USGBC Announces Sunset Date for LEED v3 Credentialing Exams

LEED v4 credential exams
In June 2013, the U.S. Green Building Council's LEED v4 was approved as the new version of the green building rating system, containing several updates to the existing version referred to as LEED 2009 or LEED v3. Now USGBC has announced a sunset date of June 2014 for professionals interested in taking the LEED v3 versions of its LEED professional credentialing exams. After that date, LEED v4 content will be included in the LEED Green Associate and LEED AP with specialty credential exams.

During this year's Greenbuild International Conference and Expo on November 20-22, 2013, USGBC will release updated reference guides and other corresponding materials to reflect the changes in the green building ratings systems.

Highlights of USGBC's announcement regarding the credentialing exams include:
  • The credential designation will remain the same and current credentialed professionals will not need to retest.
  • Exam candidates wishing to test with the current exams should do so before June 2014.
  • Candidates wishing to test on LEED v4 materials should do so after June 2014
If you would like to prepare for the current LEED v3 credentialing tests, Green Education Services offers preparatory courses for LEED Green Associate and LEED AP+. Gaining the certification and practice now will allow you to be grandfathered in when the new version of the exams are launched next summer.
For  more information on LEED v4 as it relates to building project certification, please visit our previous blog post at http://greeneducationservices.blogspot.com/2013/07/leed-v4-passes-and-comes-with-major.html

GreenEDU Trainer Spotlight: ETC Training Services


ETC Training Services is an EPA Lead Certification and Asbestos Certification provider in Romulus, Michigan. They have a unique blend of technical expertise and practical knowledge and have been educating the public in environmental consulting for the past 24 years. They have a fully trained and certified staff and seek to provide students with the best training at a cost-effective price, striving to minimize the financial impact of the course on the client. Clients have indicated that they choose ETC because of their diverse capabilities, timely and professional work, and familiarity with complex environmental issues. Their reputation for responsiveness to client needs, while providing quality service, is largely responsible for their growing list of repeat business and referrals.

GreenEDU students gave positive feedback to the instructors. Samir M. commented: "My instructor was very knowledgeable. Took his time and explain everything through the whole class made sure we understood everything. I think this course is really good and everybody should know how much the lead could harm our kids." Fred R. described it is "effective" and "useful."

They currently have 46 upcoming courses with GreenEDU for EPA Lead Certification and Asbestos Certification in Romulus, Michigan. Their courses include:

The Environmental Protection Agency (EPA) and local government agencies require EPA Lead Certification in order to work on certain projects that may contain lead paint. You can avoid government fines as high as $37,500 by taking the training courses and getting certified. The EPA has issued multiple certifications required for all companies and individuals who work on projects that have lead paint present. The normal requirement for an EPA lead certification is that companies must register and pay a fee with EPA (or their local jurisdiction depending on where they are located), and individuals must take an EPA-approved lead paint training course. 

Those working with asbestos must take required asbestos training courses. Owing to its strength and resistance, asbestos has been used extensively in the construction industry for decades. Unfortunately, however, it is a highly hazardous material and a great potential health risk for those exposed to the substance. Therefore, per local and federal standards, any contractor involved with asbestos abatement projects must attend an accredited training program and get certified, or else face serious fines.

ETC Training Services provides certification for both of these fields on multiple days to meet the needs of the individuals they serve. To see all available courses and dates, check out their page! 


About ETC Training Services
Established in 1989 as a multidisciplinary environmental consulting firm, the ETC family of companies now offers a full range of professional, technical and training services, with offices located throughout Michigan and in the Chicago area. Their clients include industrial corporations, commercial businesses, law offices, lending institutions, government agencies, schools, and homeowners, among others. ETC specializes in providing cost effective solutions to environmental problems, as well as comprehensive site evaluations and development of programs for complying with government regulations. The company's unique blend of technical expertise and regulatory experience allows them to provide services which focus clearly on minimizing your environmental liabilities.

Visit ETC Training Services' page for more information at http://www.greenedu.com/etc-training-services-group

Kansas Town Going Green After Tornado

An interesting and inspiring article, posted by USA Today, examines the traumatic event that shaped the town of Greensburg, KA on May 4, 2007. A tornado struck the small town of 1,600 people that damaged 95% of structures, killing 13 residents and injuring 60 others. Many people doubted if the town would ever go back to the all American, farm country it used to be. Prior to the catastrophic event, Greensburg, KA was known to have the largest and deepest hand-dug well in the world. "The Big Well," as it claims, is 109 feet deep and more than 30 feet in diameter. It was completed in 1888 and served as the town's main water supply until 1932, thereafter, declaring it a national museum in 1972.

The Big Well declared a national museum in Greensburg, KA
The Big Well museum staircase
There were many volunteers and workers to help aid the community almost immediately after the tornado hit. The Kansas Department of Transportation sent trucks, ambulances, safety equipment and volunteers to help. The U.S Forest Service set up a base camp and provided residents with more than 36,000 meals after the storm. Additionally, the Federal Emergency Management Agency (FEMA) implemented hundreds of mobile homes that housed about 300 families.

Since the six years after the tornado hit, Greensburg has dedicated itself to becoming a green city, and is now one of the country's top owners per capita of LEED platinum certified buildings. The town owns a half dozen LEED-certified platinum buildings, which include the town's City Hall and the Kiowa County Memorial Hospital. The streetlights are LED (Light Emitting Diodes), and the town is run on renewable energy.

Initially, some residents were hesitant about re-creating the town in a sustainable way, skeptical of greenwashing and the actual benefits they would see from it. BNIM, a Kansas design firm that specializes in environmentally-friendly design, came in and presented a recovery plan that illustrated how it could be beneficial to the town and its residents. Gradually, residents began to embrace the idea of rebuilding with a green focus, and decided to accept the challenge. After eight months since the tornado, the city council of Greensburg decided that all large buildings exceeding 4,000 square feet would become LEED platinum certified and must use renewable energy sources.

Greensburg was covered by an incredible amount of media coverage since the tornado event. Two television series and several books were developed in the telling of how the town becomes green. In 2007, Discovery Channel created a mini series, Greensburg, and starred environmental activist/actor Leonardo DiCaprio which documented the town's reconstruction. The series ran for three seasons. Similarly, a four-episode series, Build It Bigger: Rebuilding Greensburg, premiered in November 2008 on the Science Channel. A book called The Greening of Oz, by Robert Fraga, was about the towns reconstruction as well.

For other towns that have faced similar damage in recent years, such as Tuscaloosa, AL and Joplin, MO, the dedication and perseverance of Greensburg and its green initiatives serve as inspiration for rebuilding. These cities have followed in Greensburg's footsteps and solicited advice for re-building their towns, recognizing the opportunity to create positive change after such devastation for the towns.

To learn more about the LEED green building rating system, visit www.greenedu.com or register to attend our FREE Intro to LEED webinar.

An Introduction to Mold

Mold can be found almost anywhere and can grow on any surface as long as oxygen and moisture are present. It classifies as part of fungi and is able to survive by ingesting plant materials and organic resources needed for plants, such as water. The most common places for mold to grow are bathroom tiles, window areas where moisture is present, foods, and insulation. Mold growth and spores cannot be eliminated entirely indoors but can be controlled by monitoring the indoor moisture intake, as high humidity leads to mold formation because of the amount of moisture in the air.

Mold can result in several health effects, including headaches, allergens, odors, asthma attacks and hypersensitivity pneumonitis (developed from short or long-term exposure to mold). The symptoms depend on the age, sensitivity of certain individuals and the duration of exposure to mold. Mold has also been found to cause common skin diseases, such as athlete's foot and other conditions. In homes, corner areas of rooms tend to be higher in mold formation because the humidity at the area is higher than the adjoining areas. Mold consists of mold spores, which are present in indoor and outdoor surfaces. Some spores are easily transferred into the air, while others stick to the walls and are removed by contact. Mold gradually destroys the material it grows on, so the best way to maintain a building or surface is by removing the mold immediately.
                                                                                                                                                                        
                                                                                                                                     Mold growing on decaying wood
outdoor mold forming on wood from moisture
Mold Toxins (Mycotoxins)
Molds produce toxins called mycotoxins and are found within mold spores. Exposures to mycotoxins can be from inhaling, ingestion or contact with skin. There have been more than 200 mycotoxins found in mold spores. These particular mold spores are commonly found in abandoned buildings with high moisture content.

The most studied and recognizable mycotoxin is called Aflatoxin B1 and is produced by molds "Aspergillus flavus" and "Aspergillus parasiticus." This mycotoxin is known to be a carcinogen and has been linked to liver and lung cancer. Aflatoxin B1 has been found on human contaminated food, such as peanuts and grains, but not commonly found in buildings or indoors.

Not all molds can produce toxins and some produce mycotoxins in certain environmental conditions. Other chemicals produced by molds are airborne and are known as microbial volatile organic compounds (mVOCs). These are common reasons for the odors associated with mold. Certain exposures to these odors result in headaches, nausea, dizziness and fatigue. Glucans, small fragments of mold cell walls, are a reason for irritation or allergic reactions in lungs and/or airways. Organic Dust Toxic Syndrome (ODTS) results from long exposure or elevated exposure to glucans. Buildings and indoor surfaces routinely should be inspected for mold formation and controlled by monitoring moisture intake and humidity.

Mold inspection courses train individuals the basics about mold and how to become an inspector. If you are a health professional or interested in becoming a mold inspector, take a course with Green Education Services.

A Look Inside Construction, Its Health and Safety Hazards


Construction workers make up about five to ten percent of the workforce in industrialized countries, according to the International Labour Organization. In less developed countries, construction work is handled by migrant workers. Many unskilled laborers work in construction for financial security, while others are trained and skilled in a variety of sectors, including roofers, elevator constructors, carpenters, bricklayers and tunnel workers. Since many construction workers are hired on a contract basis, many have other jobs or are hired for many projects sporadically at a given time. Projects have different phases of construction and most commonly use carpenters, electricians and plumbers followed by floor finishers and painters. There are currently 1.9 million construction contractors in the U.S, identified by the 1990 Census. Additional data revealed that only 28% had full-time employment and about 10 to 15 percent had any affiliation with trade organizations. Because of the minimal amount of participation, many contractors are not identified and informed of their responsibilities and rights under applicable health and safety or any other legislation or regulations.

Construction workers risk being exposed to safety hazards on the job. This exposure can vary from trade to trade on a daily basis. Occasionally, any exposure is short lived but likely to reoccur if safety precautions aren't met. In addition, contractors risk being exposed to those working above or around them. Each trade worker has a different set of health hazards he or she would have to be conscious about and sometimes licensed to handle. Electricians, for instance, risk being exposed to heavy metals in solder fumes, heavy loads and asbestos dust. The four categories of hazards for construction workers are chemical, physical, biological and social.

Unsafe scaffolding in Kathmandu, Nepal, 1974
                             Jane Seegal
unsafe building construction poses risk for workers
Chemical hazards are usually airborne and appear as gases, dust, fumes and vapors. Other chemical dangers include liquids, such as tar or glue. Asbestos, now banned in the U.S, still poses a health risk for previous building materials that are changed or re-structured. Insulation workers, roofers, welders and woodworkers have previously been exposed to asbestos related illness. Licensing and certification is now required of all contractors who work with or around asbestos containing material.

Physical hazards include cold and heat, radiation, barometric pressure and vibration. Construction work is a requirement and is often done in extreme temperature settings. When machines operate or testing is done with materials, noise becomes an issue and affects not only the worker performing the work but others close by. This can lead to potential
hearing loss and mishearing other important trade-related and safety communication. Straining postures and other injuries are dangerous when not performed correctly or for too long. Carpel tunnel syndrome and low back pain are common disorders developed by physical risk in construction.

Biological hazards result from exposure to certain organisms, fungus, and/or toxic substances from a biological source. Workers can be exposed to certain diseases, such as malaria, yellow fever or lyme disease if working closely in areas involving insects or organisms. Workers are also working close to others nearby and, as a consequence, could potentially spread the disease.

The social hazards in construction are a result of the frequent turnaround and the indefinite amount of work assigned, either because of the state of the economy or weather, can be stressful. Many project sites require longer hours and different locations. Because of this, workers tend to be away from their families and living in work camps, which reduces the amount of social time and support. Language barriers can also be stressful when working around others who speak another predominant language.

Workers and employers receive training and education in construction safety, required by federal law. This leads to a much lower number of health and safety hazards and improves the support of other contractors.

For more information about asbestos training, click here. 
To find and register for a course in other construction safety and training, visit www.greenedu.com

New Study By Perkins+Will Claims Reasonable Costs for Hospital LEED Certification

A recent study conducted by Perkins+Will, a global architecture and design firm, has found evidence that the additional costs required for pursuing LEED certification for hospital facility projects are not as high as previously believed. The findings revealed that the average capital cost premium for LEED-certified hospitals under 100,000 square feet was just 1.24% and 0.67% for hospitals over 100,000 square feet. The study was titled, "LEED Certified Hospitals: Perspectives on Capital Cost Premiums and Operational Benefits" and was administered by Robin Guenther, FAIA LEED AP, Breeze Glazer, LEED AP from Perkins+Will and Gail Vittori, LEED Fellow, from the Center for Maximum Potential Building Systems.

The group used data collected from several interviews with project teams representing 15 LEED-certified hospitals completed between 2010 to 2012. The study amplified previous research performed in 2008 from Guenther and Vittori, which investigated the capital cost premiums for 13 LEED certified health institutions. These healthcare buildings included hospitals, ambulatory and mixed-use facilities. The combined studies found cost premiums ranging from 0-5 percent - 2.4 percent in 2008 and 1.24 percent in 2012. The study concluded that the average additional costs for hospitals over 100,000 square feet was only 0.67%.

Because of the current economical state, many health institutions have focused on ruling out unnecessary capital costs. This research shows, however, that though there is actually a very small cost difference between green and conventional hospital construction. Additionally, achieving LEED certification, especially for a healthcare facility, is very beneficial for its resources and energy, as well as maintaining overall human health. Guenther states, "LEED certification is in fact one of the most sound investments a hospital can make in today's economy. It delivers measurable economic, environmental and human health benefits."

Since 2008, LEED certification has become a national guideline for healthcare facilities to save money and encourage positive impacts on the environment. Hospitals take up as much as 2.5 times more energy per square foot as an office building, and historically use a substantial amount of carbon dioxide, responsible for approximately eight percent of the country's total carbon dioxide usage. Sustainable hospitals are able to restrict greenhouse gases, conserve natural resources, and preserve air and water quality. These crucial reasons behind LEED certified healthcare buildings have already inspired many facilities over the last ten years to go green, starting with the first LEED certified hospital in 2003. Hopefully as cost data continues to become available, such as that presented in the Perkins+Will's study, more facilities will be able to justify and implement LEED and sustainable design practices.

About LEED

LEED, Leadership in Energy and Efficient Design, was created by the U.S. Green Building Council and provides building owners and operators a structure of implementing and refining environment-efficient and practical building design, construction, operations and maintenance solutions. LEED can apply to all building types including schools, homes, commercial interiors, healthcare and residential communities. LEED certification grants a building or facility accreditation for performing and operating in important areas of human and environmental health. Green Education Services offers a variety of LEED and other courses required for sustainable architectural design.

Learn more about LEED for Healthcare facilities - register today for GreenEDU's two-hour live webinar Sustainability for Healthcare Facilities.

GreenEDU Trainer Spotlight: Certified Renovator School

Salt Lake City, UT- Certified Renovator School is an accredited training company that provides businesses and individuals EPA required certification for lead renovation, repair, and painting. Their staff are licensed and have taken the appropriate training to provide students with quality instruction and applicable instruction. Certified Renovator School is a relatively new company, being in business since 2010, and has grown tremendously in this short amount of time. Their mission to keep children safe from the severe health risks of lead poisoning has driven them to become a leader in safety training in Utah.

GreenEDU students have provided positive feedback for Certified Renovator School. Richard J. commented that, "[The] instructor was well based in her knowledge of the subject." Macklin S. stated that the instructor "had a fantastic learning atmosphere and was very interactive with the class. Great hands on teaching, knowledge of the materials and laws."

Certified Renovator School currently has several upcoming EPA Lead Renovator Certification Initial courses in Salt Lake City, Utah.


As of April 22, 2010, anyone who performs renovations, repairs, or painting in pre-1978 housing or child-occupied facilities must be EPA Lead Safe Certified. Individuals and firms that are not certified could face fines of up to $37,500 per day.

The Lead Renovator Certification Initial course is 8 hours in length and includes both EPA-approved lead safety training and certification. Any contractor performing work on pre-1978 homes or child-occupied facilities must employ at least one Certified Renovator who has successfully completed this training. Companies must also be registered as a Lead Safe Certified Firm with the Environmental Protection Agency (EPA). The course concludes with a 25 question exam.

Lead poisoning is still a persistent problem in the nation. Children exposed to lead can experience health risks later on in life, such as criminal behavior, lower IQ, and higher blood pressure. Adults exposed to even small amounts of lead are at higher risk for seizures and heart attacks. Help remove this hazard and get certified as a Lead Renovator!


About Certified Renovator School
Certified Renovator School (CRS) has been associated with and approved by the Environmental Protection Agency (EPA), Division of Air Quality, and Housing and Urban Development (HUD) since 2010 when the Renovation, Repair and Paint (RRP) Rule was established. Our instructors' have 16 years worth of experience working with the State of Utah, the Labor Commission, the Occupation Safety and Health Agency (OSHA), and the Department of Human Services. As an instructor of lead-safe work practices, CRS is committed to teaching the health effects of lead poisoning on children, workers, and others who come in contact with lead based paint.

For more information and registration, visit http://www.greenedu.com/certified-renovator-school?utm_source=blog&utm_medium=social&utm_campaign=crs