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  • Joe Pitkin
    Tour of Woburn
    Resource posted February 16, 2012 by Joe PitkinMember

    Quick Tour Around the Woburn Office 

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  • DerekShowerman
    BarberSpotlight.pdf
    Resource posted November 4, 2011 by DerekShowermanElite Contributor
  • DerekShowerman
    LEN_SBA_NAICS_Codes_2011.pdf
    Resource posted October 3, 2011 by DerekShowermanElite Contributor
  • DerekShowerman
    LEN_SBA_Flow_Chart.pdf
    Resource posted October 3, 2011 by DerekShowermanElite Contributor
  • Lauren617
    Texas Wildfire Map
    Resource posted September 8, 2011 by Lauren617Elite Contributor

    Map depicting the Sept. 2011 wildfires in Austin, TX and its proximity to existing environmental hazards. 

  • Tony Nocito
    Solve CERCLA and SEC Asbestos Liability
    Resource posted June 14, 2011 by Tony NocitoMember

    The regulatory whirlpool keeps turning the U.S. power industry every which way but loose.

    At the same time forward-looking industry CEOs and CFOs are challenged by the uncertainties posed by the rising tide of state and federal environmental regulatory requirements, many utilities are engaged in rear guard actions, fighting the regulatory ghosts of industry practices discontinued decades ago.

    Until the latter part of the 20th century, the marriage of asbestos and the power industry seemed a match made in heaven. Because of its superior insulating properties, asbestos seemed an ideal fit for coal fired, oil fired and nuclear power plants.

    Asbestos containing material (ACM) was used liberally in underground electrical feeds and power plants, to the point where distributors and generators became one of the most ACM-pervasive environments in all of American industry.

    But now, asbestos haunts power distributors and generators who once embraced it. ACM's ubiquitous presence in the utility industry has forced shut-downs and work stoppages, increased costs, regulatory scrutiny, employee asbestos related illness, and thousands of law suits, vexing an industry already bedeviled by the lack of public consensus about what's environmentally acceptable.

     Asbestos may be a utility owner's worst nightmare, but in its heyday, asbestos was a miracle product of American industry. Plentiful and pliable, asbestos provided tensile strength and withstood high heat, and enjoyed nearly 5,000 industrial applications, across the board.

    Boilers, turbines, generators and underground cables were assembled and insulated with ACM. In a typical power plant, asbestos not only lined miles of pipes, boilers and electrical wiring, but also was used as fire-proof roofing and flooring, and installed in walls. Since insulation and gaskets were often fitted to specific areas, asbestos dust and particles were released during repairs and renovations, especially when working with friable ACM.

    Asbestos fell from favor during the 1970s on news it was carcinogenic. Congress soon moved to give ACM abatement efforts the force of law, enacting legislation governing the handling and disposal of ACM which in turn gave birth to the asbestos abatement industry.

    In 1980, Congress passed The Comprehensive Environmental Response, Compensation and Liability Act (CERCLA), and in 1986 revised it as the Superfund Amendment and Reauthorization Act (SARA).

    Under this legislation, owners of sites containing ACM that was removed and shipped to a landfill for storage became a "potentially responsible party" (PRP), subject to "strict, joint and several" liability that potentially result in incalculable future cleanup costs.

    CERCLA and SARA further mandate that liability can be imposed on PRPs regardless of whether such parties were negligent, environmentally compliant, or participated in or benefitted from handling ACM. Additionally, CERCLA calls for treatment of hazardous substances, to reduce volume, mobility and toxicity.

    Even as demand for power continues to rise, the industry is weighted down by asbestos-related factors that are costly and disruptive.

    Despite all the steps generators take to comply with their regulatory burden, the issue of present and retroactive liability lives on to haunt them, providing a living for lawyers.

    Utilities and others who used ACM as insulation are now unable to insure themselves against exposure claims and CERCLA responsibilities.

    The Securities and Exchange Commission's (SEC) required environmental accounting principles further add to the bottom line concerns of the utility industry.

    In March 2005, a Financial Accounting Standards Board (FASB) and Financial Accounting Standards (FAS) clarification raised the bar for hazardous and regulated waste generators and others by requiring the industry to account more fully for its environmental liabilities -- i.e., asbestos abatement costs -- associated with the future retirement of fixed assets and asbestos storage in a landfill.

    Rather than waiting until the asset is sold or retired to estimate and recognize the costs of addressing embedded environmental liabilities, FASB financial interpretation No. 47 takes a sooner, not later, approach.

    Under FIN 47, the cost of abatement generally cannot be deferred indefinitely, nor avoided by selling the asset.

    FIN 47 didn't just narrow the range of industry accounting practices -- it has emerged as a diligence issue in financial transactions that can affect closure. Compliance demonstrates the extent to which companies have good environmental-accounting systems in place, and proves a company is proactively dealing with and accounting for embedded environmental liabilities, which spins off good public relations and adds value.

    FASB 143 applies to "legal obligations" associated with retirement of tangible long-lived assets. FAS 5 and Statement of Position (SOP) 96-1 address hazardous contamination, whether in a facility or landfill. All hazardous waste liabilities require CERCLA enforcement and must be reported on the balance sheet of a public company.

    Asbestos is extremely resilient, defies most attempts to destroy it, and takes many decades to degrade naturally. Today, as in years past, the asbestos abatement industry's prevailing modus operandi is to warehouse ACM in landfills. ACM is double bagged in 6 mil plastic, then loaded and enclosed for transport, and finally deposited into a landfill for storage, where it is covered with a six-inch layer of non-asbestos material.

    Further liability problems can occur when bags break and asbestos fibers become airborne or migrate into the water table, or the landfill becomes a Superfund site.

    Consolidated Edison of New York (Con Ed) ran afoul of regulators during the 1980s when company employee's informed authorities that ACM was mishandled on numerous occasions during removal and transport operations. Adding to Con Ed's woes was a steam pipe explosion in Gramercy Park, N.Y. that killed two workers and contaminated apartment units, setting in motion a far-ranging federal investigation that concluded when Con Ed became the first utility to be placed on federal probation.

    It has become increasingly important for the CEO and CFO to insure environmental and financial sustainability to their stockholders, employees, and customers.

    Under CERCLA, for instance, generators responsible for small percentages of site waste may be held liable for the entire costs of site remediation, a burden which frequently falls on the PRP with the deepest pockets, such as utilities.

    The ideal solution is to meet SEC and CERCLA requirements by treating asbestos and other hazardous waste on site, preventing further contamination and stopping future liability.

    On-site treatment eliminates protests and community concerns about the transport of asbestos and hazardous waste through neighborhoods.

    Cost effective on-site technology development for hazardous and regulated wastes treatment must become our way of life. Landfills are already over burdened and expanding them is increasingly difficult. What little land is left must be preserved.

     The sustainability movement is here to stay. Companies that proactively deal with their environmental problems are the winners.

  • Tony Nocito
    The Asbestos Debacle
    Resource posted June 9, 2011 by Tony NocitoMember

    Society and industry are diligently working to find better solutions through wastereduction, recycling and reuse, but what is the plan for hazardous materials, such as asbestos, in buildings and property?

    Known as the miracle mineral, asbestos was used for its resiliency against chemical attack and its excellent tensile strength and superior fire-proofing characteristics. The material was used in 3,000 to 5,000 products from the early 1800s through the 1970s.

    Recognizing the effects of asbestos on human health, the U.S. Public Health Service recommended guidelines on asbestos exposure as early as 1938.

    The start of World War II accelerated the expansion of existing military bases, building new bases and government facilities, and amplified shipbuilding, all of which used asbestos. The government also bought and stored raw asbestos in silos around the country, in case it became unavailable.

    Obviously, Public Health Service recommendations were ignored then and many years into the future.

    Ubiquitous, asbestos containing materials (ACM) were installed in American factories, electric utilities and generating plants, schools, homes, and process industry during the 20th century, causing about than 4,000 deaths a year in the United States, making asbestos exposure the deadliest industrial tragedy in American history.

    The U.S. EPA says an estimated 27 million people were exposed to asbestos in the workplace between the years of 1940 though the 1970s. As long as asbestos is in the built environment, the exposure will continue.

    Asbestos remains one of the costliest environmental challenges facing the United States. Because it was so widely used and permeates our environment, asbestos continues to cost millions of dollars a year for remediation, millions in medical and legal expenses resulting from asbestosis and Mesothelioma, and multi-millions of dollars to American industry and government related to regulatory enforcement and compliance. The tiny fibers also have resulted in a record number of corporate bankruptcies. All these costs have been borne by the taxpayers, who have had no relief.

    A worker removing asbestos from buildings must protect against inhaling the cancer causing fibers.

    Negative externality (the theory that those who make a decision do not have to pay the negative cost and effect of that decision) is the best way to describe the asbestos debacle. Companies that were aware of the dangers of asbestos early on continued to profit. Their legacy includes:

      Superfund site cleanups as well as brownfield site grants,

     U.S. courts flooded with asbestos-related litigation, and

     Medical and financial costs paid by taxpayers.

    Society can abate negative externality in several ways. The producer or owner must pay the costs of these hazardous material releases and inevitable cleanups or the producer must pay environmental taxes, both of which negatively affect the bottom line. The best approach for business is to eliminate the release before it occurs.

    Under the Comprehensive Environmental Response, Compensation, and Liability Act (CERCLA), the law designates the owner of the site from which ACM is removed as a Potentially Responsible Party that is subject to strict, joint and several perpetual liability that could lead to incalculable-unmitigated cleanup costs, even if the material or waste was deposited before the measure was enacted.

    Environental groups have sued and won against the U.S. Environmental Protection Agency, requiring it to enforce Section 108(b) of CERCLA. In that section, companies must prove financial assurance requirements for hazardous releases by acceptable financial vehicle, such as guarantee, surety bond, stand by letter of credit, insurance, selfor insurance company generated, all with terms and language incorporated and approvedby EPA and carried out by National Enforcement Initiatives. In short, you will protect your bottom line if you prove to EPA that you can pay for the cleanup of hazardous and regulated waste releases years in the future. You also should be aware that EPA supports the reinstatement of the environmental tax.

    By enforcing these regulations, EPA is making it cheaper to treat hazardous and regulated waste onsite to end liability than to landfill, which carries perpetual-incalculable liability.

    Besides CERCLA, asbestos is regulated as a solid waste under the Resource Conservation and Recovery Act, as a building material under the Toxic Substance Control Act, and as an airborne contaminant under the National Emission Standards for Hazardous Air Pollutants program in accordance with the Clean Air Act. The agency also limits effluent discharges for asbestos fibers in water under the Clean Water Act.

    The immediate costs of the regulations to a company's bottom line should drive a practical and astute CEO to require his or her environmental department heads to find EPA-approved environmental technologies that can eliminate hazardous and regulated wastes releases once and for all. The success of this action would help alleviate the regulatory burden, increase the bottom line, solidify stockholder position and steady stock worth.

    Copyright 2010, 1105 Media Inc.

  • DerekShowerman
    Inside the industry
    Resource posted June 3, 2011 by DerekShowermanElite Contributor

    by Diane Crocker

  • DerekShowerman
    NoFields
    Resource posted June 3, 2011 by DerekShowermanElite Contributor
  • Lauren617
    commonground University Brochure
    Resource posted May 31, 2011 by Lauren617Elite Contributor

    commonground University Brochure

  • Hall & Company
    Professional Liability Insurance Law Webinar
    Resource posted April 26, 2011 by Hall & CompanyMember

    Hall & Company produced an educational webinar in February on design firm professional liability, design firm errors and omissions, and important laws of which to be cognizant. It covers:

    • Statutes of Limitations and of Repose
    • Tort and Contract Law
    • Determination of Negligence and Liability
    • Contract and Strategic Considerations
    • Project documents and Administration
    • And more!
  • DerekShowerman
    Vapor Intrusion Will Your Collateral Go Up In Smoke
    Resource posted April 13, 2011 by DerekShowermanElite Contributor
  • DerekShowerman
    Vec App video
    Resource posted March 24, 2011 by DerekShowermanElite Contributor
  • DerekShowerman
    Vec App video
    Resource posted March 24, 2011 by DerekShowermanElite Contributor
  • DerekShowerman
    How Well Are You Managing Your Environmental Risk?
    Resource posted March 23, 2011 by DerekShowermanElite Contributor
  • DerekShowerman
    Why Vapor Intrusion Matters
    Resource posted March 14, 2011 by DerekShowermanElite Contributor
  • DerekShowerman
    VAPOR INTRUSION AND VAPOR ENCROACHMENT ISSUES IN MICHIGAN
    Resource posted March 14, 2011 by DerekShowermanElite Contributor
  • DerekShowerman
    EDR DUE DILIGENCE AT DAWN - Vapor Intrusion
    Resource posted March 14, 2011 by DerekShowermanElite Contributor
  • DerekShowerman
    Vapor Intrusion Made Easy - VEC APP One Page Product Sheet
    Resource posted March 2, 2011 by DerekShowermanElite Contributor
  • DerekShowerman
    Vapor Encroachment Screening Under the Newly-Revised ASTM E...
    Resource posted February 16, 2011 by DerekShowermanElite Contributor

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