Florida IAQ and the 7 Principals of Healthy Homes

July 7, 2012

Face it. Anywhere in Florida makes for a great place to live. Yet every home endures a certain amount of unwanted, indoor air pollutants. In fact, the United States Environmental Protection Agency (EPA), ranks indoor air pollution as one of the top five environmental health risks faced by U.S. citizens.

Indoor air pollution builds up via in-home activities such as cooking, cleaning and even indoor remodeling projects. To eliminate the associated risk factors, a Florida homeowner could attempt to replace the indoor air with cleaner outdoor air. However, residential ventilation systems usually don’t include outdoor air supply.  If you consider opening a window that could occasionally be rendered inefficient due to unfavorable weather conditions, elevated humidity, or extreme accumulations of contaminants in the outdoor air.

At times, homeowners must embrace alternative indoor air cleaning methods. Some residents of Florida are known for making use of indoor air cleaning devices and products that attach to your homes air handler such as UV lights or hydroxyl and ozone generators in an attempt to disinfect purify or destroy air contaminants before they are recycled back into their home air supply.  But those are just bells and whistles that don’t actually correct the issue.

We recommend that you begin the improvement of your indoor environment using the 7 Principals of Healthy Homes.

1. Dry:
Damp houses provide a nurturing environment for mites, roaches, rodents, and molds, all of which are associated with asthma.

2. Clean:
Clean homes help reduce pest infestations and exposure to contaminants.

3. Pest-Free:
Recent studies show a causal relationship between exposure to mice and cockroaches and asthma episodes in children; yet inappropriate treatment for pest infestations can exacerbate health problems, since pesticide residues in homes pose risks for neurological damage and cancer.

4. Safe:
The majority of injuries among children occur in the home. Falls are the most frequent cause of residential injuries to children, followed by injuries from objects in the home, burns, and poisonings.

5. Contaminant-Free:
Chemical exposures include lead, radon, pesticides, volatile organic compounds, and environmental tobacco smoke. Exposures to asbestos particles, radon gas, carbon monoxide, and second-hand tobacco smoke are far higher indoors than outside.

6. Ventilated:
Studies show that increasing the fresh air supply in a home improves respiratory health.

7. Maintained:
Poorly-maintained homes are at risk for moisture and pest problems. Deteriorated lead-based paint in older housing is the primary cause of lead poisoning, which affects some 240,000 U.S. children.

John P. Lapotaire, CIEC
Certified Indoor Environmental Consultant
Microshield Environmental Services, LLC
www.Microshield-ES.com


Workplace Air Quality: Sometimes Dust Is The Problem

July 7, 2012

July 03, 2012|By BARBARA NAGY, Conn. Health I-Team Writer, The Hartford Courant

The office workers, police officers, social workers and court employees Brian Sauvageau talks with have reached a breaking point.

They might come to work feeling OK, but soon develop chronic coughs and sneezing, scratchy throats, itchy eyes and even headaches. No one can find the mold they think is causing their symptoms. Unsympathetic colleagues say they feel just fine, so there can’t be anything wrong.

The problem is surprisingly simple, said Sauvageau, an occupational hygienist with CONN OSHA — the state Department of Labor’s Division of Occupational Safety and Health.

The culprit isn’t mold. It’s dust — the tiny particles of fiber, skin scales, insect parts, pollen, cobwebs and dirt that settle on surfaces everywhere.

Indoor air quality is a growing issue. Belt-tightening has reduced custodial staff and budgets. Time-pressed workers aren’t enthusiastic about cleaning their workspaces. And the growing number of extreme weather events makes for more leaks and flooding. Poor air circulation and blocked heating systems aggravate the problem.

The impact is staggering. The Environmental Protection Agency estimates that poor indoor air quality costs tens of billions of dollars annually in lost productivity and added health care. One study by the Lawrence Berkeley National Laboratory in 2010 concluded that improving workplace environments could save businesses $300 per worker each year.

In the past 14 months, Sauvageau has investigated 20 complaints filed by people who thought that mold was compromising the air quality in their workplaces. Of hundreds of samples that he collected, only one had mold levels that were considered significant.

“It seems invariably I find dust,” Sauvageau said. “In some cases it’s extremely bad — years of accumulation.”

Solutions require everyone in an office to work together in ways they haven’t had to do before, said Paula Schenck, assistant director of the Center for Indoor Environments and Health at the University of Connecticut Health Center. “It takes a team,” she said.

Workers, their union representatives, building owners, managers and cleaning staff all have to buy into the solution, said Ken Tucker, director of CONN OSHA.

“We do know air quality is a growing problem,” said Larry Dorman, a spokesman for Council 4 of the American Federation of State, County and Municipal Employees in New Britain. “It’s one of the hidden dangers of the workplace.”

The union has worked with the state and with several municipalities on air quality in buildings ranging from schools in Bridgeport to police headquarters in Hartford. Workers are often unaware of the hazards. “And employers don’t tend to be proactive on issues like that. Sometimes it’s not their fault,” he said, noting that the state leases much of its office space.

Often, employees don’t realize that there’s more to air quality than mold levels.

Mold can be highly hazardous, Schenck emphasized. But people should look first for more obvious culprits if they don’t smell mold, can’t see water stains on walls or ceilings, and aren’t aware of any dampness or water from leaks, seepage or humidity.

“People go nuts about mold because it’s been so publicized, and I appreciate the concern,” Schenck said. “I always talk about three things: ventilation, moisture and dirt/dust.” Mold, she said, is always related to a water problem. “What mold tells you is there’s water where it shouldn’t be, and a biological material is growing.”

Dust is such a prevalent problem, Sauvageau made it the topic of an article in CONN OSHA’s May newsletter ( http://www.ctdol.state.ct.us/osha/2012/qtly-may12.htm). There is no doubt about its irritating effects.

People have different tolerances for the mites, pollen and spores in dust that builds up. Those who are sensitive have allergic reactions. Those who aren’t might think that nothing is wrong. The location of people’s workspaces can also aggravate their symptoms.

None of this is a surprise to Ray Cassarino, owner of Cassarino Commercial Cleaning in Wethersfield.

“I go into an office and the women are sneezing, especially at the reception desk. It’s a haven for dust,” he said. Cassarino lifts the phones, looks at the wires behind the computers and checks under small equipment like fax machines. He can tell how long the dust has been there by how it clumps up. “It’s sick what I find,” he said.

Symptoms like itchy eyes, a runny nose and headaches can be caused inadequate ventilation and by dust and dirt because the respiratory system is being irritated. People feel better once they leave the environment, Schenck said. Asthma-like symptoms, such as difficulty breathing, are harder to diagnose as building-related. Breathing can be affected by a wide range of irritants — including mold. Prolonged exposure to some of the contaminants in dust can also cause asthma-like symptoms.

Sensitivity and exposure make all the difference. Schenck recalls one woman who complained that the vent above her desk was blowing air onto her. The custodian, trying to be helpful, diverted the flow with a piece of plastic. The woman became ill and couldn’t understand why — after all, the air wasn’t blowing on her anymore. A UConn hygienist took a “wipe” sample from the plastic and discovered that it was loaded with bacteria and mold.

When Sauvageau goes into workplaces, he finds congested offices and desks loaded with clutter. Storage spaces are too small, so supplies and equipment are piled in work areas. Heating and air conditioning equipment isn’t maintained and cleaned. The walls and floors behind heating units and desks are filthy. Furniture obstructs ventilation or makes it hard for the cleaning staff to do its work. People don’t want anything on their desks or shelves moved, which also makes cleaning difficult.

Some buildings — hospitals, factories and schools, for example — are now courthouses, town halls and offices. They weren’t designed for that use. Balancing the ventilation and keeping the space clean can be a tremendous challenge.

Cassarino said that many companies have cut back on spending for custodial services. They have unrealistic expectations of how much can be done in a limited time with a limited budget.

“It’s a bidding war,” Cassarino said. He suggests that businesses and building owners carefully evaluate not only cost, but the level of service they’ll receive.

Sauvageau wants employers to realize that poor air quality can affect employee attendance, productivity and morale. Some of the people who called CONN OSHA were facing disciplinary actions for missing work too often because of their illnesses. They had been diagnosed with sinus infections, bronchitis, allergies and asthma.

Building managers have a hard time because people like different temperatures and have different tolerances for air flow. Generally, Schenck said, it’s not good to cut down on ventilation. That lets contaminants accumulate. She also discourages the use of scented air fresheners because they irritate some people.

That, she said, is the kind of “joint responsibility” that’s required to create a healthy environment. For their part, workers need to be vigilant about their own spaces, and they need to make sure that what they do doesn’t diminish air quality for their co-workers.

If you are having problems, Schenck and Sauvageau suggest you:

• Act promptly, because prolonged exposure can lead to chronic symptoms.

• Start by defining and tracking your symptoms. What time of day do you have them, and where are you?

• Try to correct the problem through your supervisor and union representativess first. Consider breaking down the office and doing a thorough cleaning. When dust is the problem, symptoms often improve immediately.

This story was reported under a partnership with the Connecticut Health I-Team (www.c-hit.org).

 

 

• John P. Lapotaire, CIEC
• Certified Indoor Environmental Consultant
• Microshield Environmental Services, LLC
www.Microshield-ES.com

 


The Design Build Industry vs. The Remediation Industry

May 8, 2012

The oversight elements of the design build process that most fail to recognize, and are somewhat equivalent to the separation between assessment and remediation, are as follows. (That is unless you are in a state that requires nothing to build a home.)

Plan Review and Permit Application (Design Build Oversight pre-construction)

First and well before you actually begin bending nails, you will need either a Licensed Architect or a Licensed Engineer to review and approve your design before you can proceed to the next step.

You’ll then need to submit your plans to the City Building Department where the plans will again be reviewed and approved before you can proceed to the next step.

That alone eliminates any comparison between the unlicensed mold assessors providing an assessment on a home that he intends to remediate.

At this point and again well before you start bending nails the city will require most if not all of the following:

• Completed building permit application
• Site plan
• Footing plan
• Foundation plan
• Floor Plan
• Building Elevations
• Header schedule
• Framing Plan
• Truss and structural specifications
• Plumbing, Electrical and Mechanical Plans
• Engineered Septic plan
• Window and Door schedule
• Manufacturer’s Installation Procedures
• Energy Compliance Calculations

I pulled that list up from City of Rome just to provide an example of the hoops a design build contractor must jump through prior to the actual construction of the design build project.

The equivalent of the Mold Assessment.

Once you actually receive the Building Permit you must then receive the necessary inspections that are required.

Residential Inspection Schedule (Design Build Oversight during construction)
All applicable inspections listed below are mandatory and must be completed by a City of Rome Building Inspector prior to use or occupancy.

  1. FOOTINGS / POSTS
  2. FOUNDATION / PERIMETER DRAINS
  3. CONCRETE / UNDER SLAB
  4. ROUGH IN ELECTRICAL
  5. ROUGH IN PLUMBING
  6. FRAMING
  7. CHIMNEYS & FIREPLACES
  8. INSULATION
  9. FIRE SEPARATION
  10. BUILDING SYSTEMS
  11. FINAL ELECTRICAL & PLUMBING INSPECTIONS
  12. FINAL BUILDING INSPECTION
    Smoke Detector / Carbon Monoxide Detectors
    Interior and Exterior coverings in place
    Windows and doors operational.
    Railing / staircases / landings in place
    All mechanical systems operational
    911 House Number in Place

The equivalent of the Post Remediation Verification Inspection (Design Build Oversight post-construction)

There is one hell of a lot of oversight involved in the Design Build industry and unless there is separation between assessment and remediation there are none thats right 0 in the Mold industry.

The comparison between the Design Build industry and the Mold Remediation industry, Not a fair apples to apples comparison of industries or industry oversight.

The Mold Remediation industry would require only 2 points of oversight.

  1. The Independent Mold Assessment prior to mold remediation (Mold Remediation Oversight pre-remediation)
    Here in Florida by a State Licensed Mold Assessor when the mold affected area is greater than 10 square feet. The Mold Remediator cannot perform or offer to perform any mold remediation to a structure on which the mold remediation or the mold remediation’s company provided a mold assessment within the last 12 months.
  2. And the Independent Post Remediation Verification Inspection after mold remediation (Mold Remediation Oversight post-remediation)
    Here in Florida by a State Licensed Mold Assessor that cannot perform or offer to perform any mold assessment to a structure on which the mold assessor or the mold assessors company provided mold remediation within the last 12 months.

It just seems to be much easier than many want to make it out to be.

History and experience tell me that the remediator who skips the initial step of an assessment from a licensed assessor usually finds it just as easy to skip other steps durring remediation and usually also skip the last step of independent post remediation verification from a licensed assessor.

• John P. Lapotaire, CIEC
• Certified Indoor Environmental Consultant
• Microshield Environmental Services, LLC
www.Microshield-ES.com


IICRC board of directors votes to return to original name “The IICRC!”

March 19, 2012

The Institute of Inspection, Cleaning and Restoration Certification (IICRC) announced today that the Board of Directors has voted to return the formal name of the organization to the IICRC, keeping cleantrust as the service mark of the organization. The full details surrounding the transition will be announced at the Certification Council on April 22, 2012.

“We’ve heard the feedback from registrants over the past few months and considered many options,” said IICRC Chairman Darrell Paulson. “Ultimately, the board has decided to use the IICRC as the main brand and use the cleantrust as a service mark. This allows us to honor the 40-year history of our organization, while also working to gain more awareness with end-users. We are still working through all of the details and we thank the inspection, cleaning and restoration community for their patience during this process.”

The IICRC will retain the use of the updated logo, which represents the strength and breadth of the organization. The shape reflects a globe, symbolizing the IICRC’s international status. And like the organization, the logo is made up of many different parts that are working together in a unified pattern, depicting an organization that is deep in knowledge.

“Together, this powerful brand combination of IICRC and the cleantrust, will enable us to constantly work towards our mission of identifying and promoting an international standard of care that establishes and maintains the health, safety and welfare of the built environment,” said Paulson.

Updated materials with the new IICRC logo and an updated design will gradually rollout in the coming months, including ID cards, brochures, introductory video and a new website.

• John P. Lapotaire, CIEC
• Certified Indoor Environmental Consultant
• Microshield Environmental Services, LLC
www.Microshield-ES.com