Q&A: EnviroForensics Answers Questions from Dry Cleaners

The process of finding a client’s old insurance policies, tendering claims, and utilizing those available funds to clean up environmental contamination is a complex one. EnviroForensics’ President, Jeff Carnahan, LPG, and Director of Accounts, Dru Shields have extensive experience successfully guiding dry cleaners through the process. At the end of a recent webinar, we had a Q&A session full of interesting and frequently asked questions. Here are the responses.

Watch the webinar “How to use old insurance to pay for environmental cleanup,” to see the recorded presentation and Q&A session, and download the slideshow

This Q&A session has been lightly edited for clarity.

1: What if the insurance company is no longer in business?

Jeff Carnahan: We do actually see that periodically. We hope that that’s not your only insurer historically, but if it is, we have seen situations where now a defunct insurance carrier sets up some roll-off funds in order to provide certain amounts of dollars on the coverage. It’s not a great situation, to be honest, but in that type of a scenario, we would want to look at some other potential funding options. You might be in a state where there’s a dry cleaner trust fund, but there are also some other potential funds available. Maybe by working with your local municipality, there can be some low-interest loans available, and some other financial resources that might be able to help out.  

2: What could I do if a delivery company that spilled the PERC was part of the contamination and that company is no longer in business?

Carnahan: So, there are a few different parts to this answer. First of all, let’s just say that there was another party responsible for part of the contamination. Let’s start there. So, one of the things we do during the investigation phase — or typically during the defense stage — is we try to evaluate all the potential sources of contamination. And, if we identify, or if there’s actual proof or anecdotal evidence of another source, we typically will start to use the science and use the analytical data to allocate responsibility for the contamination in the ground. If, let’s say, the trucking company was not defunct, you would file a claim. We would work with your carrier and they would likely file a claim directly against that transportation company’s, or they would put a claim in on their own insurance company. Whenever that company is out of business, I like to say that there’s a difference between “dead” and “dead and buried.” So, if a company is out of business, there are still avenues of access to their old policies, and we can work with counsel to actually file a claim against that company who is now no longer viable against their insurance companies, presuming that they’re viable.

3: How do you make claims when the insured has no records of coverage but recalls the specific insurance companies he bought policies from?

Dru Shields: That is the whole purpose of hiring an insurance archeologist. It’s very difficult to go to the insurance carrier and say, “I know that you covered me. Will you please provide a defense?” That’s why you need to be able to show proof that a policy existed for the insured. Even if you don’t have old business records, there are efforts that insurance archeologists can implement as far as locating proof of policies, but you will need to be able to have that proof; some sort of evidence to show that you were insured by a specific insurance carrier to require them to defend.

4: I completed a cleanup and it was at great expense. Who can I talk to look into historic insurance?

Shields: You would need to be able to locate and prove that there were policies in place that would defend. Again, it kind of also depends on state case law as far as how those insurance policies would apply. You may not be able to recoup all costs of what you’ve spent on a cleanup, but you’d be able to recover some of those costs.

Carnahan: I think that falls into the category of a “cost recovery claim”, and we’ve certainly helped clients do that as Dru mentioned. There’s no guarantee that we will recover 100% of what they spent but a good chunk can be available.

5: On average, how long does it take to look for old insurance policies?

Shields: We typically allow 90 business days for our insurance archeologists to complete a search for insurance policies. There are rush options available, too.

To learn more about insurance archeology and CGL policies, read How Does It Work? Insurance Archeology and CGL Policies

 

6: Is there any liability on behalf of sewer districts? A lot of contamination comes from the fact that sewers were designed to leak.

Carnahan: I just saw a couple of days ago that, in California, there was a suit decided saying that the municipality did have some responsibility. It’s going to have to be proven up pretty significantly, but it can certainly be done. From the dry cleaner’s perspective, sewer releases are very common. I’ve seen situations where there’s been no release on the property itself. The cleaner had no idea there was a problem until sewer work was done about a quarter of a mile downstream, and they found a release and actually went back and pointed the finger at the dry cleaner. Those are the types of situations where we recommend partnering with a good defense attorney; that’s where that strategy is going to come from. We work very closely with defense counsel to help devise litigation and a scientific strategy that’s going to help prove your case. And then, we’ll just go after other potentially responsible parties.

7: Do you work on an hourly or contingency fee basis?

Carnahan: It’s more common for us to work on an hourly basis. We do time and materials invoices, and we provide our invoices directly to the carriers. And, our invoices are extremely detailed. They look like a law firm’s invoices if you’ve seen those before, which I’m sure most of you have as business owners. So, it’s time and materials. We provide that to the insurance carriers, and then we take the initiative on making sure that it gets paid, and we do the arguments. Now there are some situations like the cost recovery case that was brought up a little earlier, that we could potentially do on a contingency basis. Also, I’ve had dry cleaner clients who had multiple sites (multiple stores) and after having a problem, they want to cash in their old CGL policies. That’s also a possibility. We have done that for dry cleaner clients and we can also do that on a contingency.

Shields: We also do insurance archeology on a time and materials basis. That one, we don’t typically do on contingency, but it would be something we could talk about on a one-on-one basis.

8: What is the average cost of a Phase I and a Phase II?

Carnahan: Phase I Environmental Site Assessment are required by lenders before they will loan on property sale or use the property as collateral when lending. Phase 1’s are also required in order to obtain Bone Fide Prospective Purchaser (BFPP) status when purchasing a contaminated property. The requirements for conducting a Phase 1 has increased over the years, however, the cost has remained relatively constant. The true price of a Phase 1 is about $4,500, but because they are considered a commodity by banks and small consulting firms and one-person shops compete for this work, the prices can be as low as $2,500. There is a lot of liability in the Phase 1 ESA investigation and reporting, so going cheap may not be the best decision in the long run.

Phase II’s, on the other hand, are designed to give an understanding as to whether or not soil and groundwater have been impacted at the subject property. A Phase II may give the consultant an understanding as to the magnitude of an environmental problem, but it will not necessarily be the final investigative work required to determine the extent of a problem. A Phase II can be in the range of, say $15,000 to $30,000. It could be even less if everything looks clean on the Phase I –except for the fact that there is, in fact, a dry cleaner involved. As many of you may know, the current standard established for conducting Phase I’s says that if it is a dry cleaner site or it is adjacent to a dry cleaner, there must be Phase II sampling.

9: How does a dry cleaning business owner start the insurance archeology and environmental cleanup process if there hasn’t been a lawsuit or a sale to trigger a defense?

Carnahan: If you don’t have a lawsuit or a sale to worry about, it’s the perfect time to start pulling things together. Have a quick look at your business records and see what you can pull together. Give Dru a call at 866-888-7911 to start talking about some insurance archeology services. And, if you are planning on selling off the property, but keeping the stock of the company, that means you’ll retain the insurance policies, and that’s a good thing.

For insight on how to handle environmental contamination situations, read Fear, Hope and Determination: A Tale of Two Dry Cleaners

 

10: Who makes the final determination that a site has been sufficiently cleaned up?

Carnahan: At first blush, the regulatory agency makes that decision. Again, the cleanup standards are typically based on human health exposure criteria, and that’s what they use to establish the cleanup objectives. So, once the state regulatory agency is comfortable that you’ve reduced contamination at the site to concentrations that are deemed to be safe to human health and the environment, they can provide you a closure.

The second part of the answer is that the property owner has the right to determine what that land use is going to be. There are different sets of cleanup standards for commercial land use or industrial land use, residential land use, and even recreational land use. Typically, if the owner of the property has plans of future residential usage, there will be stricter cleanup objectives that need to be met. The standards are a little less strict if the property is going to be used for commercial purposes. So, it’s sort of a hybrid answer in that the regulatory agencies will have final say based on the land use that’s established by the property owner.

For tips on making financially sound environmental remediation decisions, read How Clean is Clean Enough? Regulatory Closure vs. Environmental Cleanup

 

11: If I purchase my dry cleaning shop after 1986, and an environmental issue pops up, is there still a way to utilize the policies of past owners of the same business/properties?

Shields: Yes, you can, and as I mentioned before when I was discussing insurance and through the process of insurance archeology, we are looking for policy information for any potentially responsible party. So, any of that past ownership we would be looking to find policies for those entities. In that instance, typically what you will need to do is hire legal counsel to help pursue responsible parties for those insurance policies to kick in and pay for any investigation and remediation.

Carnahan: Most of the time those can be very friendly arrangements. Those don’t have to be litigious situations. They can be, but they don’t have to be.

Shields: And even if those entities are deceased or bankrupt, they are still usable at that point, too.  

12: Will PERC naturally degrade over time if nothing is done?

Carnahan: No. Perc is actually considered a recalcitrant compound, and what that means is that under normal conditions, perc will not break down naturally. The twist is that “normal conditions” assumes that the aquifer and/or the subsurface has oxygen available, and in an oxygen rich environment, perc does not break down. One of the things we do whenever we inject chemicals is to try to create an oxygen-depleted environment, so certain types of microbes can flourish, which will then break down the PERC. If it’s a mere surface release in the absence of anything creating an oxygen-depleted environment, the stuff just hangs around. We deal with a lot of dry cleaner sites where releases occurred fifty or sixty years ago, and other than being bigger and more spread out, the perc just hasn’t broken down at all.

To learn more about PERC contamination, read What Makes Cleaning Up PERC Spills So Expensive?

 

13: What if contamination is found on my property, but money is not available for me to clean it up? Can I be shut down?

Carnahan: The regulatory agency can demand a cleanup, but the first thing they’re going to do is determine if there are any potentially exposed parties. In other words, if someone next door has a vapor intrusion problem caused by the contamination at your site. You might not necessarily – right out of the gate – be looking at millions of dollars here, but you could easily be looking at tens of thousands of dollars to make sure that no one is being exposed as time goes on. It’s not a perfect situation, but like I said before, we should at least look into other potential funding sources available that could help out.

Do you have questions? Contact us

 


Photo of Jeff Carnahan, President at EnviroForensicsJeff Carnahan, LPG, has 20+ years of environmental consulting and remediation experience. His technical expertise focuses on the investigation and interpretation of subsurface releases of hazardous substances for the purpose of evaluating and controlling the risk and cost implications. He has focused on being a partner with the dry cleaning industry for the past decade, and he’s a frequent contributor to the national dry cleaning publication Cleaner & Launderer. He is an industry leader in understanding that environmental risk includes not only cleanup costs, but also known and unknown third-party liability.

 

Photo of Dru Shields, Director of Accounts at EnviroForensicsDru Shields has over 10 years of account management experience in the environmental consulting and engineering industry. She manages a team of account executives who work across the country. Shields is a member of numerous regional dry cleaning associations in addition to serving on the board of the Midwest Drycleaning and Laundry Institute (MWDLI). Shields has extensive experience in assisting clients in securing funding for their projects through historical insurance policies. As Director of Accounts, Shields helps business and property owners facing regulatory action to navigate and manage their liability.

We’re Stronger Together


This June marks the 50th anniversary of the Pride movement, which began with the pivotal riot at New York’s Stonewall Inn. EnviroForensics’ team reflects on this historic event, as well as, LGBTQ+ scientists who made major contributions to their scientific fields as, we look ahead to Indianapolis’ own Pride festival.

We’re Better Together

LGBTQ+ individuals are positive and creative leads of all subgroups in our society. They are members of all races and professional disciplines, all religions, and every branch of government and military service. They are doctors, lawyers, engineers, scientists, marketers, bankers, accountants, athletes, artists, mechanics, laborers, and every other profession under the sun. They are friends and strangers, family members, work colleagues, and civic leaders. Today, more than ever, we must celebrate our diversity and embrace our commonality. Today more than ever, we must speak of the love for our brothers and our sisters and defy hate, discrimination and bigotry.

We’re stronger together and we are a stronger society when we stand up for the rights of others and cast aside hate and fear. Our best decisions and our best work happen when we are driven by all the identities and perspectives of our team members and clients.

We’re Smarter Together

As scientists, we strive for objective answers to questions. Today, LGBTQ+ scientists are making contributions in every branch of physical, social, natural, engineering, and computer sciences. Here’s a look back at just a few noted LGBTQ+ scientists who have made huge impacts in the scientific community.


Sally Ride, First Woman in Space

Sally Ride was an American astronaut, physicist, and engineer. At 32 years old, she became the first American woman in space in 1983. She left NASA in 1987, after flying twice on the Orbiter Challenger. For two years, she worked at Stanford University’s Center for International Security and Arms Control, and then at the University of California, San Diego as a professor of physics, primarily researching nonlinear optics and Thomson scattering.


Alan Turing, Biologist

Alan Turing was an English mathematician, computer scientist, logician, cryptanalyst, philosopher and theoretical biologist. He was highly influential in the development of theoretical computer science, providing a formalization of the concepts of algorithm and computation. He’s widely considered to be the father of theoretical computer science and artificial intelligence. During WWII, Turing played a pivotal role in cracking intercepted coded messages that enabled the Allies to defeat the Nazis in many crucial engagements. His work gave the Allies the edge they needed to win the war in Europe and led to the creation of the computer. He worked for the National Physical Laboratory, where he designed the Automatic Compute Engine, which was one of the first designs for a stored-program computer. He joined Max Newman’s Computer Machine Laboratory, where he helped develop the Manchester computers and became interested in mathematical biology. He wrote a paper on the chemical basis of morphogenesis, which was a mathematical explanation of how things grow. It became a completely new field of mathematical biology.


Julia Serano, Biologist

Julia Serano is an American writer, spoken-word performer trans-bi activist, and biologist. She earned her Ph.D. in biochemistry and molecular biophysics from Columbia University. She researched genetics and development and evolutionary biology at the University of California, Berkeley for seventeen years. Serano has written three books, “Whipping Girl: A Transsexual Woman on Sexism and the Scapegoating of Femininity”, “Excluded: Making Feminist and Queer Movements More Inclusive”, and “Outspoken: A Decade of Transgender Activism and Trans Feminism”. She is a national speaker on transgender and trans women’s issues and her writings have been used as teaching materials in gender studies courses across the United States.

These are only a few examples of LGBTQ+ contributions to only one of many aspects of our culture and society. Not only are we smarter together, but we celebrate diversity because we all have something to learn from one another. At EnviroForensics, we don’t just accept difference – we celebrate it, we support it and we thrive on it for the benefit of our employees, our services and our community. So, celebrate with us, the contributions given to all of us from all walks of life. We need them all!  


We’re More Valuable Together

Established in 1987, Indiana Youth Group (IYG) is a drop-in center for youth ages 12-20 who identify as lesbian, gay, bisexual, transgender, queer, questioning, and more. Youth who are allies to the LGBTQ+ community are also welcome. IYG’s mission of creating safe spaces, providing wellness programming, and educating LGBTQ+ youth and the community is accomplished through services, activities, affinity programs, referrals, and providing gather space. IYG is a 501 (c)(3) not-for-profit corporation.

 

Help support Indiana’s youth by donating to Indiana Youth Group.

 

9 Cool Historic Places in Indiana

Every May, the National Register of Historic Places celebrates National Preservation Month for the purpose of instilling community pride and to show the social and economic benefits of historic preservation.

As an environmental consulting firm with a deep respect for history and community, EnviroForensics promotes the adaptive reuse of historic buildings. We believe that redevelopment often times brings much-needed economic relief to depressed areas, and when possible the preservation of timeless architectural design provides a beneficial window to the past.

To show our support for National Preservation Month, our Indianapolis team has compiled some photos and stories of our favorite historic structures right here in Indiana.


picture of Indiana Statehouse

1. Indiana Statehouse

Indianapolis, Indiana | View from the Soldiers’ and Sailors’ Monument.

Designed by Hoosier architect Edwin May in 1888, the Indiana Statehouse is the fifth iteration and sits at 200 West Washington Street. It houses the Indiana General Assembly, the office of the Governor of Indiana, the Supreme Court of Indiana and other state officials. The interior was modeled in the Italian Renaissance style. When possible, native Indiana materials were used. Doors are made of Indiana oak, and Indiana limestone was used throughout the structure. Over 40 pieces of public art spanning more than 130 years is available to the public. There’s also a time capsule bored into the cornerstone with forty-two items.

📸: Elizabeth Hemingway, Director of Brand, Marketing & Communications

 


Picture of willard carpenter house2. Willard Carpenter House

Evansville, Indiana

Completed in 1849, the Willard Carpenter House at 405 Carpenter Street is built of brick and stone, a fine example of Georgian architecture. Materials came from nearby or were shipped down the Ohio River from Lawrenceburg, Indiana. Willard Carpenter was known as Evansville’s “pioneer of public charity,” who acted as an agent for the Underground Railroad before the Civil War. The house was one of the first stops after making it across the Ohio River. A stone tunnel led from the river three blocks away north to the Carpenters basement, where people hid until they could be relayed to stations further north. The Carpenter House was added to the National Register of Historic Places in 1978.

📸: Elizabeth Hemingway, Director of Brand, Marketing & Communications

 


inside pearl laundry3. Pearl Laundry

Evansville, Indiana | View from inside.

Pearls Laundry started in 1896 by Al Rust and Daniel Korb and it has been based at the 414-432 Market Street since 1912. It did deliveries by horse and buggy until 1938.  In 2017, Pearl Cleaners closed its century-old Downtown Evansville location, amid litigation by the neighboring property, which says it is owed a reimbursement of environmental contamination costs. The business license was purchased, and customers were directed to a new location on Evansville’s East Side.

Like many dry cleaners, Pearls had chlorinated solvent contamination. The contaminated property was purchased by an investor, who retained EnviroForensics to conduct insurance archeology and the environmental investigation and cleanup.  The environmental cleanup is almost complete at the historical Pearl Cleaner building in Evansville’s downtown TIF district. It’s undergoing adaptive reuse to become a part of the dynamic downtown community, while EnviroForensics conducts remedial actions necessary to get the site through the regulatory closure process.

📸: Elizabeth Hemingway, Director of Brand, Marketing & Communications

 


EnviroForensics HQ before (right side of picture) and after (left side of picture) redevelopment.

4. EnviroForensics Headquarters

Indianapolis, Indiana

EnviroForensics’ headquarters at 825 N. Capitol Avenue was originally a transmission repair shop dating back to the 1930s. The 23,000 sq. ft. structure had environmental contamination left behind by auto repair operations. This complicated redevelopment for real estate developers, but, as an expert environmental engineering company, we knew how to remediate the environmental contamination and saw the value of investing in the property and the North Meridian neighborhood. We conducted insurance archeology to locate the historical insurance policies to fund the site investigation and cleanup of the contamination. Once mitigation infrastructure was in place, we started to bring our vision for a revitalized headquarters to life. Now, the building houses more than 70 employees who are committed to our surrounding community.

For more on how we revitalized the historical building, visit http://tvz.eb0.myftpupload.com/blog/enviroforensics-hq-brownfields-site/

📸: Alex Miller, Communications Coordinator

 


central library in downtown Indianapolis6. Indianapolis Central Library

Indianapolis, Indiana

The original Central Library Building, located just a few blocks east of the EnviroForensics Headquarters, was completed in 1917. The library was designed by French-born architect Paul Philippe Cret, whose other famous work includes the Main Building on the Campus of the University of Texas and the Rodin Museum in Philadelphia. A new six-story curved-glass and steel addition was built onto the original structure in 2001, but issues with the project forced the grand opening of the new atrium back. The new addition opened in December of 2007. The Central Library is home to the Nina Mason Pulliam Indianapolis Special Collections Room, which houses a collection of archival manuscripts and autographed editions from some of the area’s most famous literary minds, including Kurt Vonnegut, James Whitcomb Riley, and Booth Tarkington.   

📸: Alex Miller, Communications Coordinator

 


7. Hirschman-Bryan House

Indianapolis, Indiana

Andrea Bryan’s great-grandfather, Conrad Hirschman, was born in 1854 in Wurttemberg, Germany and emigrated to the United States in 1880.  He built this house for his wife, Emma, and their children, one of which was Andrea’s grandmother, Ursula. She married and lived in this house her entire life (after her emigration) and all three of her children were born in the back bedroom of the house, one of which was Andrea’s Father.  Ursula’s husband, Andrea’s Grandfather, fought in WWI and came home after the war. He died in the flu epidemic shortly thereafter and my Grandmother never remarried. All three of Ursula’s sons went into the Navy and served in WWII.

The house was built in 1900 at 3100 sq. ft. with an attic, a basement, and a crawl space. The current owner is Angie’s List who used it for office space at one time. There is a plaque inside with the historical information related to Andrea’s family.

📸: Andrea Bryan, Reception and Office Support

 


8. Indiana University Auditorium

Bloomington, Indiana

The Indiana University Auditorium opened in 1941 as a part of the Federal Works Agency Project. At the time, the country was still recovering from the Great Depression, and most universities were making cuts to their arts programs. Indiana University went in a different direction, building the Lilly Library, the Fine Arts Building, and the Jacobs School of Music; widely regarded as one of the world’s top music schools. The IU Auditorium was the first planned and constructed of this era. It was constructed out of locally quarried Indiana Limestone. The venue seats 3,200 people and has hosted acts from all over the world, including the Metropolitan Opera, the touring troupe of Les Miserables, and Jerry Seinfeld.

📸: Joe Miller, Account Executive

 


9. Soldiers’ and Sailors’ Monument

Indianapolis, Indiana

The Soldiers’ and Sailor’s Monument is one of the most iconic structures in Indianapolis. The neo-classical obelisk was built over a 13-year period between 1888 and 1902. It was constructed in honor of Hoosier veterans of the American Civil War, Revolutionary War, War of 1812, Mexican-American War, and the Spanish-American War. During the dedication ceremony, a group of musicians played “The Messiah of the Nations,” a piece written for the occasion by the famed composer, John Phillip Sousa. The monument is located at the intersection of Meridian and Market Streets at the center of Downtown Indianapolis. During the holiday season, it is transformed into a giant Christmas tree known as the “Circle of Lights” (pictured), which at 284 ½ feet tall, makes it the tallest Christmas Tree in America each year. The Soldiers’ and Sailors’ Monument was added to the National Register of Historic Places in 1973.

📸: Joe Miller, Account Executive

 


10. Gary Aquatorium

Gary, Indiana

The Gary Bathing Beach Aquatorium was constructed in 1921. It sits at the southernmost point of Lake Michigan in the Miller Beach neighborhood of Gary. It was originally built to serve as a bathroom and changing area for beachgoers but was shut down to the public in 1971 due to a lack of upkeep and disrepair. The building was renovated and reopened as the “Chanute Aquatorium” in the late 1990s and houses a museum honoring the achievements of Octave Chanute, the grandfather of modern flight, and the Tuskegee Airmen. The Gary Aquatorium was placed on the National Register of Historic Places in 1994.

📸: Michele Murday, Northern Indiana Regional Manager

 


Support Preservation

Other ways you can support National Preservation Month is frequent businesses in historic buildings, such as shopping at your local main street stores, eating at restaurants housed in historic buildings, sharing photos of your favorite historic places with the hashtag #ThisPlaceMatters, and when traveling book rooms in historic hotels and visit historic sites.

 

Environmental Forensics: Why dry cleaners need to know about it

ENVIRONMENTAL FORENSICS CAN HELP US DETERMINE WHO IS RESPONSIBLE AND LEGALLY LIABLE FOR A CONTAMINANT RELEASE 

The metaphorical concept of environmental forensics using a magnifying glass to represent the methods used to find out who is responsible for environmental contamination

BY: JEFF CARNAHAN

In my role as President of an environmental consulting firm, I have the opportunity to meet new people and introduce our company to folks outside of the environmental industry. It’s common to get quizzically raised eyebrows from new acquaintances as I tell them that the name of our company is EnviroForensics. The wheels in their heads start turning and I can see they’re attempting to get a grip on what it is that EnviroForensics does.

The word forensics often takes people’s thoughts immediately to their favorite crime show, or even back to Quincy M.E. Personally, I’m a Quincy guy. The use of forensic science is a major part of these shows, as the crime lab scientists tease out the intricacies of the unobvious, and often microscopic facts that lead them to break the case. Environmental Forensics is pretty similar to that. We use scientific intricacies of the unobvious, and often microscopic facts to solve complex environmental who-dunnits.

DEFINING THE LEGAL LIABILITY

According to Merriam-Webster, the word forensic literally means “relating to or dealing with the application of scientific knowledge to legal problems”. In the world of environmental contamination, those who are responsible, and those who are being blamed, are in a legal situation. The liability that gets assigned by environmental regulators, other affected property owners, and perhaps those that have suffered health effects from contact with contamination is a legal liability. In these civil matters, the primary impact of legal liability is money; money to pay for environmental cleanup, money to offset a reduced value of an impacted property or even money to offset health effects or injuries of exposed people.

The risks are high for potentially responsible businesses, which is why a good environmental attorney is necessary for almost every contamination issue. This is also why a good environmental consultant with specific skills and expertise in environmental forensic science, such as subsurface investigation and cleanup, is crucial if you find yourself in the cross-hairs of an environmental contamination problem. So, how do you solve this problem?

ENVIRONMENTAL FORENSICS CAN SOLVE THE CASE

Let’s set up an example of a typical scenario, in which a dry cleaner has been identified as a potentially responsible party (PRP) for an environmental contamination issue. Then we can walk through a few ways that environmental forensics will help answer the key questions of the case.

Let’s say that Dry Cleaning Business New (DCBNew) currently owns a property, which they purchased from Dry Cleaning Business Old (DCBOld) in 1990. DCBOld had acquired the property from Dry Cleaning Business Original (DCBOriginal) back in 1980, who had been operating at that same location since 1950.

Let’s also say that DCBNew and DCBOld used Perc as a primary solvent during their entire operation. DCBOriginal used Stoddard hydrocarbon as a primary solvent for ten years, then switched to a Perc machine for the duration of the time they owned the property. Here’s the operational timeline for the example scenario outlined above:

An example timeline of dry cleaning operations and how environmental forensics can uncover who may have contributed to the contamination.
An example timeline of dry cleaning operations illustrates those who may have contributed to the contamination. Even if a dry cleaning business no longer uses perc and has changed out the machines, they can still have liability from historical operations.

THE DRY CLEANER INVESTIGATION BEGINS

Now let’s add some legal liability to this scenario. We’ll say that the owner of a commercial property next door to the dry cleaning business was trying to sell their land, and through their real estate due diligence Phase I and II Environmental Site Assessment, it was discovered that the groundwater beneath their property is impacted with Perc. Immediately, the owner of the adjacent property filed a lawsuit against DCBNew and demanded financial compensation for decreased property value. On top of all this, the state regulatory agency was notified, who has now sent a letter to DCBNew stating that they must investigate and clean up whatever is found, as well as the neighboring property. This is the point where stress starts to run high for DCBNew, and rightfully so because they are now charting into unfamiliar territory with previously unknown legal liability and are under a timeline to meet the investigation and cleanup demands set forth by the state regulatory agency.

If DCBNew had been the only operator at the property ever, it would be pretty clear that they may be the sole responsible party. However, we know that there were two previous dry cleaners, DCBOld and DCBOriginal, who used Perc at the property, and they may bear some responsibility as well.

The first forensic analysis of this situation can be performed without much science at all. An understanding of the history of the dry cleaning industry gives a lot of valuable insight about who is most likely to have contributed the most to the subsurface contamination at the property. Generally speaking, it is more likely that significant releases of Perc would have happened during earlier dry cleaning operations. This is due to three main factors:

  1. The dry cleaning process and equipment improved over the years and less Perc was lost;
  2. The environmental regulations increased over the years that required operators to manage their process more stringently; and
  3. There has been an increasing level of understanding of the environmental hazards associated with Perc usage.

All of these resulted in an overall decreasing trend in new Perc contamination.

The time period when DCBOriginal operated at the property from 1950-1980 corresponds to the First Generation transfer dry cleaning machine process. This process involved a tank of solvent that was used to fill the washing machine and afterward the clothes were physically transferred to the drying process. The First Generation process provided plenty of opportunities for Perc to be spilled or dripped onto the floor and into the ground. It is also possible, however, that DCBOriginal may not have used a transfer machine. This is the type of evidence that comes to light throughout the environmental forensics investigation.

In the example scenario, DCBOriginal also used Stoddard for 10 years (1950-1960), and then switched to Perc. They would have had to buy a new machine around 1960, which was the early days of the Second Generation dry to dry machines. Dry cleaning that used dry to dry machines was a much tighter process, but there were still lots of releases of Perc from the solvent recovery and waste handling procedures.

LEGAL LIABILITY TAKES SHAPE

The example scenario walks through the operational timeline of the dry cleaning businesses to better understand the factors that can affect the outcomes of the environmental contamination case. If DCBOriginal from 1950-1980 released more Perc at the site than DCBOld from 1980-1990, then DCBNew needs to be proactive with this issue and work with their experienced legal and environmental teams to make sure that these former businesses take on as much of the financial and legal burden as they deserve.

ENVIRONMENTAL EVIDENCE COMES TO LIGHT

Through the use of geological and chemical calculations and measurements, forensic scientists are able to read the site conditions and start to tell when and where the contamination may have originated. When the scientific information is coupled with an understanding of the history of site operations, such as the locations of all former operators’ dry cleaning machines, then the details of environmental releases at the property really start to reveal themselves. This helps create a defensible picture that includes how much contamination was contributed, by which past operator, and how the cleanup costs should be allocated to the responsible parties.

In the example scenario, DCBNew should be cautious about simply blaming all the former operators at the property because they very well may have contributed to the contamination. Even if the dry cleaning business started operating in the 1990s with a Fourth Generation machine, it’s possible that there may have been Perc releases. I’ve seen plenty of cases where a Perc release was found beneath a dry cleaning business and the operation had only been there for two years. Machine maintenance, waste Perc handling practices, contact water handling methods, filter disposal and even spotting procedures are all areas that could cause potential problems.

WHAT CAN A DRY CLEANER DO?

When a dry cleaner finds themselves staring in the face of an environmental contamination problem, stress can run high. There is a lot at stake. If there are former dry cleaning businesses that operated at the same location, there is a good chance they can be invited as a responsible party.

Ultimately, remember that this is a legal situation. Expert attorneys and scientists should be involved to help navigate the situation. The good news is that if you are able to find old commercial general liability (CGL) insurance policies, there could be assets to pay for an expert attorney and an environmental forensic scientist of your choice, also known as, an environmental consultant.

If you’re facing an environmental contamination issue, we’ll help define your next steps with a confidential consultation.

As seen in Cleaner & Launderer


Headshot of Jeff CarnahanJeff Carnahan, LPG, has 20+ years of environmental consulting and remediation experience. His technical expertise focuses on the investigation and interpretation of subsurface releases of hazardous substances for the purpose of evaluating and controlling the risk and cost implications. He has focused on being a partner with the dry cleaning industry for the past decade, and he’s a frequent contributor to the national dry cleaning publication Cleaner & Launderer. He is an industry leader in understanding that environmental risk includes not only cleanup costs, but also known and unknown third-party liability.

Has Environmental Contamination Cracked Your Nest Egg?

How the value of your dry cleaning business can be affected after contamination is found.

Written by Jeff Carnahan, LPG, President, EnviroForensics
As seen in the April 2019 issue of Cleaner & Launderer

At the threat of mixing metaphors right out of the gate, I’d like to start this article by referencing a fable we all know; that of the ant and the grasshopper. While the care-free grasshopper chirped away and enjoyed times of plenty, the industrious and hard-working ant busily labored to store food for winter. When readily available food became scarce as winter fell, the grasshopper starved but the clever ants remained well-fed from their stockpiles. I have had the pleasure of meeting and working alongside many dry cleaners throughout my career, and their work ethic and wisdom have consistently impressed me. Without fail, I’ve heard it told by them that the hard work they’ve put into their business is intended to help build-up winter stores for lean times, their retirement, or to pass on to their children. A lot of people refer to this as building a nest egg. Regardless of what you call it, the monetary value of the hard work, blood, sweat, and tears that you’ve invested in your business is held in the potential sales price of your business assets and potentially, your property.

The Good Old Days are Over

During all the years of doing business, the fact that your future nest egg could be potentially devalued by an environmental contamination problem was probably not part of the equation. Decades ago, it didn’t need to be. Back then, when businesses and properties were bought and sold, it wasn’t standard practice to even consider the environmental condition of the land. As such, the value of the sale wasn’t affected. The business owner could cash-in for a fair price and go on to enjoy their retirement.

Today, however, nearly every commercial property and business acquisition involves a real estate and environmental due diligence process intended to specifically and thoroughly find out whether environmental contamination has occurred. The days of expecting someone to buy your business without determining if they would be buying environmental liability, or your property without finding out if its value has been impacted by contamination, are gone.

Don’t let environmental contamination crack your nest egg. Download our questionnaire to review your real estate due diligence situation.


Let’s talk for a minute about the environmental assessment process during sales transactions, and then we can go over a couple of things that you can do to help yourself out and minimize the damage to your nest egg when the time to retire comes. For those who may be in the mode of buying business and properties, this may come in helpful for you as well.

What Happened?

A short discussion about the environmental due diligence process was presented in my February article, How Clean is Clean Enough? Regulatory Closure vs. Environmental Cleanup, but I’ll breakdown the process step-by-step. Back in the late 70s and 80s, a series of laws were passed by Congress that put into place two major facts:

  1. Certain chemicals were determined to be hazardous and had to be managed in specific ways; and
  2. As a generator of wastes containing these certain hazardous chemicals, businesses or individuals would forever carry any associated liabilities resulting from these chemicals.

The laws were comprised primarily of the Resource Conservation and Recovery Act (RCRA) and the Comprehensive Environmental Response, Compensation and Liability Act (CERCLA). Some of you may remember these days because suddenly you had to manage your solvent waste differently and you had to ramp-up your record keeping.

It may have even seemed unfair that the federal and state governments were going to be holding you responsible for what contamination may have happened as a result of your business, or on your property, regardless of if you had anything to do with it. The fact was, and is, that RCRA and CERCLA ended up causing a standard of practice in the property and business transaction world that was intended to avoid those environmental liabilities from being transferred along with what was being sold.

How it Works These Days

When a business entity buys a property, if a series of environmental inquiries aren’t performed properly, they could accidentally be held responsible for contamination in accordance with CERCLA. If the inquiries are performed correctly, the buyer may qualify for an exemption from those CERCLA liabilities. The first inquiry that is needed is called a Phase I Environmental Site Assessment (ESA). The Phase I ESA needs to be performed by a qualified Environmental Professional (EP), like an environmental consultant. Your consultant will follow a specific set of due diligence standards to look at environmental records and databases to determine what the sale property has been used for in the past, and what has gone on at surrounding properties to see if those activities could potentially have impacted the sale property. They will also come to do a site visit to walk around the property and buildings to see if any present operations may be potentially causing a problem. They’ll also need to do an interview to ask some standard questions about knowledge of environmental issues, etc. If they do find something during this process, they may have to put in their report that a Recognized Environmental Condition (REC) has been identified. If a REC is identified during the Phase I ESA process, then there need to be samples of soil, groundwater and/or vapor collected from the sale property to determine if an actual environmental release has occurred.

The subsurface investigation process is called the Phase II ESA. If an environmental release is identified at the property, there will be additional investigations to gather more data. There needs to be more data to gain insight into the potential cost of cleanup so that the buyer and seller of the property can start talking about how the price is impacted, or even if the buyer wants to still buy the property. The cost estimating process will also need to take into consideration that the cleanup would be performed in a state agency program so that a regulatory closure can be received afterward.

The Challenge for Dry Cleaners

Here is the tricky part; due to the prevalence of environmental issues related to use of perchloroethene (PCE, Perc) in the dry cleaning industry, just the fact that a dry cleaner exists, or used to exist, at or adjacent to the sale property, is enough to trigger a Phase II ESA per the due diligence standards. At this point in the property transfer process, if you want to continue with the sale, there will definitely need to be sampling. The process can be stopped right after the Phase I ESA without any liability to the property owner, but that won’t get the property sold. This is a very uncomfortable spot to be in, I’m sure. Many of you know this for a fact.

Putting the property sale process aside for a minute, when a business is being sold, a similar due diligence process is undertaken by the potential buyer. They will want to make sure that the business they are acquiring doesn’t have a current or hidden environmental liability that could hit the new owners at some point in the future and affect the value of their investment. Businesses are usually sold either as asset-only acquisitions, or stock plus assets acquisitions. The CERCLA liability that we are talking about is tied to the stock of the company and its owners. Because of this, many times business buyers will want to purchase just the assets (equipment, customers, brand, goodwill, etc.) of the company, and not acquire the property or stock. That allows the buyer to skim the cream off the top of the business, and leave the junk at the bottom, like the environmental liability, for you. This is a way, however, of getting the job done and keeping a good bit of value for your nest egg.

Preserving Your Nest Egg

Let’s talk about a couple of ways that you can preserve the integrity of that nest egg in preparation for the time when you are ready to cash-in and move on.

Read how a prominent second generation dry cleaner proactively prepared their exit strategy

 

First, there are a variety of insurance products available that you can purchase as protection against environmental liability. The insurance industry started specifically excluding coverage for environmental pollution from their general liability policies back in the mid-80’s, right around the time that the CERCLA responsibilities were being formed. However, environmental pollution liability can still be insured today as specific policies or riders if it needs to be a part of your calculation. If you think that these may be of interest to you, I encourage you to reach out to your agent or a representative for a carrier that is involved in the dry cleaning industry. An insurance company with a long history and knowledge of dry cleaners would probably be best.

Another way to help preserve your nest egg against devaluation from contamination issues is, of course, those old general liability policies from before the mid-80s, when there weren’t specific exclusions. From my experience, this is usually the time period when environmental releases actually occurred anyway. Find them and assess their value. Even if there are no known environmental releases associated with your dry cleaning business, having these old policies in hand may be what is needed to convince a potential business or property buyer that they won’t be stepping into a problem that can’t be paid for if they close the deal with you. Those old policies are an asset to your business, so they should be part of your nest egg calculation.

Once triggered historical commercial general liability (CGL) policies may be used to for legal fees, defense against claims, site investigation, remediation/cleanup, interim remedial measures, building legal case, potentially responsible parties (PRP) search, interfacing with agencies and prior costs be may be retroactively recovered.

Contact us so we can help you protect your nest egg.


As seen in Cleaner & Launderer


Jeff Carnahan, LPG, has 20+ years of environmental consulting and remediation experience. His technical expertise focuses on the investigation and interpretation of subsurface releases of hazardous substances for the purpose of evaluating and controlling the risk and cost implications. He has focused on being a partner with the dry cleaning industry for the past decade, and he’s a frequent contributor to the national dry cleaning publication Cleaner & Launderer. He is an industry leader in understanding that environmental risk includes not only cleanup costs, but also known and unknown third-party liability.

Case Study: Second-generation dry cleaner prepares exit strategy

Insurance archeology uncovers historical insurance that funds the environmental cleanup

A prominent dry cleaner located on main thoroughfare in Highland, Indiana.

The dry cleaner owner wanted to sell his family’s business and property, which he anticipated had contamination. He contacted EnviroForensics to proactively develop a plan of using the business’ historical insurance to fund the environmental investigation and cleanup work. This allows him to sell a “clean” property without any environmental encumbrances maximize his property values.


Issue

Environmental due diligence revealed soil and groundwater contamination from historical dry cleaning operations. The vapor intrusion assessment indicated that the contamination was contributing to documented indoor air impacts at the adjacent restaurant. This meant the dry cleaner was on the hook to assess the nature and extent of PCE contamination in the soil, groundwater and air; and to clean it up.


Action

EnviroForensics conducted insurance archeology, which located historical insurance policies to fund all the environmental investigation and remediation, including the indoor air impacts next door. EnviroForensics provided a site-specific remediation plan to clean up the soil and groundwater that reduced the long-term monitoring activities and included a vapor mitigation system to mitigate the indoor air impact at the neighboring restaurant.


Results

EnviroForensics provided an effective environmental remediation solution and effectively mitigated the vapor intrusion concerns. The insurance carriers ultimately agreed to fully cover all costs. The owner did not have any out-of-pocket expenses. When the time comes to sell, the property value will be maximized—thanks in a large part to the owner’s proactive planning.


Contact us for more information.

What makes cleaning up perc spills so expensive?

PERC IS ONE OF THE MORE EXPENSIVE CONTAMINANTS TO CLEAN UP. HERE’S WHY IT’S SO EXPENSIVE TO CLEAN UP AND WHAT YOU CAN DO ABOUT IT.

Blue drums filled with perc or perchloroethylene stacked on top of one another

Dry cleaners are keenly aware that the use of tetrachloroethene (PCE, known as Perc) in the textiles industry has become as heavily regulated as nearly any other industrial chemical to date. In fact, environmental concerns resulting from the current or past use of Perc are practically as common as those arising from old gasoline stations. Everyone has seen the vacant, seemingly valuable, corner lot that used to house a bustling gas station yet is now sitting in ruin. These old gas stations are known to have been the cause of environmental problems, and the high cost of the cleanup is often the reason why they go dormant for so long. Unfortunately, the amount of time and money that is required to investigate and ultimately clean up dry cleaner sites that have been impacted with Perc can be several times higher than at typical gas station sites. A common gas station site falls into the $350,000 range, and we have seen average closure costs for dry cleaner sites more in the $1 million to $1.25 million range. What makes Perc so much harder and more expensive to clean up than petroleum?

This article discusses a few of the complicating factors about Perc releases that make them so unique and so darn expensive.

1. PERC IS HEAVIER THAN WATER

Part of the reason that Perc releases are so challenging to investigate and cleanup is because of its chemical properties. PCE is over 60% heavier than water under normal conditions and sinks to the bottom while the groundwater floats on top. Likewise, when a release of Perc to the ground occurs and it reaches down to the groundwater table, it will continue to sink until it hits a layer of dense material, like clay.

Illustration of perc contamination sinking through the groundwater to the bedrock while the petroleum sits on top of the groundwater
An illustration of PCE contamination vs petroleum contamination.

It will sit there and continue to dissolve for a long time, which can cause a long groundwater contamination plume. The groundwater plume may also be very deep, depending on the geological conditions in your neighborhood. Big and deep means that more off-site properties are likely to be impacted as the plume grows. If multiple clay layers exist, there may be continuing sources of groundwater impacts.

FACT: PERC IS HEAVY AND CAN TRAVEL FAST AND FAR, WHICH CREATES LARGE PLUMES IN GROUNDWATER.

Petroleum products, including gasoline, diesel fuel, Stoddard solvent, and the like, are less dense than water. In contrast to Perc releases, once a petroleum spill reaches the groundwater table it floats on top of the groundwater and migrates horizontally. As a result, most petroleum releases are fairly shallow and comparatively simple to investigate and cleanup.

2. PCE IS RESISTANT TO NATURAL BREAKDOWN

There are naturally occurring microbes, bugs, in the subsurface that breakdown many organic compounds and materials. In the shallow zones, there is usually plenty of oxygen in the soils and groundwater, and oxygen-loving bugs thrive here. Some varieties of these bugs readily use petroleum contamination as a food source, which has the result of slowly reducing the amount of petroleum contamination over time. So, recall that most gas station and petroleum pollution is present in the shallower zones of the subsurface where there are plenty of these helpful, oxygen-loving bugs that eat petroleum, and voila; you have a cheap cleanup method. In fact, a common and cost-effective remediation strategy in these situations involves simply monitoring the effects until cleanup objectives are reached, which is called Monitored Natural Attenuation (MNA).

Conversely to petroleum releases, the type of bugs responsible for the biodegradation of Perc and other chlorinated solvents thrive in an environment without the presence of much oxygen (anaerobic conditions). The most common biological process that naturally occurring bugs use for breaking down Perc is called reductive dechlorination. In this process, the bugs cause hydrogen atoms present in the groundwater (H2O) to be substituted for chlorine (Cl) atoms in the Perc molecule.

Chemical structure of Perc or PCE degrading into TCE, cis-DCE, and finally VC
Follow the loss of chlorine (Cl) atoms through the degradation process.

That’s why it’s called dechlorination. Each time a chlorine atom is plucked off the parent Perc molecule; Perc, which has four chlorine atoms, is transformed to trichloroethene (TCE), which has three chlorine atoms, to dichloroethene (DCE), which has two, to vinyl chloride, which has one, and ultimately to ethene, which is basically a Perc compound with no chlorines at all. While Perc and all its other daughter products are considered toxic, ethene is non-toxic.

So, cleanup of Perc spills can be performed taking advantage of these naturally occurring bugs, but they aren’t really found in very common places. The conditions present in the subsurface need to be studied carefully and a remediation plan needs to be devised that takes advantage of this complicated, naturally occurring process to help achieve cleanup objectives where spills of Perc have occurred. Many times, naturally occurring conditions in the groundwater must be enhanced to take away the oxygen and we may even need to inject more of the right kind of bugs to speed up the reductive dechlorination process.

FACT: THE PERC DECHLORINATION PROCESSES ADDS SIGNIFICANT COST AND TIME TO REMEDIATION PROJECTS, AS COMPARED TO THE SIMPLE MONITORED NATURAL ATTENUATION OF A PETROLEUM PLUME.

3. PCE VAPORS ARE PERSISTENT AND MOBILE

Not only is Perc resistant to natural degradation, it also can remain in the soil as a vapor for a long period of time without breaking down. As all dry cleaners know, the volatile nature of Perc means that it will evaporate from a liquid to a vapor easily, which is one of the characteristics that make it such a good cleaning solvent. However, once PCE is released to the subsurface it also volatilizes as it disperses through the soil. If the vapors reached an occupied structure, like a house, and migrate into the indoor living space, vapor intrusion (VI) has occurred.

An illustration of perc soil vapors moving through the soil and into the basement of a home
An illustration of vapor intrusion.

VI concerns are at the top of most regulator’s list of concerns since Perc is considered a probable carcinogen. Just like we discussed above, the special kind of bugs needed to break down Perc don’t like oxygen, and the soil where the Perc vapors are is full of oxygen. Perc vapors don’t breakdown, and they can cause VI concerns for a long time. Since PCE vapors do not readily breakdown, they have been known to travel great distances  even from minor solvent spills. Many dry cleaners are located close to their customers in highly populated areas, and as a result the risk of VI occurring from a subsurface release is compounded.

FACT: THE VI EXPOSURE PATHWAY IS AN EXTREMELY COMPLICATED PROCESS, WHICH REQUIRES A SOPHISTICATED AND KNOWLEDGEABLE ENVIRONMENTAL PROFESSIONAL TO ADEQUATELY INVESTIGATE AND ADDRESS THE PATHWAY. BECAUSE OF THIS, COSTLY VI INVESTIGATIONS AND MITIGATION SYSTEMS COME WITH NEARLY EVERY DRY CLEANER SITE WHERE A RELEASE OF PERC HAS OCCURRED.

On the flip-side, VI issues occasionally happen with gas station sites, but it’s not all that common. The petroleum hydrocarbon compound Benzene is a major component of gasoline spills. It is also very volatile and is a known carcinogen, like Perc. The difference is that benzene vapors have been shown to naturally degrade in soils. As a result, the occurrence of VI concerns resulting from releases of petroleum products is limited, and the associated costs are not necessary at gas station sites as often as at dry cleaner sites.

These are only a few of the reasons that releases of PCE from neighborhood dry cleaners are commonly so much more expensive to address than those from the typical corner gas station.

WHAT YOU NEED TO KNOW

It’s crucial that owners and operators of dry cleaning operations that have historically used or presently use Perc be aware of all potential funding sources available to them, such as:

  • Historical insurance policies
  • Redevelopment cleanup grants
  • State Trust Funds

In those states that have dry cleaner remediation trust funds available for cleaning up dry cleaner sites, they are commonly stretched thin due to lack of funding, if eligibility is still available.

Historical insurance policies have proven to be the most powerful funding sources for dry cleaners across the country. Dry cleaner sites contaminated with Perc are complicated, expensive, and risky. Your best plan of action is to actually have a plan of action.

Contact us to get your action plan started.

As seen as Cleaner & Launderer


Headshot of Jeff CarnahanJeff Carnahan, LPG, has 20+ years of environmental consulting and remediation experience. His technical expertise focuses on the investigation and interpretation of subsurface releases of hazardous substances for the purpose of evaluating and controlling the risk and cost implications. He has focused on being a partner with the dry cleaning industry for the past decade, and he’s a frequent contributor to the national dry cleaning publication Cleaner & Launderer. He is an industry leader in understanding that environmental risk includes not only cleanup costs, but also known and unknown third-party liability.

How Clean is Clean Enough? Regulatory Closure vs. Environmental Remediation

HOW TO MAKE FINANCIALLY SOUND ENVIRONMENTAL CLEANUP DECISIONS

Squeegee washing dirty sky

BY: JEFF CARNAHAN

Many years ago, when I was a younger man just waiting for life to teach me the lessons I’d need, I had a brown, four-door 1976 Ford Maverick. This thing wasn’t pretty, and it certainly wasn’t cool, but it got me to school and to work, and occasionally it would deliver a brave girl and I to the movies on a Saturday night. I spent the time needed to change the oil and replace the filters, but for the most part I took for granted how important it was to me. One day on my way to somewhere, I heard an awful clunk and it just died. The first thought through my head was, “Oh no! How much is this going to cost me?” After a $50 tow to the shop and following several hours of waiting, the mechanic asked me this question, “Well son, do you want it to run, or do you want it fixed?”

I’m sure you can figure out the rest of the story. Since I was counting pennies at the time, I chose to have the minimum amount of work done to get my car running and back on the road immediately for the cheapest amount possible, rather than investing the time and money into getting it fixed correctly. I won’t bore you with the details but be assured that when that old Maverick died for good soon after, I was left high and dry with no transportation and wishing I’d have made a different decision a few months prior. That was an important lesson for me, and one that I keep with me.

TIP: FIX THINGS RIGHT, AND THE INVESTMENT WILL MORE THAN PAY FOR ITSELF.

I’d love to say that it only took that one incident for me to learn this lesson. It’s funny how life keeps giving you opportunities to learn.

Most of us have an example of how we’ve experienced this situation in the past, but when these types of decisions must be made in business it’s even trickier. In your experience, was it during a dry cleaning machine repair job or when fixing a leaky roof, or even as you tried to put yet another quick fix on that temperamental boiler? Environmental cleanups probably don’t come to mind for most folks, but the exact same thing applies for them. There are three components to dealing with an environmental contamination problem:

  1. Immediately halting any human exposure to chemicals that may be occurring;
  2. Cleaning up the contamination on-site and off-site; and
  3. Getting a Closure, or No Further Action, Letter from the state regulatory agency.

Once the necessary work has been conducted to stop human exposure, the question then becomes, “Now, do you want it clean, or do you just want a regulatory closure?” This may be putting the cart before the horse a little bit, but let’s leave the discussion about why immediately halting human exposure is top priority and non-negotiable for a later edition, and let’s focus on the interplay between cleaning up and getting regulatory closure.

WHAT DOES “CLEAN” MEAN IN AN ENVIRONMENTAL CLEANUP?

When performing an environmental cleanup, there is very little basis to involve the word “clean”. True clean never really occurs. There are only various levels of not quite, and at some point, it’s “clean enough”. In the world of environmental contamination there are numerous people setting the standard for when a property can be called “clean enough”. Most regulators worry mainly about two things beyond the current human exposure component:

  1. Ensuring that the contamination problem is getting better rather than worse
  2. Ensuring that there is no threat of future human or ecological exposure

Believe it or not, your property doesn’t have to be very clean at all for these boxes to be checked. Other parties who will be deciding if your property is clean enough are future purchasers and their financial lenders. They will not only be looking at whether you have a regulatory closure, but they will also be using the general environmental health of the property to help determine its practical value. This is a component that often gets overlooked when deciding how clean is “clean enough”. If the money isn’t spent during the first crack at environmental remedy, it could cost a significant amount of money later in the form of a lower property value when it’s time to sell, or a requirement for additional environmental work to be performed to even attract qualified purchasers.

TIP: THE TRICK IS TO STRIKE JUST THE RIGHT BALANCE BETWEEN SPENDING MONEY ON ACTIVE ENVIRONMENTAL CLEANUP, AND THE FUTURE COSTS THAT COULD ARISE. THIS WILL BE A LITTLE DIFFERENT FOR MOST EVERYONE FACING THESE DECISIONS, BUT THE FUNDAMENTAL THOUGHT PROCESS REMAINS THE SAME.

WHAT DOES REGULATORY CLOSURE MEANS FOR DRY CLEANERS?

Some state environmental regulators have very prescribed cleanup standards that have been put in place for regulated chemicals and are based upon certain human exposure scenarios given various land uses. For example, the cleanup standard for tetrachloroethene (PCE, or Perc) is much less stringent for properties which are and will remain commercial or industrial in nature, as opposed to used for residential purposes. This is because commercial property users spend much less time at the property than a residential user would and are engaging in activities that are much less likely to put them in contact with subsurface contamination than the residential user. So even when regulators strictly apply cleanup standards, their definition of clean is different for commercial and residential properties.

Other states allow for the person or business entity responsible for the contamination (Responsible Party, or RP) to decide how clean is clean enough by giving them the option to determine ongoing land usage more specifically with deed restrictions that limit the type of activities property owners and users can perform. A classic example is turning a contaminated property into a parking lot, and then putting in place a deed restriction or covenant that states that the property must always remain a parking lot, and it must be maintained that way, so no one can come into contact with the contamination. In this scenario, there is no need to perform much contaminant removal beyond what is necessary to keep it from spreading to other properties beyond the owner’s control. The presence of the well-maintained parking lot surface and the accompanying deed restrictions essentially remove the “risk” of human exposure. This type of regulatory closure is called a “Risk-Based Closure”. Many RPs initially love to employ such Risk-Based Closures because they are much cheaper initially than those remedies where a substantial amount of cleanup occurs. But keep in mind the little story about my old Ford Maverick. “Do you want it fixed, or do you just want it to run?” Well, do you want it clean, which restores your property to fair market value and provides you with a more robust set of reuse options, or do you just want a regulatory closure, which doesn’t restore your property to fair market value and limits future reuse options?

Settling for a pure Risk-Based Closure in lieu of a significant active cleanup can negatively impact the value of your property. I’m not saying complete elimination of environmental impacts is wise, or even possible. In fact, most of the time, it’s not even realistic to assume that every molecule of contamination can be removed from the soil, groundwater and soil gas after an environmental release. As such, nearly every remedy contains some component of a Risk-Based Cleanup. As I mentioned a bit earlier, the trick is finding the right balance that incorporates not only your wants and needs regarding post-closure usage of your property, but also takes into consideration your ability to shoulder the significant cost of active remedy.

BUSINESS AND PROPERTY OWNERS SHOULD WANT BOTH THE REGULATORY CLOSURE AND ENVIRONMENTAL CLEANUP

Environmental cleanup is a very costly endeavor, and it can heavily burden a business. Depending on how your business is set up, the liability for contamination could actually lie with you personally. Before you make that decision about how clean is clean enough, carefully consider all that you can afford. If you can swing it, the investment in a cleaner site will pay off in the future. Be sure to consider all your financial assets that can be used to pay for environmental cleanup.

TIP: REMEMBER THAT PAST COMMERCIAL GENERAL LIABILITY INSURANCE POLICIES CAN BE TRIGGERED TO PAY FOR ENVIRONMENTAL CLEANUP. ESPECIALLY SINCE MOST ENVIRONMENTAL RELEASES ALSO OCCURRED IN THE PAST.

By levering as much cleanup power and by choosing the best cleanup option, you can add value back to your contaminated property for future reimbursement. I wish the decision I made back with my Ford Maverick had been, “I want it to run, and I want it fixed.” As is the case for many dry cleaners, you’ll be better off if you get a regulatory closure and a cleanup.

Contact us to discuss leveraging environmental cleanup to restore property value.

As seen in Cleaner & Launderer


Jeff Carnahan, President at EnviroForensics
Jeff Carnahan, LPG, has 20+ years of environmental consulting and remediation experience. His technical expertise focuses on the investigation and interpretation of subsurface releases of hazardous substances for the purpose of evaluating and controlling the risk and cost implications. He has focused on being a partner with the drycleaning industry for the past decade, and he’s a frequent contributor to the national drycleaning publication Cleaner & Launderer. He is an industry leader in understanding that environmental risk includes not only cleanup costs, but also known and unknown third-party liability. 

LISTEN: Henshaw Talks about Thermal Remediation, Revitalization, and Reuse on NPR

EnviroForensics CEO, Steve Henshaw, PG, spoke with Chris Nolte, the host of Lakeshore Public Media’s talk show, Regionally Speaking, to discuss the success of thermal remediation technology used at the former Family Pride Dry Cleaner and Laundry in Crown Point. They also talked about the property’s future, now that it’s back on the market and ready for productive use.


Check out the interview to learn more.


This interview has been edited for clarity.

Chris Nolte: Well first, for folks who may not remember our last conversation, tell us what EnviroForensics does and how important it is in particular to the project you guys just finished up in Crown Point.

Steve Henshaw: Sure. Thank you so much. EnviroForensics has been in business for over 20 years and we are a full-service environmental engineering firm. We investigate environmentally contaminated sites, and we design and implement the remediation. We get properties through the regulatory process – and get them back in productive hands to develop, reuse and get back on the tax roll.

What’s unique about EnviroForensics is we have the ability to go back and find old insurance policies that were really written for normal slip and falls; these normal slip and fall Commercial General Liability (CGL) policies can be used to pay for the expensive cost of environmental cleanup and investigation. And, that’s what really sets us apart from the competition; we can go and find the money to pay for these cleanups, which can routinely be a million and a half dollars at a normal dry cleaner.

Learn more about CGL policies

 
Nolte: Tell us about this project, which we see here used to be known as the Family Pride Laundry, located on North Main Street in Crown Point. Many people drive by it, even now every day as they’re traveling north and south into and out of downtown Crown Point. This business has been closed for a number of years and I guess it’s been up for sale for some time but it’s not had much luck in finding a new owner because all of its past baggage, so to speak. Tell us what you folks managed to clean up out of that facility to be able to reopen it up again and make it “redevelop-able”.

Henshaw: This was a site that was brought to us through the banks that the previous owner was working with. In many situations, when a business pays a loan to buy equipment and operate they commonly put up the property as a secured asset, and, in the business of environmentally contaminated piece of property, the bank may not realize what the business had as their secured asset. This is because when the business was no longer able to perform on the loan then the bank considered foreclosing on the property, but the bank doesn’t want to be the owner of a contaminated property.

Nolte: Well, yeah.

Henshaw: The bank brought us in and we were able to find a buyer for the note and then pursue the old insurance policy. It’s taken a little bit of time to work out those details, but once we got it all taken care of with the bank and the note was in new hands; we continued to pursue the insurance carrier. Then we investigated the dry cleaning site to determine the extent of the contamination and brought in a unique process of using thermal remediation, which heats up the soil and the groundwater, to fry off the volatile organics that are in the soil and groundwater. Old dry cleaners used chemical solvents, which are carcinogenic, to take creases out of fabrics and the solvents are heavier than water so they fall through the water columns. Really this is just a normal and routine part of the business, but these solvents can enter sewers or cracks in the floors through spills and unfortunately a little bit goes a long way. Many dry cleaners experience this environmental contamination, but in this situation, we brought in and employed a thermal remediation technology that worked with NIPSCO to bring in a high-voltage power line and heated the soil and the groundwater to near boiling. We implemented this in late May 2018 and shut the system down in early September 2018 and we had 99% removal of the contamination in just four months. So that’s what really makes this site unique. These are sites that can go on five, 10, 15 years and then the residual amounts of contamination that are still in groundwater and soil are still at levels that will require long-term monitoring of potentially 15 more years–just to monitor and make sure that the contaminants aren’t migrating off-site. But in this particular situation, we were able to get 99% of the contamination out of the soil and the groundwater in about 90 to 120 days.

Building with cleanup equipment inside fence
Thermal remediation technology reduced contamination by 99% in just four months.

Nolte: Now, Steve, I understand that in this particular site, what used to be the Family Pride Laundry, there on Main street in Crown Point had what they call perc, short for perchloroethylene, which is a solvent that was used commonly in dry cleaning. So, a person takes their clothes in to get the spots taken out; at this point Family Pride was still in business and they’d use the perc in their machines, so what a lot of this was, I’d imagine, were just maybe accidental spills of perc, but somehow or another that didn’t raise concerns, and it still got into the groundwater, didn’t it?

Henshaw: Yes, that’s correct. And the older machines didn’t have the same recycling capabilities, so often times, the perc was transferred to a distillation still to boil down the perc, so it comes overhead, it’s clean again and it gets reused. That’s just the process of recycling. Then you would also have these overfills and spills in the boiler system. You would have inadvertent doors popping open with this solvent. You would have just small releases, but over time, they accumulate into a large enough problem that the state and the regulatory agency gets concerned about the carcinogenic aspects in the soil and the groundwater.

Nolte: This place opened up as a dry cleaner and laundry in 1961, I think if my info’s right, and was open until 2012 when the business finally closed up there, which means that site has been unusable pretty much since then. That is until you folks from EnviroForensics managed to help get the process going and get the cleanup started and finished. How do people feel now that the cleanup is down to 99% clean? You can’t get much cleaner than that short of just pure soil.

Henshaw: Right. Well, we do have some interested parties that are knocking on the doors and would like to use the property. It’s been a bit of an eyesore for some time. So we’re excited about being able to put that back into productive use. That’s the name of the game here; try to get the cleanup done quickly and get the property back on the tax roll.

Nolte: Now for folks that may not be aware what you folks have done. I know this is not the first project you’ve worked on in Lake County or Northwest Indiana. You’ve worked on a number of them before. And some rather environmentally dirty areas, too, I understand.

Henshaw: Mhmm, yes. The dry cleaning industry has been something we’ve been closely involved with, but it’s not exclusive to that. EnviroForensics was involved with the East Chicago Waterway Canal project, the Gary Airport, the sanitary, the old Ralston Street Lagoon to receive wastewater from the sanitary POTW. So, we have been involved in rather large-scale projects, as well, but the interesting thing is these small dry cleaners cause just as much environmental impact as some of these larger manufacturing sites. It sort of goes against the grain of what you might think, but these small dry cleaners, these releases of perchloroethylene, can be upwards of a million and a half to two million dollar cleanups–so they’re really expensive–and, of course, the real problem here is that these small mom and pops just have no way of paying for those cleanups. If it wasn’t for our ability to go back and find old insurance policies that can pay for these expensive cleanups then those sites would end up being orphan sites, that the EPA might have to take over, which means it would be on the taxpayers to eventually clean up.

Image of Downtown Crown Point, Indiana.
Image of Downtown Crown Point, Indiana.

Nolte: That would be a tough place to do a Brownfield project with the EPA because that’s right smack in a residential and a commercial area of Crown Point. Can you fill us in on any other related projects that you and your folks at EnviroForensics are working on now?

Henshaw: Well, we’re now embarking on a number of projects in the area. There are some abandoned sites within Hammond and we’re working with the City of Hammond to restore a couple of those old, abandoned sites there. Probably can’t release their names at this point, but there’s still a number of manufacturing sites that EnviroForensics has been asked to come out and take a look at to see if we can use our unique approach of finding those old insurance policies. We have an insurance archeology division that goes all over the country looking for and finding old insurance policies. These policies, again, are not written for cleaning up contamination. They were written as normal slip and fall policies; normal CGL policies, but because they didn’t have exclusions for pollution, they are able to be used to address environmental contamination, asbestos exposure, and other claims that might come about. So that is something we are active in all across the country, and certainly in Northwest Indiana.

Nolte: Well, Steve. Thank you very much for bringing us up to date here on a pending closure with no doubt soon-to-be new owners of the site that used to be so contaminated it had to close up–until you folks with EnviroForensics were able to get in there, and get the cleanup not only done but also make it available for somebody to be able to take on as a new property someday. Thank you for being with us to talk about it.

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Thermal remediation cleans up environmental contamination in just 120 days

For decades, the site in Crown Point, Indiana served as a dry cleaner and was unsuitable for redevelopment. In four months, EnviroForensics has successfully remediated contamination at the old Family Pride Cleaners, 600 N. Main Street, by using thermal remediation. More traditional cleanup techniques can take between five and seven years to complete but using an innovative thermal remediation technology to heat the soil and groundwater beneath the former dry cleaner, levels of contamination in the treatment area were effectively eliminated in just 120 days.

The property has a long commercial history, including being the site of a beverage manufacturer in 1921. A dry cleaner operated at the property between 1961 and 2012, after which time the resulting contamination had rendered the site uninhabitable. As with most dry cleaners, the cleaning process involved using a solvent called perchloroethylene (Perc) to remove grease and stains from garments and fabrics. Perc is a hazardous chlorinated compound that is delivered to dry cleaners as a liquid. Over the years during dry cleaning operations, especially during the time before the formation of the Environmental Protection Agency (EPA) and applicable regulations, small inadvertent spills occurred which caused the soil and groundwater beneath the building to become contaminated.

cleanup equipment in fenced area behind building
Thermal remediation technology reduced contamination by 99% in just four months.

As mentioned in an October 19th IndyStar article, the soil heating technology that EnviroForensics implemented during the cleanup increased the temperature of the soil and groundwater to near boiling, which essentially created a vapor of steam mixed with the Perc that was then captured and collected by above ground equipment. The collected Perc was then disposed of properly. Once subsurface temperatures reached near boiling temperature, the system operated for three months. Within this short time, the site contamination was reduced by over 99%! Now that the property is suitable for use, the property owner is currently working to redevelop the property and make it a part of the dynamic downtown Crown Point community again.

 

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