Audit, Compliance and Risk Blog

The Occupational Safety and Health Administration (OSHA) adopted its Standard for Process Safety Management of Highly Hazardous Chemicals (usually referred to as “PSM”) in 1992, to require extensive risk assessment and reduction efforts by facilities where a significant chemical incident might have catastrophic consequences. OSHA has made only minor technical revisions in the ensuing two decades. However, during that time OSHA has issued a series of regulatory interpretations and enforcement guidelines that affect how the Standard is implemented.

Late in June the U.S. Supreme Court issued its latest ruling on the Environmental Protection Agency (EPA) efforts to implement the Clean Air Act (CAA). This time a sharply divided Court voted 5 to 4 to vacate EPA’s attempt to regulate hazardous air pollutant (HAP) emissions from fossil fuel-fired electricity power plants. The justices split over when during a decade-spanning, multi-phase rulemaking did CAA require EPA to calculate the costs and benefits of regulation—the Court majority ruled that this calculation should have occurred in the first round, rejecting EPA’s decision to do so later in the rulemaking sequence.

Valley fever is an illness that usually affects the lungs and is caused by the microscopic fungus known as Coccidiodes immitis, which lives in the top two to twelve inches of soil. While the fungal spores may be present in soils throughout California, they are endemic in the Central Valley counties of Fresno, Kern, Kings, Madera, Merced, San Luis Obispo, and Tulare.

It’s been more than 30 years since the U.S. Congress enacted national underground storage tank (UST) requirements (federal UST Law) in 1984. The Environmental Protection Agency (EPA) published extensive UST regulations in 1988, establishing technical requirements for the following:

Late in May 2015, the Department of Homeland Security (DHS) issued guidelines under which qualifying chemical facilities can apply for expedited approval of site safety plans (SSPs) intended to protect the facilities against criminal or terrorist activity. These guidelines respond to a Congressional requirement included in amendments adopted in December 2014 to DHS’ Chemical Facility Anti-terrorism Standards (CFATS) program.

Management of chemicals by your organization raises a host of environmental health and safety (EH&S) issues.  Some of those issues are represented by legal and regulatory compliance requirements, others by formal but non-binding programs that range from company policies to ISO certifications.  In response, organizations adopt and implement a wide variety of EH&S programs, including very broad ones (e.g., compliance with the Hazard Communication Standard) as well as very narrow ones (e.g., programs for managing entry into Confined Spaces).  Organizations with sufficient resources and the will to organize themselves will create systematic programs to evaluate EH&S issues to ensure they’re addressed, and to design and coordinate programs in ways that do so effectively and efficiently. (In 2013-2014 I prepared a series of e-books that outlined EH&S regulatory requirements triggered by chemicals - click here to download).

Did you know that “what you drive, how you drive, and what fuel you use can impact both the environment and your pocketbook?” The U.S. Environmental Protection Agency (EPA) has put together a Green Vehicle Guide website that provides useful information and answers to all your questions about how you can go green on the road and save money too.

The federal Clean Water Act (CWA) and state water quality laws (including California’s Porter-Cologne Water Quality Control Act) govern activities that may affect “waters of the United States.” Routine discharges from industrial and public sources make up most potentially polluting discharges, and are subject to National Pollutant Discharge Elimination System (NPDES) permits and California Waste Discharge Requirements (WDRs), but additional requirements also apply to potential “storm water” runoff from rainwater and snow, which can entrain oils and other pollutants and wash them down storm drains into water bodies. The US Environmental Protection Agency (EPA) established the first broad-based national program in 1990, and has revised and expanded requirements over the past quarter century (often in response to court decisions finding its efforts inadequate). States have followed suit. For example, in 2014 California updated its industrial storm water requirements, replacing a general permit adopted in 1997 with a new one that becomes effective on July 1, 2015. The new permit revises and expands requirements, including narrowing exemptions for “light industry” facilities to become conditional exemptions subject to certification requirements, and addition of detailed requirements for “preproduction plastic” materials. The remainder of this note summarizes the new California requirements, which generally are comparable to EPA’s national general permit (last updated in 2008)–so readers outside California should remember that your facilities face analogous responsibilities.

What is “green infrastructure”? Green infrastructure incorporates vegetation, soils, and natural processes to manage water and create healthier urban environments. When talking about an area the size of an entire city or county, green infrastructure refers to an assorted collection of natural areas that provide habitat, flood protection, cleaner air, and cleaner water. When referring to an individual neighborhood or smaller locale, green infrastructure refers to stormwater management systems that simulate nature by soaking up and storing water, which then can be redirected back into sustainable usage by those communities.

Two and a half decades ago, I left my home in Austin, Texas, armed with a BS in Civil Engineering from the University of Texas at Austin with an emphasis in water resources and environmental pollution control, and moved out to Los Angeles, California. My job as a young engineer was to be part of the Los Angeles Department of Water and Powers (LADWP) Superfund Group, a team in charge of assessing and cleaning up four federal Superfund sites in the San Fernando Valley (SVF) of southern California. Having taken Environmental Engineering 101 (“dilution is NOT the solution to pollution”), as well as classes in waste and hazardous waste management, hydrogeology, and many others, I felt ready to tackle the Superfund world…but what was it really?