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10.04.2010

Lead News for Builders and Home Owners-2 Articles

Article 1:Answers About the EPA Lead Certification (RRP) Rule

comments (9) April 26th, 2010 in Blogs        
Cermides Chris Ermides, associate editor

1. How does the EPA justify the $300 fee? Will that be used to fund the EPA lead program?

As specified in section 402 of the Toxic Substances Control Act (TSCA), EPA must establish and implement a fee schedule to recover for the U.S. Treasury the Agency's costs of administering and enforcing the standards and requirements applicable to lead-based paint training programs and contractors.  The fees will recover EPA's costs for processing applications, enforcing program requirements, and administrative activities such as maintenance of the central database.  EPA established the fees in March 2009 as part of a rulemaking which provided notice to the public about the rule and considered public comments on the rule.  The rule text can be found at http://www.epa.gov/fedrgstr/EPA-TOX/2009/March/Day-20/t6167.htm

The fees go to the General Treasury.

2. How did the EPA come up with the estimated cost per job? It's ridiculously low. For example, does it include the added burden of pollution insurance, which the growing awareness of lead is likely to trigger more contractors to buy? Does it include the cost of training one's crew? Given the high turnover in the construction trades, and the responsibility of the certified RRP person to train the rest of the crew, training costs will be high.
 

While developing the RRP rule, EPA conducted extensive economic analyses, which show that the requirements of the rule are not excessive or overly burdensome, in light of the importance of avoiding the potentially severe consequences of exposure to lead-based paint hazards.  EPA estimates that the costs of containment, cleaning, and cleaning verification will range from $8 to $167 per job, with the exception of those exterior jobs where vertical containment would be required. 

This includes:
•     Costs of equipment (for example, plastic sheeting, tape, HEPA vacuums and tool shrouds – the equipment varies by job).
•     Costs of labor (for example, the time required to perform cleaning and cleaning verification).

In addition to work practice costs, your costs will include training fees and certification fees.  The costs include:
•     Training costs to individual renovators working in pre-1978 housing or child-occupied facilities who must take a course from an accredited training provider (cost is set by the training provider; estimated to be about $200 for a 5-year certification).
•     Certification costs to firms to obtain certification from EPA ($300 fee to the U.S. Treasury for a 5-year certification. This fee is required by law to cover program administration). 

Renovation firms are already carrying out renovation, repair and painting jobs and already pay insurance premiums for their businesses. The new rule will not change this practice.  In fact, renovators who are EPA certified as lead-safe firms will be able to demonstrate to their insurers that they follow protective lead-safe work practices. Therefore, EPA does not believe insurance rates will be adversely affected by following this rule.

Training the crew should be done on the job as part of normal training on work skills and safety. 


3. How many cases of lead poisoning are currently related to remodeling activities ? What reduction do you expect?
 
In the RRP final rule preamble, EPA estimated the number of children living in homes that would be renovated each year.  As a result, there will be approximately 1.4 million children under the age of 6 who will be affected by having their exposure to lead dust minimized due to the rule.

73 FR 21692, at 21750  (April 22, 2008)

4. What's the likelihood of anyone actually getting the maximum fine, and what circumstances would trigger it?

In the first year of the rule, EPA will focus on helping firms comply with the rule's requirements to become lead-safe certified. The Agency will also respond to tips and complaints. The Toxic Substances Control Act (TSCA) provides that any person who violates a requirement is liable for a civil penalty not to exceed $37,500 for each violation.  However, in determining a penalty, EPA must take into account the nature, circumstances, extent, and gravity of each violation.  EPA must also take into account the effect on the violator's ability to continue to do business, and the violator's history of violations and degree of culpability.  With very limited exceptions, EPA also seeks to eliminate the economic benefit a violator may have gained from its violations.  EPA is currently developing a penalty policy which will provide guidance to the EPA Regional Offices on how to apply the penalty factors from TSCA to the RRP rule.

5. Why are RRP certified contractors only allowed to use the least accurate method of testing for the presence of lead?
 
Certified renovators are trained in using the test kits but are not trained in the other methods of detecting lead-based paint.  Certified inspectors and risk assessors are trained in the other methods.  A report from a certified inspector or risk assessor can be used by the renovation firm when determining if the RRP rule applies to the renovation.

 
6. Why is the trigger surface area based on the size of the component rather than the specific work area? (For example, although one clapboard may be significantly smaller than 20 sq. ft., removing it would still fall under RRP because it defines the entire wall, not that single board, as the "component.")

The trigger surface area is based on the amount of lead-based paint disturbed.  If the total surface area of all painted surfaces of the component is less than 20 feet on an exterior job, then that job would not fall under the rule.  If a renovator removes 10 sq ft of an exterior wall , and that is the total amount of paint disturbed during the renovation, then the job would not fall under the rule.  The size of the wall is not the trigger for the rule; rather, the size of the amount of paint being disturbed triggers the rule.

7. Certified RRP personnel have to be retrained every five years. How often does the RRP person have to retrain non-certified employees?

Although there is no specific requirement for ''refresher training,'' on-the-job training must be provided for each worker for each job to the extent necessary to ensure that that worker is adequately trained for the tasks he or she will be performing.


Article 2: The Best Practices for Lead-Safe Remodeling

It's now the law for professional contractors, but working lead-safe should be a priority for everyone

According to new EPA regulations, contractors are required by law to use extensive job-site precautions when working in locations where lead paint is present. In this article, senior editor Justin Fink outlines the best procedures for working lead-safe. The first step on any job site is determining if lead paint is present. Both outer surfaces and layers of paint below should be tested for the presence of lead. While several test kits are on the market, only LeadCheck has met the EPA's stringent qualifications for false positives and false negatives. For outdoor work, use the 10-ft./20-ft. guideline. A perimeter 20 ft. from the work area is an alert that potentially hazardous work is occurring. An area 10 ft. from the work site contains dust, paint chips, and building debris. Be sure to use black plastic on the ground beneath the work area; dust and debris will show up clearly on a dark surface. Minimize dust creation, and avoid heat guns that could fumes or vapors. In addition to a respirator, protect yourself by wearing disposable coveralls, gloves, and booties. Carefully bag up and discard all debris; then vacuum up debris. For interior work, create a small containment zone to work in.

UPDATE (10/1/10): THE LEAD-SAFE RESOURCE CENTER HAS LAUNCHED AT FINEHOMEBUILDING.COM

Learn all you need to know about compliance, certification, tools, equipment, costs, and lead-safety at
www.finehomebuilding.com/lead-safe


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DOE gives $3.4mn for wind forecasting using wind farms


15 September 2010-- The U.S. Department of Energy is awarding two wind energy projects a total of $3.4 million over two years to improve short-term wind forecasting, which will accelerate the use of wind power in electricity transmission networks by allowing utilities and grid operators to more accurately forecast when and where electricity will be generated from wind power.

The two funding recipients- AWS Truepower LLC in New York and WindLogics, Inc. in Minnesota - will lead teams of several partners and work with DOE and the National Oceanic and Atmospheric Administration (NOAA) to deploy advanced atmospheric measurement systems over a broad area, provide data that allow advanced weather prediction systems to improve short-term turbine-level wind forecasts, and demonstrate the value of these forecasting improvements for electric utility operations.

AWS Truepower, LLC will receive $2.15 million to target a region of high wind energy use in Texas, and will assess utility system benefits with the Electric Reliability Council of Texas. The Truepower project team will also include Texas Technological University, North Carolina State University, the University of Oklahoma, the National Renewable Energy Laboratory, and consultants MESO, Inc., and ICF International.

WindLogics, a unit of NextEra, will receive $1.25 million to place wind projects across portions of several upper Midwest states, and will assess utility benefits with the Midwest Independent System Operator. NextEra will provide meteorological data from 14 wind plants totaling nearly 2 GW of operating capacity. Other partners in the WindLogics project will include South Dakota State University and NREL.

NOAA will provide project support in the areas of research instrument deployment and operation, data assimilation, advanced weather modeling, and meteorology expertise and analysis. A network of sophisticated atmospheric instrumentation will be deployed and operated in the regions identified and supported by the AWS Truepower and WindLogics teams.



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Scott's Contracting
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scotty@stlouisrenewableenergy.com

UMTDI report calls for $3B in renewable, transmission developments in Midwest region

UMTDI report calls for $3B in renewable, transmission developments in Midwest region


By Dorothy Davis

The Upper Midwest Transmission Development Initiative (UMTDI), a committee representing the Dakotas, Iowa, Minessota, and Wisconsin has released a report recommending the construction of six new transmission corridors in order to harness more than 15,000-megawatts of potential wind energy needed by 2025.

Established in 2008, the UMTDI was tasked with addressing regional transmission planning and cost issues related to distribution of renewable energy across the five state area.

The report identifies 20 key renewable energy zones (assuming a potential minimum capacity of 750-megawatts) in the region best suited for the development of wind power. These zones if developed would then be interconnected through six transmission corridors that would distribute energy to consumers and establish a foundation for future growth.

The estimated cost for the suggested developments would be around $3 billion dollars, which would be incurred over time and spread across the greater Midwest region if a proposal submitted to federal energy regulators is approved.

Specific routes for the new transmission lines have not been proposed by the UMTDI.

Read the full report here: UMTDI Executive Final Report



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Scott's Contracting
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scotty@stlouisrenewableenergy.com

Wind energy generation can increase fivefold in New York



30 September 2010-- A study issued by the New York Independent System Operator (NYISO) says wind power generation could be increased by more than five times the amount currently operating in the state of New York.

The report, Growing Wind: NYISO 2010 Wind Generation Study, looks at expanding wind power from the existing 1,275 MW to 8,000 MW by 2018. The study also found that any operational requirements associated with integrating wind generation could be addressed. That would pave the way for New York to have 30 percent of its electricity supplied by renewables by 2015.

Under the 8,000 MW scenario, the added renewable generation would lower total energy production costs and decrease the emissions of sulfur dioxide (SO2), nitrogen oxides (NOX), carbon dioxide (CO2) and other pollutants, according to the study.

However, adding such a large amount of wind power would require upgrades to transmission and additional regulation services. Regulation is the moment-to-moment balancing of load with changes in generation. The cost of the additional regulation service was not estimated by the study.

To accommodate wind generation reliably, the NYISO has implemented measures such as a wind dispatch system and a wind forecasting mechanism that uses wind speed and wind direction data to forecast the amount of energy expected to be produced by wind resources over various time frames.

The new analysis was undertaken because a 2004 study analyzed only 3,300 MW of wind generation. There are now more than 7,000 MW of proposed wind projects that have been submitted to the NYISO for potential interconnection to the state's power grid.

Read more wind energy news



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http://www.stlouisrenewableenergy.blogspot.com
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