ICC Re-engineers its Code Councils

February 2, 2011

International Code Council Members along with non-member stakeholders volunteer to apply their technical expertise to further the association’s public safety mission working through more than 100 technical committees or councils. To continue to broaden participation, the ICC Board has revised Council Policy #09 to re-engineer its councils to establish new “chartered” Membership Councils along with a multi-disciplinary Codes and Standards Council. Calls for the Membership Councils’ Governing Committees, and the Codes and Standards Council will be issued on Thursday Feb. 3.

“These changes ensure that every discipline has more opportunities to be heard and to engage in codes and standards development,” said ICC CEO Richard P. Weiland. “At the same time, the changes promote a cross-discipline approach to advising and assessing the development process.”

ICC Re-engineers its Code Councils

International Code Council Members along with non-member stakeholders volunteer to apply their technical expertise to further the association’s public safety mission working through more than 100 technical committees or councils. To continue to broaden participation, the ICC Board has revised Council Policy #09 to re-engineer its councils to establish new “chartered” Membership Councils along with a multi-disciplinary Codes and Standards Council. Calls for the Membership Councils’ Governing Committees, and the Codes and Standards Council will be issued on Thursday Feb. 3.

“These changes ensure that every discipline has more opportunities to be heard and to engage in codes and standards development,” said ICC CEO Richard P. Weiland. “At the same time, the changes promote a cross-discipline approach to advising and assessing the development process.”

The ICC Board approved first charters for five initial Membership Councils:

Building Officials

Fire Service

Plumbing, Mechanical and Fuel Gas (PMG)

Sustainability (includes Energy Conservation)

ICC Global

Code Council Board President Jimmy Brothers indicated, “These reengineered Councils will sharpen and expand the participation of all disciplines within the built environment. Each Membership Council will help define its own focus as we solicit feedback regarding proposed modifications to the first charters. The interest and ownership of this process by our Councils is highly valued. We want to get the best possible structure in place as we move forward.”

As part of the ongoing development of these Councils, Brothers asked Code Council Board Vice President Bill Dupler to chair a Board committee charged with receiving feedback from existing councils regarding new charter language.

The primary focus of the Membership Councils will be to provide a single-discipline perspective on the entire portfolio of Code Council services and products, suggest actions to enhance the value of Code Council membership and increase participation in the code development process.

The Codes and Standards Council will consist of a multi-disciplinary group from four key disciplines—building officials, fire officials, PMG officials and sustainability experts—to advise the ICC Board on appointments to various committees, review the performance of code development committees, and propose new codes or standards projects.

A complete overview of the re-engineering initiative is available on the ICC website at www.iccsafe.org/CC.

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©2011 International Code Council
World Headquarters; 500 New Jersey Avenue, NW, 6th Floor, Washington, DC 20001 USA

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


This is your last chance to buy the printed version of ASTM Standards in Building Codes

February 2, 2011

This is your last chance to buy the printed version of ASTM Standards in Building Codes.
A 2011 print edition will NOT be available.  Limited quantities of the 2010 edition are available.

Get the tools you need to design and construct buildings that satisfy most of the international code requirements established by the International Code Council® (ICC). Over 1,300 ASTM construction specifications, practices, and test methods, compiled from the Annual Book of ASTM Standards, enable you to: 

  • Meet international code requirements
  • Stay informed and remain competitive
  • Specify the right material for the job
  • Speak a common language that the entire industry recognizes

 

 

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


Mesothelioma and Environmental Asbestos Concerns

February 2, 2011

Asbestos, a naturally occurring mineral that was incorporated into more than 5,000 products, was largely utilized before the 1980s for its insulating and fireproofing characteristics. This toxic mineral can be found in various deposits throughout the world and the environmental hazard surrounding asbestos still exists today. Some countries even continue mining and exporting asbestos to developing regions. Careers that have felt the largest impact from mesothelioma cancer, an asbestos-related disease, include those in the construction, manufacturing and shipyard industries.

One of the biggest concerns for a construction worker is working at a site where asbestos-containing materials are present. Without proper testing, the presence of asbestos can remain completely unknown. If asbestos is detected within the area, minimizing dust should be a main priority and specialists should be hired. Another concern is naturally occurring asbestos that is in the soil. Places where naturally occurring asbestos has been known to exist include baseball fields, school playgrounds and dirt roads among areas known to contain asbestos in the soil.

Mesothelioma is a rare form of cancer almost exclusively caused by asbestos exposure. The most common form of the cancer is pleural mesothelioma, which develops in the lining of the lungs. Due to a severe latency period of symptoms ranging between 20 and 50 years from the time of exposure, mesothelioma cancer is often diagnosed in a late stage of development.

This tendency for late diagnosis often complicates mesothelioma treatment options and as a result the average mesothelioma life expectancy is four to 18 months. There is no cure for this cancer, but some patients who were diagnosed early enough have survived mesothelioma. For this reason, it is important for anyone exposed to asbestos to seek regular medical exams to check for signs of asbestos disease. In some cases, patients may file a mesothelioma lawsuit to obtain financial assistance for their pursuit of medical care.

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


The US EPA Microbiological and Chemical Exposure Assessment Research Division (MCEARD)

February 1, 2011

The Microbiological and Chemical Exposure Assessment Research Division (MCEARD) is a division of the National Exposure Research Laboratory (NERL) and operates within the Office of Research and Development (ORD).

MCEARD conducts research to measure, characterize and predict the exposure of humans to chemical and microbial hazards. This research provides information on environmental pathways which contaminants of public health concern are transported to populations at risk. Analytical quantitative methods are developed to accurately and specifically measure human risk factors associated with inhalation, ingestion and dermal pathways. Surveys and monitoring studies are carried out to determine the levels of hazardous chemicals and microbials in environmental matrices, and human populations are studied to determine significant exposure pathways, the levels of exposure and the sources of exposure factors. State-of-the-art analytical methods are used to measure organic and inorganic chemicals. Genomic and immuno-based methods, as well traditional cultural methods, are used to measure hazardous bacteria, viruses, fungi and protozoa. Molecular- and sero-epidemiological tools are used to assess human populations for evidence of exposure to environmental hazards.

The Division conducts its multidiscipline research program with a broad skill mix of scientists that includes organic, inorganic and analytical chemists, bacteriologists, virologists, parasitologists, immunologists and molecular biologists. The Division is one of several U.S. EPA research organizations located in the Andrew W. Breidenbach Environmental Research Center at 26 West M.L. King Drive, Cincinnati, Ohio, 45268 . This Center is in the Clifton/Corryville area just north of downtown Cincinnati and is located between interstates I-75 and I-71. It is situated adjacent to the main campus of the University of Cincinnati. The Division consists of three branches, the Biohazard Assessment Research Branch, the Microbial Exposure Research Branch and the Chemical Exposure Research Branch.

MCEARD Website

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


IESO Writing the Standard on Initial Residential Mold Assessment

February 1, 2011

IESO 2210/Initial Residential Mold Assessment StandardANSI/Pin Date: October 29, 2007

Estimated Completion Date: Fall 2009 STATUS: In Development

DESCRIPTION:This published standard is to provide residential structure investigation procedures to identify observable mold and conditions associated with potential mold amplification including moisture intrusion. The initial investigative process includes, but is not limited to, information gathering, collection of relevant historical events and walk through observations. There are four potential outcomes: Neither mold nor associated conditions were readily observable. Mold was not readily observable but associated conditions were. Mold was readily observed but no associated conditions were. Readily observed mold and conditions. Outcomes 2, 3 or 4 may warrant additional investigation by a qualified professional.

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


Florida Mold-Related Services Licensing Program

February 1, 2011

Senate Bill 2234, enacted June 27, 2007 as Chapter 468, Part XVI, Florida Statutes, provides for licensure and regulation of mold assessors and remediators. Chapter 468, Part XVI, Florida Statutes, became effective July 1, 2010, and provides that the mold related services licensing program will be administered by the Department of Business and Professional Regulation. There is not a Board of Mold Assessors and Remediators. The department is responsible for licensure and enforcement of this profession.

The 2010 Florida Statutes

Title XXXII
REGULATION OF PROFESSIONS AND OCCUPATIONS Chapter 468
MISCELLANEOUS PROFESSIONS AND OCCUPATIONS View Entire Chapter

PART XVIMOLD-RELATED SERVICES

468.84 Mold-related services licensing program; legislative purpose.
468.841 Exemptions.
468.8411 Definitions.
468.8412 Fees.
468.8413 Examinations.
468.8414 Licensure.
468.8415 Renewal of license.
468.8416 Continuing education.
468.8417 Inactive license.
468.8418 Certification of partnerships and corporations.
468.8419 Prohibitions; penalties.
468.842 Disciplinary proceedings.
468.842 1Insurance.
468.8422 Contracts.
468.8423 Grandfather clause.
468.8424 Rulemaking authority.

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


Palm Beach County schools wage never-ending battle against mold

October 21, 2010

Thousands of indoor air quality complaints in past three years, but officials say safety programs working.

Before the start of school last year, moldy and water-stained ceiling tiles were found in two classrooms, and moldy drywall in a third room at Northmore Elementary in West Palm Beach.

The problems were fixed quickly, but the case was far from an isolated incident across the Palm Beach County School District, records show.

During the 2009-10 school year, administrators handled 977 maintenance work orders to address indoor-air quality problems ranging from “sewer odors” to high humidity to water leaks.

A Sun Sentinel/Orlando Sentinel investigation reviewed thousands of cases involving moldy classrooms, health-related complaints from teachers and students, and responses and actions by school officials. While the school district has received national recognition for a pro-active measures in addressing mold issues, some problems persist.

In Palm Beach County, reports from July 2007 to June 2010 point to a never-ending battle being waged against mold that infests classrooms, bathrooms, offices and and even school clinics. Among the findings:

Clifford O. Taylor/Kirklane Elementary in Palm Springs: A summer 2007 inspection validated years of complaints by parents and teachers about repeated flooding, roof failures and mold. The school, built in 1970, is improved now thanks to a $40.7 million modernization last year.

Olympic Heights High west of Boca Raton: Surface mold in nine classrooms was reported after school started in Aug. 2008.

Coral Sunset Elementary west of Boca Raton: In June 2009, a district carpenter was called in to remove 48-foot-long moldy cabinets from two walls in the school’s clinic.

Okeeheelee Middle in Greenacres: Surface mold in four classrooms was reported in Oct. 2009.

Independence Middle in Jupiter: In April, a staff member’s illness resulted in the discovery of “very dirty & moldy” parts of the air conditioning system for the physical education office.

Administrators insist schools are safe, and the volume of complaints is normal considering the region’s warm weather, the potential for building leaks, and the district’s inventory of 1,420 buildings and 27.2 million square-feet of facilities.

“I don’t think these issues will ever go away,” said Joseph Sanches, facilities management chief. “We live in a high-humidity area.”

A proactive approach to building maintenance — such as using environmentally friendly materials and cleaning chemicals, and proper cooling procedures — has reduced the potential for problems and the number of incidents, he said. It also helps that the district has built or replaced 141 schools since 1989.

The district wants to know if someone has a problem, and even solicits indoor air quality complaints.

“We welcome the calls,” Sanches said. “We respond to issues immediately. We would be at fault if people pointed these things out and we didn’t respond.”

Just three years ago, the district celebrated recognition for being among the best school systems in the nation at improving the air breathed by students and teachers.

The U.S. Environmental Protection Agency named the district one of five winners of a “National Model of Sustained Excellence” award for achievement in “maintaining healthy educational facilities.” That followed a similar honor from the agency in 2003.

In addition, 96 of the district’s 186 schools have received the ” Asthma-Friendly” designation from the American Lung Association in recent years.

Chris Skerlec, the district’s environmental control director, said the district has maintained these high standards even as the maintenance work orders keep coming: 3,536 in three years.

“We still end up with windows that leak and roofs that leak. We end up with cracks in buildings,” he said.

After the district had won acclaim for its approach, the School Board sought to keep it going by adopting its first Indoor Air Quality policy two years ago.

“It is the intent of the School Board that the District will consider the most current, proven technologies in the fields of health, safety and environmental sciences,” the policy states.

The district is largely on its own in setting its indoor air practices because there are no state laws governing how schools should monitor, detect and handle mold build-up and other indoor air quality issues in these buildings.
School districts are not required to tell anyone about the problem — not even the local health department — despite a growing body of knowledge that mold can be especially harmful to children.

Last year, Palm Beach County schools paid $164,728 to outside contractors specialized in indoor-air quality repairs and projects. The district spent another $13,550 to hire consultants to investigate certain complaints and to oversee contractors. Still more funds went to staff salaries for technicians in Skerlec’s office, and for district maintenance crews to handle work orders.

The Florida Department of Education has acknowledged that about half of the state’s public schools are burdened with environmental issues. But it would be expensive to fix them — an estimated $70 million just to start, according to a legislative report written in 2004, the last time the state took a serious look at the issue.

Not only would repairs be pricey, Florida could be setting itself up for lawsuits if it identifies those problems, wrote the Senate analyst who compiled the report.

A national study by the University of Central Florida found that extra funding for repairs and maintenance projects alone might not solve the problem.

School districts do not want it publicized that they have mold problems.

“There is often a greater desire to hide problems than have them resolved,” wrote the UCF researchers who, in 2006, found that schools in Florida, Texas, New York and three other states had chronic problems with mold, humidity and odors.

Palm Beach County’s history with mold and classrooms dates to highly publicized problems in the 1990s.

Staff members and parents complained for years about poor air quality at 19 schools that the now-defunct W. R. Frizzell Architects designed in the late 1980s and early 1990s. The air conditioners failed to remove enough moisture from the air, which led to mold and mildew. The district spent more than $50 million to replace all the systems, beginning in 1996.

Denise Robinette, a parent from Jupiter, has been a long-standing advocate to educate the public about poor indoor air quality through her HealthyLiving Foundation, a nonprofit organization.

In late 2002, she and her ex-husband sued the Palm Beach County School District, alleging that faulty maintenance of school ventilation systems made their sons sick. The case has since been settled out of court.

“Mold is a four letter word when it comes to schools,” she said. “If my kids didn’t get sick, I never would have believed the consequences of indoor air quality. These issues are real. Kids are getting illnesses they will have for the rest of their lives.”

In the past decade, more parents have spoken out about schools that seemed to make their youngsters sick.

Many times those districts did not make a concerted effort to fix problems until lawyers got involved, said South Florida attorney Scott Gelfand. He represented several Broward County students and school employees who sued that district in 2002.

The State Attorney’s Office in Broward investigated and brought its findings to a grand jury, which released a scathing report criticizing school officials not only for dragging their feet on getting rid of mold but also for having schools so poorly constructed and maintained that they constantly leaked.

Broward spent millions of dollars on repairs, but a number of statewide changes the grand jury recommended never happened.

Richard J. Shaughnessy, director of The University of Tulsa Indoor Air Program and one of America’s foremost air quality experts, said the situation might not change unless the public pushes the issue.

“It has to start,” Shaughnessy said, “with parents becoming involved and demanding that schools address these types of problems across the country.”

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