.
  • Borescope: a hand-held tool that allows the user to see potential mold problems inside walls, ceilings, crawl spaces, and other tight spaces. It consists of a camera on the end of a flexible “snake”. No major drilling or cutting of dry wall is required.
  • Digital camera: used to document findings during assessment.
  • Personal protective equipment (PPE): includes respirators, gloves, impervious suit, and eye protection. These items can be used during the assessment and remediation processes.
  • Thermographic camera : Infrared thermal imaging cameras are often used (and effective) in addition to moisture meters to double check moisture meter findings, and look at the broader picture. They help mainly in identifying auxiliary points of moisture intrusion.
  • Dehumidifier : If you have high humidity in your home from things like aquariums or house plants, a dehumidifier can help bring down the level of moisture in the air. This in turn will reduce the chances that mold can build up within these areas of your home.

Protection levels

During the remediation process, the level of contamination dictates the level of protection for the remediation workers. The levels of contamination are described as Levels I, II, and III. Each has specific requirements for worker safety. The levels are as follows:

Level I

Small Isolated Areas (10 sq. ft or less) for example, ceiling tiles, small areas on walls.

  • Remediation can be conducted by the regular building staff as long as they are trained on proper clean-up methods, personal protection, and potential hazards. This training can be performed as part of a program to comply with the requirements of OSHA Hazard Communication Standard ( 29 CFR 1910.1200).
  • Respiratory protection (for example, N-95 disposable respirator) is recommended. Respirators must be used in accordance with the OSHA respiratory protection standard (29 CFR 1910.134). Gloves and eye protection should also be worn.
  • The work area should be unoccupied. Removing people from spaces adjacent to the work area is not necessary, but is recommended for infants (less than 12 months old), persons recovering from recent surgery, immune-suppressed, or people with respiratory diseases.
  • Containment of the work area is not necessary. However, misting and dust suppression is recommended.
  • Contaminated materials that cannot be cleaned should be removed from the building in sealed impermeable plastic bags and disposed of as ordinary waste.
  • The work area/areas used by workers for access/egress should be cleaned with a damp cloth or mop and a detergent.
  • All areas should be left dry and visibly free of from contamination and debris.

Level II

Mid-sized Isolated Areas (10-30 sq ft) – for example, individual wallboard panels.

  • Remediation can be conducted by the regular building staff as long as they are trained as for Level I. Respiratory protection, occupation of the work and adjacent areas, and handling of contaminated materials are the same as for Level I.
  • Surfaces in the work area that could become contaminated should be covered with sheet(s) of plastic that are secured in place. This should be done prior to any remediation process to prevent further contamination.
  • Dust suppression methods, such as misting (not soaking) surface prior to remediation, are recommended.
  • The work area/areas used by workers for access/egress should be HEPA vacuumed and cleaned with a damp cloth or mop and a detergent.
  • As with Level I, all areas should be left dry and visibly free from contamination and debris.

Level III

Large Isolated Areas (30-100 sq ft) – e.g., several wallboard panels

  • Industrial hygienists or other environmental health and safety professionals with experience performing microbial investigations and/or mold remediation should be consulted prior to remediation activities to provide oversight for the project.
  • It is recommended that personnel be trained in the handling of hazardous materials and equipped with respiratory protection (N-95 disposable respirator). Respirators must be used in accordance with OSHA respiratory protection standard (29 CFR 1910.134) Gloves and eye protection should also be worn.
  • Surfaces in the work area and areas directly adjacent that could become contaminated should be covered with a secured plastics sheet(s) before remediation to contain dust/debris and prevent further contamination.
  • Seal ventilation ducts/grills in the work area and areas directly adjacent with plastic sheeting.
  • The work area and areas directly adjacent should be unoccupied. Removing people from spaces adjacent to the work area is not necessary, but is recommended for infants (less than 12 month old), persons recovering from recent surgery, immune-suppressed or people with respiratory diseases.
  • Dust suppression methods, such as misting (not soakings) surface prior to remediation, are recommended.
  • Contaminated materials that cannot be cleaned should be removed from the building in sealed impermeable plastic bags and disposed of as ordinary waste.
  • The work area/areas used by workers for access/egress should be HEPA vacuumed and cleaned with a damp cloth or mop and a detergent.
  • All areas should be left dry and visibly free from contamination and debris.

Level IV

Extensive Contamination (greater than 100 contiguous sq. ft in an area).

  • Personnel trained in handling of hazardous materials and equipped with:
    • Full face respirators with HEPA cartridges
    • Disposable protective clothing covering the entire body including the head, shoes and hands
  • Containment of the affected area:
    • Complete isolation of the work area from occupied spaces using plastic sheeting sealed with duct tape ( including ventilation duct/grills, fixtures, and other openings
  • The use of an exhaust fan with a HEPA filter to generate negative pressurization, a decontamination room, and airlocks
  • Contaminated materials that cannot be cleaned should be removed from the building in sealed impermeable plastic bags and disposed of as ordinary waste.
  • The contained area and decontamination room should be HEPA vacuumed and cleaned with a damp cloth or mopped with a detergent solution and be visibly clean prior to the removal of any isolation barrier.

In conclusion, after the moisture source has been eliminated and the mold growth removed, the premises should be revisited and the reevaluated to ensure the mold growth and the remediation process was successful. The premises should be free of any moldy smells or visible growth.

ABOUT ORANGE COUNTY:

Orange County is a county in Southern California, United States. Its county seat is Santa Ana. According to the 2000 Census, its population was 2,846,289, making it the second most populous county in the state of California, and the fifth most populous in the United States. The state of California estimates its population as of 2007 to be 3,098,121 people, dropping its rank to third, behind San Diego County. Thirty-four incorporated cities are located in Orange County; the newest is Aliso Viejo.

Unlike many other large centers of population in the United States, Orange County uses its county name as its source of identification whereas other places in the country are identified by the large city that is closest to them. This is because there is no defined center to Orange County like there is in other areas which have one distinct large city. Five Orange County cities have populations exceeding 170,000 while no cities in the county have populations surpassing 360,000. Seven of these cities are among the 200 largest cities in the United States.

Orange County is also famous as a tourist destination, as the county is home to such attractions as Disneyland and Knott's Berry Farm, as well as sandy beaches for swimming and surfing, yacht harbors for sailing and pleasure boating, and extensive area devoted to parks and open space for golf, tennis, hiking, kayaking, cycling, skateboarding, and other outdoor recreation. It is at the center of Southern California's Tech Coast, with Irvine being the primary business hub.

The average price of a home in Orange County is $541,000. Orange County is the home of a vast number of major industries and service organizations. As an integral part of the second largest market in America, this highly diversified region has become a Mecca for talented individuals in virtually every field imaginable. Indeed the colorful pageant of human history continues to unfold here; for perhaps in no other place on earth is there an environment more conducive to innovative thinking, creativity and growth than this exciting, sun bathed valley stretching between the mountains and the sea in Orange County.

Orange County was Created March 11 1889, from part of Los Angeles County, and, according to tradition, so named because of the flourishing orange culture. Orange, however, was and is a commonplace name in the United States, used originally in honor of the Prince of Orange, son-in-law of King George II of England.

Incorporated: March 11, 1889
Legislative Districts:
* Congressional: 38th-40th, 42nd & 43
* California Senate: 31st-33rd, 35th & 37
* California Assembly: 58th, 64th, 67th, 69th, 72nd & 74

County Seat: Santa Ana
County Information:
Robert E. Thomas Hall of Administration
10 Civic Center Plaza, 3rd Floor, Santa Ana 92701
Telephone: (714)834-2345 Fax: (714)834-3098
County Government Website: http://www.oc.ca.gov

CITIES OF ORANGE COUNTY CALIFORNIA:


City of Aliso Viejo, 92653, 92656, 92698
City of Anaheim, 92801, 92802, 92803, 92804, 92805, 92806, 92807, 92808, 92809, 92812, 92814, 92815, 92816, 92817, 92825, 92850, 92899
City of Brea, 92821, 92822, 92823
City of Buena Park, 90620, 90621, 90622, 90623, 90624
City of Costa Mesa, 92626, 92627, 92628
City of Cypress, 90630
City of Dana Point, 92624, 92629
City of Fountain Valley, 92708, 92728
City of Fullerton, 92831, 92832, 92833, 92834, 92835, 92836, 92837, 92838
City of Garden Grove, 92840, 92841, 92842, 92843, 92844, 92845, 92846
City of Huntington Beach, 92605, 92615, 92646, 92647, 92648, 92649
City of Irvine, 92602, 92603, 92604, 92606, 92612, 92614, 92616, 92618, 92619, 92620, 92623, 92650, 92697, 92709, 92710
City of La Habra, 90631, 90632, 90633
City of La Palma, 90623
City of Laguna Beach, 92607, 92637, 92651, 92652, 92653, 92654, 92656, 92677, 92698
City of Laguna Hills, 92637, 92653, 92654, 92656
City of Laguna Niguel
, 92607, 92677
City of Laguna Woods, 92653, 92654
City of Lake Forest, 92609, 92630, 92610
City of Los Alamitos, 90720, 90721
City of Mission Viejo, 92675, 92690, 92691, 92692, 92694
City of Newport Beach, 92657, 92658, 92659, 92660, 92661, 92662, 92663
City of Orange, 92856, 92857, 92859, 92861, 92862, 92863, 92864, 92865, 92866, 92867, 92868, 92869
City of Placentia, 92870, 92871
City of Rancho Santa Margarita, 92688, 92679
City of San Clemente, 92672, 92673, 92674
City of San Juan Capistrano, 92675, 92690, 92691, 92692, 92693, 92694
City of Santa Ana, 92701, 92702, 92703, 92704, 92705, 92706, 92707, 92708, 92711, 92712, 92725, 92728, 92735, 92799
City of Seal Beach, 90740
City of Stanton, 90680
City of Tustin, 92780, 92781, 92782
City of Villa Park, 92861, 92867
City of Westminster, 92683, 92684, 92685
City of Yorba Linda, 92885, 92886, 92887

Noteworthy communities Some of the communities that exist within city limits are listed below: * Anaheim Hills, Anaheim * Balboa Island, Newport Beach * Corona del Mar, Newport Beach * Crystal Cove / Pelican Hill, Newport Beach * Capistrano Beach, Dana Point * El Modena, Orange * French Park, Santa Ana * Floral Park, Santa Ana * Foothill Ranch, Lake Forest * Monarch Beach, Dana Point * Nellie Gail, Laguna Hills * Northwood, Irvine * Woodbridge, Irvine * Newport Coast, Newport Beach * Olive, Orange * Portola Hills, Lake Forest * San Joaquin Hills, Laguna Niguel * San Joaquin Hills, Newport Beach * Santa Ana Heights, Newport Beach * Tustin Ranch, Tustin * Talega, San Clemente * West Garden Grove, Garden Grove * Yorba Hills, Yorba Linda * Mesa Verde, Costa Mesa

Unincorporated communities These communities are outside of the city limits in unincorporated county territory: * Coto de Caza * El Modena * Ladera Ranch * Las Flores * Midway City * Orange Park Acres * Rossmoor * Silverado Canyon * Sunset Beach * Surfside * Trabuco Canyon * Tustin Foothills

Adjacent counties to Orange County Are: * Los Angeles County, California - north, west * San Bernardino County, California - northeast * Riverside County, California - east * San Diego County, California - southeast

ABOUT SAN DIEGO COUNTY:
San Diego is a coastal Southern California city located in the southwestern corner of the continental United States. As of 2006, the city has an estimated population of 1,256,951. It is the second largest city in California and the eighth largest city in the United States. It is the county seat of San Diego County.GR6 and is the economic center of the San Diego–Carlsbad–San Marcos metropolitan area, the 17th-largest metro area in the U.S. with a population of 2.9 million as of 2006, and the 21st largest Metropolitan area in the Americas when including Tijuana.



San Diego County lies just north of the Mexican border—sharing a border with Tijuana—and lies south of Orange County. It is home to miles of beaches, a mild Mediterranean climate and 16 military facilities hosting the United States Navy, the United States Coast Guard and the United States Marine Corps.

The University of California, San Diego (UCSD) and the affiliated UCSD Medical Center combined with nearby research institutes in the Torrey Pines area of La Jolla make the area influential in biotechnology research. San Diego's economy is largely composed of agriculture, biotechnology/biosciences, computer sciences, electronics manufacturing, defense-related manufacturing, financial and business services, ship-repair and construction, software development, telecommunications, and tourism.

The city of San Diego it self has deep canyons separating its mesas, creating small pockets of natural parkland scattered throughout the city. The same canyons give parts of the city a highly segmented feel, creating literal gaps between otherwise proximal neighborhoods and contributing to a low-density, car-centered built environment. Downtown San Diego is located on San Diego Bay. Balboa Park lies on a mesa to the northeast. It is surrounded by several dense urban communities and abruptly ends in Hillcrest to the north. The Coronado and Point Loma peninsulas separate San Diego Bay from the ocean. Ocean Beach is on the west side of Point Loma. Mission Beach and Pacific Beach lie between the ocean and Mission Bay, a man-made aquatic park. La Jolla, an affluent community, lies north of Pacific Beach. Mount Soledad in La Jolla offers views from northern San Diego County to Mexico. Mountains rise to the east of the city, and beyond the mountains are desert areas. Cleveland National Forest is a half-hour drive from downtown San Diego. Numerous farms are found in the valleys northeast and southeast of the city. San Diego County has one of the highest count of animal and plant species that are on the endangered species list than other counties in the United States.

Communities and neighborhoods of San Diego: Old Town, San Diego. Old Town, San Diego. Northern: Bay Ho, Bay Park, Carmel Valley, Clairemont Mesa East, Clairemont Mesa West, Del Mar Mesa, La Jolla, La Jolla Village, Mission Beach, Mission Bay Park, North City, North Clairemont, Pacific Beach, Pacific Highlands Ranch, Torrey Hills, Torrey Pines, University City Northeastern: Black Mountain Ranch, Carmel Mountain Ranch, Miramar, Miramar Ranch North, Mira Mesa, Rancho Bernardo, Rancho Encantada, Rancho Peñasquitos, Sabre Springs, San Pasqual Valley, Scripps Ranch, Sorrento Valley, Torrey Highlands Eastern: Allied Gardens, Birdland, Del Cerro, Grantville, Kearny Mesa, Lake Murray, Mission Valley East, San Carlos, Serra Mesa, Tierrasanta Western: Burlingame, Hillcrest, La Playa, Linda Vista, Loma Portal, Midtown, Midway District, Mission Hills, Mission Valley West, Morena, North Park, Ocean Beach, Old Town, Point Loma Heights, Roseville-Fleetridge, Sunset Cliffs, University Heights, Wooded Area Central: Balboa Park, Bankers Hill, Barrio Logan, City Heights, Downtown (Columbia, Core, Cortez Hill, East Village, Gaslamp Quarter, Horton, Little Italy, Marina), Golden Hill, Grant Hill, Logan Heights, Memorial, Middletown, Sherman Heights, South Park, Stockton Mid-City: City Heights (comprising Azalea Park, Bayridge, Hollywood Park, Castle, Cherokee Point, Chollas Creek, Colina Del Sol, Corridor, Fairmount, Fox Canyon, Islenair, Ridgeview/Webster Rolando, Swan Canyon, Teralta East, Teralta West), College East, College West, Darnall, El Cerrito, Gateway, Kensington, Normal Heights, Oak Park, Talmadge Southeastern: Alta Vista, Bay Terrace, Broadway Heights, Chollas View, Emerald Hills, Encanto, Jamacha-Lomita, Lincoln Park, Mountain View, Mt. Hope, Paradise Hills, Shelltown, Skyline, Southcrest, Valencia Park Southern: Egger Highlands, Nestor, Ocean Crest, Otay Mesa, Otay Mesa West, Palm City, San Ysidro, Tijuana River Valley

The three largest sectors of San Diego's economy are defense, manufacturing, and tourism respectively. Several areas of San Diego (in particular La Jolla and surrounding Sorrento Valley areas) are home to offices and research facilities for numerous biotechnology companies. Major biotechnology companies like Neurocrine Biosciences and Nventa Biopharmaceuticals are headquartered in San Diego, while many biotech and pharmaceutical companies, such as BD Biosciences, Biogen Idec, Integrated DNA Technologies, Merck, Pfizer, Élan, Genzyme, Cytovance, Celgene and Vertex, have offices or research facilities in San Diego. There are also several non-profit biotech institutes, such as the Salk Institute for Biological Studies, the Scripps Research Institute and the Burnham Institute. The presence of University of California, San Diego and other research institutions helped fuel biotechnology growth. In June 2004, San Diego was ranked the top biotech cluster in the U.S. by the Milken Institute.

San Diego is home to companies that develop wireless cellular technology. Qualcomm Incorporated was founded and is headquartered in San Diego; Qualcomm is the largest private-sector technology employer (excluding hospitals) in San Diego County.[14] The largest software company in San Diego (acccording to the San Diego Business Journal) is security software company Websense Inc. Websense was founded and is headquartered in San Diego.

The economy of San Diego is influenced by its port, which includes the only major submarine and shipbuilding yards on the West Coast, as well as the largest naval fleet in the world. The cruise ship industry, which is the second largest in California, generates an estimated $2 million annually from the purchase of food, fuel, supplies, and maintenance services. Due to San Diego's military influence, major national defense contractors, such as General Atomics and Science Applications International Corporation are headquartered in San Diego. Tourism is also a major industry owing to the city's climate. Major tourist destinations include Balboa Park, the San Diego Zoo, Seaworld, nearby Wild Animal Park and Legoland, the city's beaches and golf tournaments like the Buick Invitational.

San Diego has several sports venues: Qualcomm Stadium is the home of the NFL San Diego Chargers, NCAA Division I San Diego State Aztecs, as well as local high school football championships. Qualcomm Stadium also hosts international soccer games, Supercross events and formerly hosted Major League Baseball. Three NFL Super Bowl championships and many college football bowl games have been held there. Balboa Stadium is the city's first stadium, constructed in 1914, and former home of the San Diego Chargers. Currently Balboa Stadium hosts soccer, American football and track and field.

PETCO Park in downtown San Diego is the home of Major League Baseball's San Diego Padres. The ballpark is also the current home of the semi-final and final games of the World Baseball Classic series, having hosted the inaugural series championship games in 2006. PETCO Park will be the home to the 2009 World Baseball Classic semi-finals and final as well. Other than baseball, PETCO Park hosts other occasional soccer and rugby events. The San Diego Sports Arena hosts basketball, and has also hosted ice hockey, indoor soccer and boxing. Cox Arena at Aztec Bowl on the campus of San Diego State University hosts the NCAA Division I San Diego State Aztecs men's and women's basketball games. Torero Stadium at the University of San Diego hosts college football and soccer, and the Jenny Craig Pavilion at USD hosts basketball and volleyball.

The San Diego State Aztecs (MWC) and the San Diego Toreros (WCC) are NCAA Division I teams. The UCSD Tritons (CCAA) are members of NCAA Division II while the Point Loma Nazarene Sea Lions (GSAC) are members of the NAIA. San Diego has been the home of two NBA franchises, the first of which was called the San Diego Rockets. The Rockets represented the city of San Diego from 1967 until 1971. After the conclusion of the 1970-1971 season, they moved to Texas where they became the Houston Rockets. Seven years later, San Diego received a relocated NBA franchise (the Buffalo Braves), which was renamed the San Diego Clippers. The Clippers played in the San Diego Sports Arena from 1978 until 1984. Prior to the start of the 1984-1985 season, the team was moved to Los Angeles, and is now called the Los Angeles Clippers. Other sports franchises that represented San Diego include the San Diego Conquistadors of the American Basketball Association, the San Diego Sockers (which played in various indoor and outdoor soccer leagues during their existence), the San Diego Flash and the San Diego Gauchos, both playing in different divisions of the United Soccer League, the San Diego Spirit of the Women's United Soccer Association, the San Diego Mariners of the World Hockey Association, and the San Diego Gulls who were in different hockey leagues during each of their three incarnations. The San Diego Riptide and the San Diego Shockwave were indoor football teams that played at the Sports Arena and Cox Arena, respectively. San Diego has long been a candidate for a Major League Soccer franchise, especially due to the city recording FIFA World Cup television audiences which are double the national average. Curiously, despite positive language being expressed by the league, the city, the media and the public, a franchise continues to elude San Diego. That looks likely to be finally rectified with San Diego considered among the favourites to land one of three franchises to be offered before 2010. The city does currently have an active mens team playing in the fourth level of American soccer, the San Diego Pumitas but no approaches have been made to turn them into an MLS team as yet.

According to education rankings released by the U.S. Census Bureau, 40.4 percent of San Diegans ages 25 and older hold bachelor's degrees. The census ranks the city as the ninth most educated city in the United States based on these figures. Public colleges and universities in the city include University of California, San Diego (UCSD), San Diego State University (SDSU), and the San Diego Community College District, which includes San Diego City College, San Diego Mesa College, and San Diego Miramar College. Private colleges and universities in the city include Alliant International University (AIU), Design Institute of San Diego (DISD), John Paul the Great Catholic University, National University, NewSchool of Architecture and Design, Pacific Oaks College, The Art Institute of California, San Diego, Point Loma Nazarene University (PLNU),Woodbury University School of Architecture's satellite campus, and University of San Diego (USD) . There is one medical school in the city, the UCSD School of Medicine. There are three ABA accredited law schools in the city, which include California Western School of Law, Thomas Jefferson School of Law, and University of San Diego School of Law. There is also one unaccredited law school, Western Sierra Law School. The Joint Mathematics Meeting of the MAA, that is, Mathematical Association of America and AMS, which denotes American Mathematical Society, took place in San Diego, January, 2008.

The San Diego Unified School District, also known as San Diego City Schools, is the school district that serves the majority of the city, it includes 113 elementary schools, 23 middle schools, 4 atypical schools, 10 alternative schools, 27 high schools and 25 charter schools. In the northern part of the county, Poway Unified School District and San Dieguito Union High School District are districts outside city limits, but serve several schools within city limits. In the southern part of the county, Sweetwater Union High School District serves multiple schools within city limits, although it is headquartered outside city limits. San Ysidro School District (K-8) serves areas of San Diego also served by Sweet Water Union High School District. Del Mar Union Elementary School District and Solana Beach Elementary School District serve areas of San Diego also within San Dieguito.

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Aliso Viejo 92656, 92698, Anaheim 92801, 92802, 92803, 92804, 92805, 92806, 92807, 92808, 92809, 92812, 92814, 92815, 92816, 92817, 92825, 92850, 92899, Atwood, 92811, Brea, 92821, 92822,92823, Buena Park, 90620 ,90621,90622, 90624, Capistrano Beach, 92624, Corona del Mar, 92625, Costa Mesa, 92626, 92627, 92628, Cypress, 90630, Dana Point, 92629, East Irvine, 92650, El Toro, 92609, Foothill Ranch, 92610, Fountain Valley, 92708, 92728, Fullerton, 92831, 92832, 92833, 92834, 92835, 92836, 92837, 92838, Garden Grove, 92840, 92841, 92842, 92843 ,92844, 92845, 92846, Huntington Beach , 92605, 92615, 92646, 92647, 92648, 92649, Irvine, 92602, 92603, 92604, 92606, 92612, 92614, 92616, 92617, 92618, 92619, 92620, 92623, 92697, La Habra, 90631, 90632, 90633, La Palma, 90623, Ladera Ranch, 92694, Laguna Beach , 92651, 92652, Laguna Hills ,92653, 92654,92607,92677, Laguna Woods, 92637,Lake Forest, 92630, Los Alamitos, 90720, 90721, Midway City, 92655, Mission Viejo, 92690, 92691, 92692,Newport Beach , 92658, 92659, 92660, 92661, 92662, 92663, 92657, Orange, 92856, 92857, 92859, 92862, 92863, 92864, 92865, 92866, 92867, 92868, 92869, Placentia, 92870, 92871, Rancho Santa Margarita 92688, San Clemente, 92672, 92673, 92674, San Juan Capistrano, 92675, 92693, Santa Ana , 92701, 92702, 92703, 92704, 92705 ,92706, 92707, 92711, 92712, 92725.92735, 92799, Seal Beach , 90740, Silverado 92676, Stanton, 90680, Sunset Beach 90742, Surfside 90743, Trabuco Canyon, 92678, 92679, Tustin ,92780, 92781,92782, Villa Park, 92861, Westminster, 92683, 92684, 92685, Yorba Linda, 92885, 92886, 92887, San Diego 92101, 92102, 92103, 92104, 92105, 92106, 92107, 92108, 92109, 92110, 92111, 92112, 92113, 92114, 92115, 92116, 92117, 92118, 92119, 92120, 92121, 92122, 92123, 92124, 92126, 92127, 92128, 92129, 92130, 92131, 92132, 92133, 92134, 92135, 92136, 92137, 92138, 92139, 92140, 92142, 92143, 92145, 92147, 92149, 92150, 92152, 92153, 92154, 92155, 92158, 92159, 92160, 92161, 92162, 92163, 92164, 92165, 92166, 92167, 92168, 92169, 92170, 92171, 92172, 92173, 92174, 92175, 92176, 92177, 92178, 92179, 92182, 92184, 92186, 92187, 92190, 92191, 92192, 92193, 92194, 92195, 92196, 92197, 92198, 92199, Los Angeles, 90001, 90002, 90003, 90004, 90005, 90006, 90007, 90008, 90009, 90010, 90011, 90012, 90013, 90014, 90015, 90016, 90017, 90018, 90019, 90020, 90021, 90022, 90023, 90024, 90025, 90026, 90027, 90028, 90029, 90030, 90031, 90032, 90033, 90034, 90035, 90036, 90037, 90038, 90039, 90040, 90041, 90042, 90043, 90044, 90045, 90046, 90047, 90048, 90049, 90050, 90051, 90052, 90053, 90054, 90055, 90056, 90057, 90058, 90059, 90060, 90061, 90062, 90063, 90064, 90065, 90066, 90067, 90068, 90069, 90070, 90071, 90072, 90073, 90074, 90075, 90076, 90077, 90078, 90079, 90080, 90081, 90082, 90083, 90084, 90086, 90087, 90088, 90089, 90091, 90093, 90094, 90095, 90096, 90097, 90099, 90101, 90102, 90103, 90174, 90185, 90189, 91331, 91335, Beverly Hills, 90209, 90210, 90211, 90212, 90213, Glendale, 91201, 91202, 91203, 91204, 91205, 91206, 91207, 91208, 91209, 91210, 91214, 91221, 91222, 91224, 91225, 91226,