Start Recycling in 5 Easy Steps


One of the most important things you can do as an individual to clean up the environment, is to learn how to recycle. Every November 15th,
Keep America Beautiful and its 1,200 local affiliates, celebrates America Recycles Day. A day dedicated to educating the masses about recycling, and getting more Americans to commit to more sustainable lifestyles.

Why recycling is important

The average American produces 4 pounds of waste material each day (Not a typo). The amount of waste produced annually in the United States alone could circle the globe 24 times! A significant portion of that is plastic, aluminum, cardboard, paper, and glass that could be recycled instead. As the population continues to grow, and we produce more waste, we’re going to eventually run out of places to put it. Landfills also present their own set of problems. They emit greenhouse gases into the atmosphere and require deforestation, both of which contribute to the growing climate crisis. They can also leach hazardous runoff into the soil and groundwater, and pose a threat to surrounding populations.

Promoting sustainable values everyday 

As an environmental engineering firm, EnviroForensics creates healthier communities through remediating and removing environmental contaminants. Professionally, our team has taken the Partners Pledge as a part of the Indiana Department of Environmental Management’s (IDEM) Indiana Partners for Pollution Prevention program. Individually, our team members mobilize through the EnviroForensics Sustainability Council, organize regular neighborhood cleanups to pick up litter around our office, and push for more sustainable initiatives within the company. We also encourage each other to develop the sustainable habits that will lead to waste reduction. 

How to get started

Recycling is a lifestyle change that requires discipline and repetition. Here is a tried and true 5-step process that will make this easier. 

1. Start out small
Breaking old habits can be really difficult. Try to start out small by understanding what can and cannot be recycled.

Recyclable

  • Aluminum cans
  • Corrugated cardboard
  • Junk mail
  • Glass bottles

Not Recyclable

  • Plastic shopping bags
  • Foam cups or containers
  • Soiled food items
  • Broken glass

2. Purchase separate bins for recyclables at home 
Now that you know what you can recycle, you can start sorting your household waste into trash and recyclables. Make it easy on yourself and put a few recycling bins around the house. It may take a couple of tries to remind yourself to not throw your used aluminum cans in the trash, but that will change over time as you start to develop the habit.  

3. Find a public drop-off location
If you don’t have curbside service, try to find a public drop-off area. Most major cities have locations throughout the area that accept recyclables free of charge. Another option is to see if your workplace has recycling services, and if they allow employees to dispose of their recyclables there.

4. Subscribe to curbside pickup
Once recycling has become second-nature, and you feel comfortable paying a little extra, subscribe to curbside pickup service. Most private waste management companies have this as an option, and it normally only costs about $6 extra a month. To put that into perspective, a cup of coffee and a breakfast sandwich at Starbuck’s can run you almost $10.  

5. Tell people how easy it is and to join the movement 
Now that you’ve developed the habit of recycling, tell your friends and family how easy it was, educate them on how they can do it too, and get them to commit to recycling. 

Take the #BeRecycled Pledge


This post is brought to you by the EnviroForensics Sustainability Council

The EnviroForensics Sustainability Council advances education through community relations and implements sustainable practices in our operations and facilities.

What are Polychlorinated Biphenyls (PCBs)?

In this article, EnviroForensics’ Senior Project Manager R. Scott Powell shares his expertise on PCB contamination, remediation, and mitigation, and provides a 101 introduction to this man-made organic chemical. Scott has worked on a variety of projects with PCB contamination across the Midwest.

Do you have a PCB issue?

Polychlorinated biphenyls (PCBs) are man-made organic chemicals that were manufactured from approximately 1929 through 1979 when they were banned. PCBs were included in the manufacturing process of many materials and incorporated into products during this timeframe. At that time, the health risks of PCBs were not well understood or commonly known. PCBs were desired for their non-flammable, chemically stable, high boiling point, and insulating properties. PCB containing equipment, materials, and oils were regularly managed without sufficient care causing personnel and environmental exposures.

12 chemical structures for dioxin-like PCBs. Source

In 1976, the United States (U.S.) Congress passed the Toxic Substance Control Act (TSCA), which included regulations on PCBs and included the ban on the manufacturing or use of PCBs and other chemicals after December 1979. Because of PCB’s extensive use in the electrical utility sector, Congress did leave a caveat in the TSCA rules that allowed for PCBs to be used in equipment in a “totally enclosed manner” such as a transformer.

After the 1979 ban on the manufacturing of PCBs and PCB containing equipment, the most common source of PCB contamination on properties was from spills and releases from old leaking transformers, capacitors, and other electrical equipment that were left in service after the ban. These were generally addressed in the 1980s through the 2000s. However, unreported historical spills are still encountered to this day due to the chemical stability of PCBs.

Other potential sources of PCBs on your property can be from old equipment or other legacy materials such as: building caulking, window glazing, waste oil tanks, hydraulic equipment, oil-based paints, fluorescent light ballasts, thermal insulation, adhesives, large compressors, asphalt roofing materials, floor finishing, pesticides, printing inks, and wood treatment chemicals.

What are the health risks of PCBs?

The most common exposure routes of PCBs are direct contact and ingestion. Direct contact is likely from areas of PCB spills or leaking PCB containing equipment. Ingestion can be from improper hand washing after touching PCB contaminated areas or the consumption of fish or game in PCB contaminated areas. PCBs are a bioaccumulating molecule that collects in organisms and biomagnifies, which means that concentrations become more concentrated as they travel up the food chain.

An example of biomagnification of PCBs in the food chain. Source

PCBs are metabolized by the monooxygenase system (human metabolism of drugs) causing toxicity and can bond to proteins, RNA, and DNA causing DNA breakdown. Known human effects include dermal lesions, respiratory problems, reproductive and developmental problems, endocrine effects (thyroid problems), liver damage, liver cancer, stomach cancer, intestinal cancer, thyroid cancer, cardiovascular problems, musculoskeletal problems, and neurological problems, to name a few.

What is the current state of PCB use and what are my exposures?

PCBs have not been included in the manufacturing of materials in the U.S. since the 1979 ban. However, legacy issues remain at many properties.

PCB containing equipment that was manufactured before 1979 was allowed to remain in operation as long as the equipment maintained the PCBs in a “totally enclosed manner”. Some of these pieces of equipment can still be found in operation today such as fluorescent light ballasts and electrical transformers.

This is a photo of a former oil-filled transformer that had leaked from an elevated pedestal in an industrial building.
This is a photo of concrete stained with PCB containing transformer dielectric oil.

Though some of the initial PCB cleanup actions concentrated on the most prominent and visible PCB oil spills, other materials have been found to be PCB sources at facilities. Building caulking that was manufactured in the 1950s through the 1970s readily contained varying concentrations of PCBs. Even after the 1979 ban, these materials were stored and sold years after the ban since they met the exceptions of being manufactured before the ban was in place. Therefore, some structures built in the 1980s were subsequently contaminated during construction with PCB caulk. The PCB in caulk has been shown to migrate into the adjacent building materials, and as the caulk weathers that can migrate down to the soil.

Until recently, a prominent practice with a lasting effect can still be found at some sites today, which consisted of spraying down gravel parking lots and drives with waste oil to keep the dust down. Many times these waste oils contained PCBs.

One of the most extensive PCB impacted media is sediments along waterways and coastal areas. PCBs applied and used on land for agricultural, commerce, or industry follow the surface drainage, sewer drain lines, and other sedimentation paths flowing along drainage pathways to water bodies. Waterways receive sediment from multiple sources and subsequently distribute contaminants along their flow paths. PCBs are hydrophobic, which means that they are heavier than water and do not degrade readily, so they tend to settle into the sediments and get picked up by bottom-feeding organisms, which allows them to follow the food chain up to the top predators.

The examples above outline some of the more common legacy issues that can be found on properties; however, there are many other potential pathways and sources for PCB exposure. Knowing the historical operations and maintenance practices on your property will provide some guidance on exposure risks.

Do I need to mitigate or remediate PCBs at my property?

Though PCB toxicity varies between the different PCB species (carbon, hydrogen, and chlorine combinations), the U.S. Environmental Protection Agency (U.S. EPA) looks at the total PCB concentration for regulatory risk assessment and material management. Under the self-implementing cleanup rules [40 CFR 761.61(a)], response actions for PCB impacts and wastes are based on the class of the material (such as bulk PCB remediation waste, porous surfaces, non-porous surfaces, and liquids) and the area occupancy time (such as low-occupancy or high-occupancy). Material class and occupancy should be determined by your environmental consultant following 40 CFR 761.61(a). As a rule of thumb, materials below the threshold limits can generally remain in place while materials that exceed their appropriate threshold limits may need to be mitigated or removed.

Below are some of the most common PCB impact conditions and risk mitigation approaches found today. If you have any of these situations present on your property, you should contact an appropriately trained environmental professional to address your specific site needs.

  • PCB impacts on non-porous materials like metal, glass, epoxy coatings, etc. may be able to be washed off and demonstrated through sampling to be “clean” requiring no further remedial action.
  • Porous surfaces like concrete, porcelain, brick, etc. may be able to be cleaned, but more likely than not, they will need to be sealed with a solvent resistant coating applied in two layers. When the PCB impacts of porous materials exceed 10 milligrams per kilogram (mg/kg), the material may have to be removed and disposed of appropriately.
  • PCBs in the soil can remain in place with no action required when concentrations in the soil are less than 1 mg/kg, but when the concentration reaches or exceeds 1 mg/kg the soil will have to be removed or covered with an engineered control such as “clean” soil or pavement. If the PCB concentration in the soil exceeds 10 mg/kg, then it may have to be removed and appropriately disposed of.
  • PCB containing equipment can remain in service as long as it is in good condition. PCB equipment noted to be leaking will have to be replaced. Property owners disposing of PCB equipment will need to do so at an appropriately licensed landfill.

In addition, property owners need to be cautious of PCBs in sewers since the TSCA regulations have a PCB discharge limit of 3 micrograms per liter (µg/L) for liquids and 3 micrograms per kilogram (µg/kg) for solids. Though you may have a gravel parking lot with total PCB concentrations less than 1 mg/kg, requiring no additional action, the surface sediment can be transported to the storm or sanitary sewers during rain events. If this is a potential condition at your property, the sewer sediment and water will need to be sampled. If the materials within the sewer exceed the discharge limit of 3 µg/L for water or 3 µg/kg for sediment, then mitigation and/or remediation actions would be warranted to cease offsite exposure.

Site conditions, property use, and negotiations with U.S. EPA through your trusted environmental consultant will dictate mitigation and/or remedial actions appropriate for your property through a self-implemented approach, a performance-based approach, or a risk-based approach.

 
R. Scott Powell, PE, Senior Project Manager

Mr. R. Scott Powell is a Senior Project Manager with over 20 years of environmental consulting experience. Mr. Powell’s expertise covers a wide variety of projects ranging from due diligence, LUST/petroleum, hazardous material remediation, asbestos, lead-based paint, remedial actions, to remedial systems. He manages complex relationships fostering the cohesive involvement of several parties on multiple sites with co-mingled contaminant plumes requiring the implementation of remedial solutions for chlorinated solvents, hazardous materials, and petroleum hydrocarbon impacts. He has extensive experience with environmental regulatory compliance, including Clean Water Act (CWA), Comprehensive Environmental Response Compensation Liability Act (CERCLA), Resource Conservation Recovery Act (RCRA), Superfund Amendments and Reauthorization Act (SARA), and Toxic Substance Control Act (TSCA). Mr. Powell manages negotiations with state and federal regulatory agencies, provides litigation support in matters concerning environmental issues, and acts as a third-party reviewer of work performed by others.

Insights from the 35th Annual AEHS Conference

EnviroForensics’ Senior Engineer, Collin Martin, PE, CHMM, shares some insights from the 35th Annual AEHS Foundation Soils, Sediments, Water, and Energy East Coast Conference.

We had the opportunity to attend and present at this year’s Association of Environmental Health & Sciences (AEHS) Foundation Soils, Sediments, Water, and Energy East Coast Conference in Amherst, Massachusetts. The AEHS Foundation is a non-profit organization founded in 1990 to facilitate communication and foster cooperation among professionals concerned with the challenge of soil, sediment, and water assessment, cleanup, and protection. They focus on helping the international community adopt and maintain environmental sound and sustainable practices.

The conference itself dealt with site investigation, remediation, risk assessment, sustainability approaches, and cutting edge technology from the environmental consulting industry. It was jam-packed with technical presentations, exhibits, and workshops from all the leading consulting and regulatory bodies in the environmental field.

Insights on the emergence of PFAS and PFOS

We sat in on a three-hour session specifically dealing with PFAS (per- and polyfluoroalkyl substances). These man-made chemicals have been top of mind in the environmental field because they were so widely used between the1940s through the early 2000s, and there is evidence that exposure to them may cause adverse effects in humans like low infant birth weights, immune system impacts, and cancer. Perhaps the biggest challenge PFAS presents is their persistent nature; they don’t break down and they can accumulate over time.

The session we attended talked about new regulatory guidance, release investigation, and remedial approaches to PFAS. It was intriguing to see how new compound modeling techniques combined with standard conceptual site model evaluations are opening a new path to source area identification for the challenges we will face with this emerging contaminant.

Presenting research and key findings to our peers

We also had the opportunity to share our own research and findings with our peers in the environmental field. We presented a poster entitled “Using soil gas concentration mapping to predict soil vapor extraction radius of influence variances and optimize remedial system design.” 

Soil Vapor Extraction (SVE) is one of the most commonly used technologies for the remediation of unconsolidated soils impacted by chlorinated volatile organic compounds (cVOCs). Even with a lot of data, an SVE system can run into unforeseen problems. Our objective was to see if the key to filling some of these data gaps was through soil concentration mapping. 

Along with presenting our findings, we also pioneered a new format of scientific posters. Our poster featured a more concise, condensed presentation of our findings with a QR code to a webpage that offered a deeper dive into the data. At conferences like AEHS, there can be hundreds of posters displaying seemingly endless amounts of data. Our poster addresses the main findings of our study, gives the conference attendees an opportunity to look into the underlying data sets at their leisure, and affords them more time to see other posters.

For a deeper dive into the data, check out our webpage for “Using soil gas concentration mapping to predict soil vapor extraction radius of influence variances and optimize remedial system design”

Continuing education and affirming remediation methods

It is our objective as scientists to have curiosity and be relentless in our pursuit of verifiable truths. We attend events like this to gain new perspectives on ongoing and emerging remedial challenges and affirm our own understanding of standard remedial planning practices. In this regard, a conference like AEHS is a net positive to both EnviroForensics and the entire environmental industry.

Learn more about the AEHS Foundation. Visit aehsfoundation.org.


Collin Martin, PE, CHMM
Collin Martin is a Senior Engineer and Technical Group Manager at EnviroForensics, and has over 14 years of diversified professional experience in environmental consulting. He has a focus on remedial technology assessment, mechanical system design, and remediation implementation oversight. He has designed and implemented over 20 remediation systems using a variety of remedial technologies, including air and ozone sparging, hydraulic fracturing, soil vapor extraction, multi-phase extraction, and thermal remediation. Mr. Martin has experience in all phases of remediation planning, feasibility studies, pilot testing, and mechanical system data analysis and optimization efforts. 

 

Recap of the 2019 NELA Annual Meeting

EnviroForensics’ Account Executive, Joe Miller, shares some insights from the 2019 NorthEast Laundry Association’s Annual Meeting and Fall Conference.

We were pleased to attend the 107th NorthEast Laundry Association (NELA) Annual Meeting and Fall Conference in Newport, Rhode Island. Established in 1911, NELA is one of the longest operating associations for textile supply and service companies in the country. NELA member companies clean and maintain reusable textile products like uniforms, sheets, table linen, shop and print towels, floor mats, mops and other items to businesses in all industries. 

This year’s Annual Meeting and Conference was packed with opportunities for laundry operators to network, share ideas, and learn new ways to maintain and promote their businesses, and cultivate relationships.    

Annual Meeting Overview

Breakfast and “Cracker Barrel” Session

Saturday started bright and early with the breakfast and “Cracker Barrel” session. All conference attendees gathered in the Newport Marriott’s Grand Ballroom to partake in the most important meal of the day and hear each vendor give a 30-second overview speech about their company and how they work hand-in-hand with the laundry operators. This was a useful session to get to know the players in the industry and break the ice in the process. 

The Cracker Barrel Session during breakfast gave vendors an opportunity to give a quick, 30-second speech about their companies to the group.

Educational Sessions

After everyone had a chance to reacquaint themselves, it was time for the education sessions. EnviroForensics had the honor of presenting on environmental investigations and insurance recovery. Our presentation, Environmental Investigation and Cleanup: Getting Into the Driver’s Seat, talked about the complex environmental investigation and cleanup process and how to minimize out-of-pocket costs and add value to your business.

EnviroForensics’ Joe Miller presenting “Environmental Investigation and Cleanup: Getting into the Driver’s Seat.”

After the presentation, we had the opportunity to learn more about individual NELA members concerns regarding environmental issues.

Learn how insurance archeology can find historical insurance policies that help protect businesses from environmental liability claims.

Capping off the educational sessions was the President of Fortune Web Marketing, Jennifer Rae Stine, who talked about digital marketing and how it can be applied to the textile industry. Her presentation focused on leveraging social media and search engine optimization (SEO) to “win the web,” and create new business in this mobile-driven, user-centric landscape in which we live.

Networking and Forging New Relationships

The conference ended with a formal dinner and reception where laundry owners and operators had another opportunity to mingle with vendors and sponsors in attendance and create new business connections. We talked with some laundry business owners about their own concerns with potential environmental liability, and answered questions about the process. As usual, it was rewarding to see small business owners come together around a common cause and talk about how they can continue to support one another.

If you want to become a member of the NorthEast Laundry Association, visit nelaundry.org.


Joe Miller, Account Executive
Joe Miller brings 15+ years of account management and environmental due diligence experience. He is a licensed mitigator and understands the technical aspects of contaminated sites as well as the associated business liabilities. As an Account Executive, Miller conducts preliminary assessments to help determine if historical coverage can be a funding option and provides proven solutions to private business owners including dry cleaners, small-large manufacturing facilities, municipalities, and redevelopment coalitions.

Q&A: EnviroForensics Answers Questions From Members of the Pennsylvania Delaware Cleaners Association

An environmental investigation and cleanup at a dry cleaner presents a series of complex and unique challenges. With the help of an insurance archeologist, a trusted environmental attorney, and an experienced team of environmental consultants, it doesn’t have to be so difficult.

EnviroForensics’ President, Jeff Carnahan, LPG, Director of Accounts, Dru Shields, and Account Executive, Joe Miller discussed this in a recent webinar co-sponsored by the Pennsylvania Delaware Cleaners Association (PDCA). At the end, attendees submitted questions about their own environmental situations for the panel to answer.

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

Dru Shields: When a cleanup has already been completed, it is possible to recover some of the costs that have been spent already. You may not recover all costs. Depending on case law in your state, there may be some hurdles. But, seeking out an insurance archeologist can help you go through your information, and locate historical insurance policies by:

  • recovering old business records and old historical insurance policies,
  • walking through the process of pulling together the corporate history,
  • pulling together any information on stakeholders that were involved in the business, and
  • pulling together any business records that you do have will be helpful when you initially reach out to an insurance archeologist.

2. 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?

Shields: That is a really good question. We’ve actually had a few of these situations come through recently. Even if you don’t have an action against you that’s going to trigger your insurance, locating those policies and making sure you have a safety net in place for when that situation arises, is always going to put you in a much better position than if you were to be in a reactive position, when it comes to actually getting the claim needed, whether that’s the lawsuit or a letter from your state regulatory agency. As I mentioned before, with the lawsuits it doesn’t necessarily have to be a contentious lawsuit. It could be an agreement you have in place with someone—whether it’s a neighbor or a landlord—someone who understands that to get the situation cleaned up and addressed, you’re going to need a lawsuit. So, that is something that we can assist with as well.

3. What is the average cost of a Phase I and a Phase II investigation?

Joe Miller: The average cost of a Phase I and a Phase II can vary all over the map. A Phase I is mostly a desktop investigation to see what the history of the property usage was, so not only was there just a dry cleaner, but what was there in the past? What could have potentially impacted that property beforehand? And also, what, in the surrounding area, could be impacting that property, too? What is the risk? So, the cost of a Phase I can range anywhere from $1,800 to upwards of $2,500-$3,000.

A Phase II are a little more difficult to name a price on because that’s really tough to determine how many holes to poke in the ground. That’s an actual investigation where you’re sampling; you’re taking samples of the soil beneath your site, you’re taking samples of groundwater beneath the site, sending those for analysis, and then generating a robust report of those findings. So, in any case a Phase I or a Phase II, we still suggest that you do your insurance due diligence first; Make sure we have a safety net of payment in place, in case something does pop out of those, especially a Phase II. And, be ready to go in case an environmental issue is found in those investigations.

Jeff Carnahan: I think the cost of a Phase II—if you’ve done what you’re talking about and actually have done the homework and find out that you’ve got coverage in place—the cost of your Phase II investigation can be mitigated, it can be kept minimal. In that situation what you’re concerned about is: Do I have a problem or don’t I have a problem? And, since we’ve worked with a lot of dry cleaners across the country, we know of three or four locations at a site where a problem is likely to be found. If that Phase II is to satisfy a lender, they might need more data confirming a property’s compliance. So, on the short-end, you’re looking at $10,000 – $12,000 for a minimal Phase II. If you need to satisfy your lending institution for a transaction, it might be closer to $25,000.

4. Can you use insurance archeology in addition to state-funded environmental cleanup programs?

Shields: The short answer here is yes. We have worked with a few different state funds to keep dry cleaners eligible for the fund. The goal is to use the historical insurance policies to pay for the cleanup. We have also worked with funds to implement language where a dry cleaner is required to look into locating historical insurance policies before they’re eligible for the fund. So, those funds want members to make sure there isn’t another source of funding before they’re able to dip into the funds provided by the states. And, that’s not to say though that there aren’t some funds that may have rules in place that would maybe not allow for insurance where they would prefer people who are using insurance to use only insurance, but if you have insurance and it’s going to cover it, and you have a state fund, and we’re able to keep you eligible, then yes, you can use both.

Learn more about how insurance archeology can help dry cleaners in states where the dedicated cleanup funds are drying up.

5. Will PERC naturally degrade over time if nothing is done?

Carnahan: I’ll try not to geek out too much on the science, guys. A lot of times we’ll go investigate gasoline sites and we’ll find evidence of impacts, but gasoline contamination will naturally degrade over time. If it’s a really old spill, sometimes you don’t have to do much. On the other hand, chlorinated solvents are considered recalcitrant compounds. That means that they don’t go anywhere, and they are very stubborn. Under natural conditions, there can be some breakdown, but not substantial over time. With Perchlorethylene, the degradation process that microbes will assist with; it goes from perchlorethylene down to trichlorethylene, so these chlorine atoms will cleave off of the molecule over time. We have investigated 50, 60, 70 year old dry cleaners or chlorinated solvent sites where we only see perchlorethylene; There’s been zero degradation over time. So, if your plan is, “Gee, my grandpa never did anything because he was hoping it would go away over time. My dad did the same thing. My mom did the same thing. And, now I’m doing the same thing,” it may not work out for you very well.

Miller: One other piece to mention is the differences of geology in different areas. One of these degradation materials that Perc turns into is vinyl chloride, which likes to hit sand and travel even faster through sand than actual Perc does. So, sometimes a problem that could have been a big problem to begin with, can be a miles-long problem after years and years of motion in groundwater.

See why Perc contamination expensive to clean up, and why an experienced consultant is required to manage the issue in a cost-effective way.

6. 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: Not really. But you can be essentially hounded by the regulatory agency, and they’ll be on your back for a long time. Regulatory agencies are able to enforce stipulated penalties and/or fines if work does not move forward, but realistically if the money is just not there, there’s not a whole lot they can do about it other than to continue to be on your case about it. Now, ultimately if there’s actually a human exposure because of the contamination at your site, but you literally do not have the money to clean it up, the EPA or the state agency can actually come in and take control of your site and spend money to take care of that ongoing exposure. However, just because the state comes in it doesn’t mean that they’re going to shoulder that cost. You’re going to get hit with a bill for money that somebody else spent. So, again, if you’re having trouble like that, we really recommend looking for your old policies. Let us look for those historical insurance assets so you can take control of the environmental issue yourself, because only then will be able to really take care of the situation.

7. On average, how long does it take to look for old insurance policies?

Shields: We typically give our insurance archeologists about 90 days to complete a project. If it needs to be expedited, we can take that into consideration as well, but the average time is 90 days.

8. How do I select a good environmental consultant?

Carnahan: Dry cleaner sites can be very specific. The contamination that occurs at a dry cleaner site is most likely operations-oriented. Whether it’s been a series of boil-overs in your still, whether or not there’s been a release to the sewer from the separator water, whether or not it’s been from a muck pile or from a drum of spent cartridges out back, you really need to find a consultant who has specific dry cleaner experience because they’re the ones who are going to know where to look. They’re the ones who will be able to more efficiently define the nature and extent of contamination in a reasonable manner. Also, chlorinated solvents are really tricky. They don’t break down over time. The pure product is heavier than water, which means that whenever it migrates down to the water table and continues down beneath the water table, it’s really hard to find, and if you don’t have a consultant that’s experienced with that specifically, it can be difficult to get your site cleaned up. So, how do you go about doing that? We can help you with that and can work with you. If you’re located where we can’t specifically get out there and start doing the investigation ourselves, which is of course one of our specialities, we’ll work with you. We’ll stand beside you during the claims process. We’ll stand beside you during the investigation process, and make sure that everything is on the up and up and looking good.

See our list of 5 considerations for when a dry cleaner is selecting an environmental consultant

9. We’ve found our insurance policies, but what happens when the insurance company no longer exists?

Shields: We’ve seen cases where insurance companies have been acquired by other insurance companies, and in that case you can find the chain of ownership and figure out who the main carrier is and whether or not you can still tender claims on those policies. We have also seen cases where the insurance carrier has been completely liquidated, and in some instances, there have been time stamps on how long you can tender claims. If that timeframe is up, you won’t be able to tender on those policies. In many cases we’ve found that dry cleaners switch insurance carriers over time. The likelihood of a dry cleaner having one insurance carrier for the entire extent of their ownership is low. It’s more likely that they would have changed to get better premiums, so the goal there would be to find policies that would have been held by insurance carriers that are still solvent.

Do you have a question that hasn’t been answered here? Contact us for a confidential consultation.

 


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.

Dru 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 Midwest Drycleaning and Laundry Institute (MWDLI) Advisory Council. 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.

Joe Miller brings 15+ years of account management and environmental due diligence experience. He has a background in geology, is a licensed mitigator, and understands the technical aspects of contaminated sites as well as the associated business liabilities. As an Account Executive, Miller conducts preliminary assessments and provides proven solutions to private business owners, small-large manufacturing facilities, municipalities, and redevelopment coalitions.

The Environmental Consultant’s Remediation Tool Belt for Dry Cleaners

REGARDLESS OF HOW CONTAMINATION CAME TO BE OR CAME TO BE DISCOVERED AT YOUR DRY CLEANING SITE, THE END GAME IS TO CLEAN UP THE PROPERTY WITH THE RIGHT TOOLS AND MOVE ON WITH YOUR LIFE. HERE WE DISCUSS THE REMEDIATION OPTIONS AVAILABLE FOR DRY CLEANERS.

BY: JEFF CARNAHAN

Some questions you may consider when faced with environmental cleanup include “What does the cleanup process look like?”, “How long does it take?”, “How much does it cost?”, “What kind of inconvenience will you or your tenant have to endure during the process?”. There are many options available for use during site remediation at dry cleaning sites, but several factors need to be considered to determine which of them is best, including:

  1. Types of contaminants, like perc, that need to be addressed
  2. Extent of the contamination like soil impacts and/or soil, groundwater and vapor
  3. Property-specific geologic conditions like clay or sand
  4. Naturally occurring geochemical conditions
  5. Timing limitations
  6. Cost limitations
  7. Property usage limitations like building occupancy

Once a clear picture has been developed regarding your specific needs, then your environmental consultant can put together a remediation plan with the various tools from their tool belt to get the job done. Each technical component of the cleanup approach will have limitations, based upon your site needs, so putting together the right tools requires some creativity and a substantial amount of attention to your business needs. If this all goes smoothly, you can get your regulatory closure and peace of mind knowing that this challenge is now in the past.

 THE CLEANUP STRATEGY AND GOAL

For environmental consultants to understand the right way to get contaminants out of the subsurface, they first need to learn how they got into the ground in the first place. Most of the time, one can consider a conceptual model consisting of a soil source area created by a spill. This can include leached contaminants to the groundwater, and then the impacts in groundwater have migrated to an extent and created a groundwater plume. Vapors can emanate from any portion of the impacted areas too.

Once the contaminants have moved through the subsurface to create these distinct reservoirs of impacts, environmental consultants can’t exactly reverse the process. Rather, they must address each reservoir independently, and a different cleanup technology might be necessary for each. It’s not uncommon for the soil source area and the groundwater source area to be actively remediated, while the downgradient plume is left to reduce naturally over time. Sometimes, all groundwater levels will reduce to acceptable levels just by removing a large percentage of the contaminants in the soil source area.

WHICH TOOLS (TECHNOLOGY) SHOULD BE USED?

The best way to decide which remedial technology is best used to address some or all the contaminants at your property is to look at their characteristics, capabilities, and limitations. Let’s look at some of those together, in order of the subsurface location of the contaminants.

Infographic showing how drycleaning solvent can flow into soil and groundwater and all of the environmental issues that will need to be remediated
This graphic outlines a sample dry cleaning property with soil source area, groundwater source area and groundwater plume area impacts, including its resulting vapors.

USING EXCAVATION AND DISPOSAL FOR SOIL SOURCE AREA REMEDIATION

Excavation and Disposal is a common approach to remove contamination from soils above the water table in areas that have access to the ground surface. This doesn’t mean that excavation is only good for areas beneath the parking lot, or out back. Quite often, EnviroForensicsperforms surgical source area excavation activities inside buildings with active dry cleaning operations. It can be tricky, and planning is needed, both for the environmental work and to make sure that your operations aren’t interrupted, but it can be done. That being said, it is certainly easier to perform a significant excavation outside of buildings, and if the extent of impacts is limited and well-defined, it is often the fastest and easiest way to definitively remove a large amount of impacted materials from your property. Even for a sizeable excavation, we are talking about days or weeks, rather than months or years to achieve the objectives of the soil source area cleanup objectives.

Aerial view of the remedial method of soil excavation outside of an industrial warehouse
Excavation removes contaminated soil above the water table, and replaces it with clean soil.

USING SOIL VAPOR EXTRACTION FOR SOIL SOURCE AREA REMEDIATION

Another soil source area cleanup technology that is popular at dry cleaning properties is Soil Vapor Extraction (SVE). This technology takes advantage of the volatile properties of dry cleaning solvents and, as the name suggests. A SVE system includes a series of screened pipes that are installed in the soil, which are all piped together and connected to a high-volume, specially designed and manufactured industrial fan, or blower. When activated, air is drawn through the treatment area and extracted through the screened pipes.

The contamination in the soil transfers from within the soil itself to the circulating subsurface air, which then travels through the system to a discharge stack. Once passed into the air and exposed to sunlight, the volatile compounds are destroyed. The result is clean soil. SVE systems can be installed both inside and outside of existing buildings, and new buildings can even be constructed over the top of these systems, so access is not usually that big of a problem.

The potential usefulness of SVE depends mostly on the characteristics of the soil. Tighter materials like clay are not as conducive to SVE as sandier soils. Even in nice, sandy soils, the process can take a year or two following the installation and startup of the system. The blowers can be a little noisy, but in most situations, that can be taken care of pretty easily. SVE is a nice option because it also takes care of vapor intrusion problems at the same time it is cleaning up due to the negative pressure created in the subsurface during its operation.

Series of pipes and gauges that make up extraction wells for the remedial technology of a soil vapor extraction system
Extraction wells inside a Soil Vapor Extraction (SVE) system. This is where the vapors from the ground are pulled into the system, before being discharged into the atmosphere where the volatile compounds are destroyed.

USING THERMAL TREATMENTS FOR SOIL SOURCE AREA REMEDIATION

Another option for addressing contamination in the soil source area is the use of a Thermal Treatment technology. There are several alternatives available, but they all include the primary approach of heating up the subsurface to a temperature high enough to increase the volatility of the contaminant, and then capture the resulting vapors using an SVE system as described above. Thermal treatment has several advantages, such as being relatively quick and very reliable. It makes even more sense when used to treat the groundwater beneath the soil source area at the same time. The main drawback is the price because it’s usually a more costly options since so much electricity is used to create the high subsurface temperatures. Thermal is a great option if you absolutely must have a very clean site, have less than a year to do it, and you can avoid active usage of the area during the duration of the treatment. It’s possible to conduct thermal beneath buildings, but it is not usually feasible. EnviroForensics has used thermal at a dry cleaner site and the cleanup results were awesome. I wish we could use it more often.

Aerial view of fenced in thermal remediation system behind an old drycleaning building
A Thermal system heats up the subsurface to a temperature high enough to increase the volatility of the contaminant, and then capture the resulting vapors using an SVE system.

USING IN-SITU FOR GROUNDWATER SOURCE AREA REMEDIATION

Directly beneath the soil source area, the area of highest groundwater impacts is usually found, which is referred to as the groundwater source area. When the remediation strategy involves the removal or destruction of contamination from the groundwater source area, there are many options to choose from.

In fact, the treatment of groundwater contamination is one of the most active areas of research and development in the environmental industry. Twenty years ago, it was common to install systems to pump out the contaminated groundwater, treat it at the surface, and then discharge it to a sewer. That practice didn’t really work very well, however nowadays most groundwater treatment actually takes place in the ground. When a treatment is applied in place, it is called an in-situ treatment.

In-situ Chemical Oxidation (ISCO) and In-situ Chemical Reduction (ISCR) are processes wherein chemicals are injected directly into the groundwater treatment area through drill-rods or temporary wells, where the chemical reacts with, and destroys the contaminant. It is a fairly quick process, which is good, but that also means that the effective life of the chemical injected is short.

One of the main limitations of any in-situ injection approach is that the desired chemical reaction is only able to happen precisely in the area where it is injected. You must have enough injection points to actually disperse the chemical where it needs to be. Subsurface intricacies in the geologic conditions tend to hijack your injection strategy, thereby leaving areas inadvertently untreated. This can result in disappointing initial results that lead to additional injection events, which is why second and even third injection events are often planned for the cleanup strategy. There are great products available for in-situ application in groundwater, and we have had a great deal of success using them, but you just have to manage expectations and hedge your bets.

Environmental consultant in full protective gear overseeing an in-situ remediation application using a drill
In-situ remediation uses drills or temporary wells to inject chemicals that react with and destroy contaminants.

USING IN-SITU FOR GROUNDWATER PLUME AREA REMEDIATION

The area of contamination downgradient of the source areas typically carry the lowest relative concentrations, but they may still be quite high. The Downgradient Groundwater Plume is the most likely to cross property boundaries into locations that aren’t under your control, leading to the need for an active clean up even though the contaminant levels may be low. Also, it may be necessary to lessen the risk that an impacted adjacent property owner decides to sue you. The in-situ injections I mentioned previously are a great way to treat this section of impacts since the extent of the plume may be quite large and the volume of chemicals necessary to destroy the lower levels of contaminants may not be large.

Sometimes, the contaminant concentrations in the downgradient plume are low enough that the plume starts to shrink once active remediation is conducted in the source areas. This is actually what we hope for most of the time. In this scenario, the concentrations in the downgradient plume just needs to be monitored on a periodic basis to ensure that they continue to decline. When this strategy is undertaken, it is called Monitored Attenuation. Obviously, this is a pretty cost effective and non-invasive approach, but the timeframe can get pretty long. If monitored attenuation is attempted without aggressive cleanup in the source areas, it can go on for decades and end up costing more than active remediation.

WHEN IT COMES TO DESIGNING AN APPROPRIATE REMEDIATION FOR YOUR DRY CLEANING PROPERTY, CONSULTANTS HAVE A LARGE TOOL BELT. THERE DOES NEED TO BE A VERY FRANK, FACE-TO-FACE DISCUSSION ABOUT THE PRACTICAL AND REASONABLE IMPLICATIONS OF REMEDIAL IMPLEMENTATION, HOWEVER. DON’T BE AFRAID TO ASK YOUR CONSULTANT ABOUT THE STRATEGY TO MAKE SURE THAT YOU ARE GETTING THE CLEANUP YOU WANT.

Contact EnviroForensics, the dry cleaning industry’s most trusted environmental consultant.

As seen in Cleaner & Launderer


Headshot of Jeff CarnahanJeff 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 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.

What Triggers an Environmental Investigation? Take a look into Pandora’s Box.

LEARN HOW TO NAVIGATE THE ENVIRONMENTAL INVESTIGATION PROCESS

Picture of hand holding a magnifying glass in front of obscure environment
BY: STEPHEN HENSHAW, PG

For years dry cleaners have suspected that they might have an environmental problem, but have been afraid to find out whether they do or not. It’s completely understandable why dry cleaners would be afraid of collecting soil and groundwater samples at their site. Of course, the biggest reason for not looking into the environmental conditions at your site or sites is opening Pandora’s Box. Simply stated, the cost of an environmental cleanup could cause financial hardships and sleepless nights.

SO, WHAT TRIGGERS AN ENVIRONMENTAL INVESTIGATION? 

Sometimes you can control the situation, but most of the time you can’t. Below are five events that can trigger an environmental investigation at a dry cleaning site.

  1. YOU’RE SELLING YOUR BUSINESS OR PROPERTYIf you want to sell your business or property, due diligence is required during business and property transactions to determine if the operating business and/or property carries any potential environmental liability including hazardous waste contamination, lack of permits, permit violations, and compliance deficiencies. Understanding these conditions allows the buyer to evaluate potential limitations, liabilities, and risks associated with the property. Often times, due diligence at a dry cleaner is going to uncover environmental problems. Due Diligence will start with a Phase I Environmental Site Assessment (ESA) to identify if there’s any likelihood of contamination. For most dry cleaners, a Phase II ESA will be required, which includes collecting samples of soil, groundwater or building materials to analyze for various contaminants
  2. YOU’RE REFINANCING YOUR PROPERTYIf you’re refinancing your property, your bank is going to require a Phase I ESA, which is the formal process that assesses the real estate for potential risk of environmental contamination. Again, for most dry cleaners, a Phase II ESA will be required.
  3. YOU’RE RETIRING WITH PLANS TO HAND OFF YOUR BUSINESS TO YOUR CHILDREN OR GRANDCHILDRENIf you want to retire and hand off your business to your children or grandchildren, there’s a high probability that contamination may be lurking beneath your building due to decades of dry cleaning operations. Since you’re passing the business onto family, you’ll want to conduct environmental due diligence to make sure they are protected from liability.
  4. YOUR NEIGHBOR IS SELLING OR REFINANCING THEIR PROPERTY, WHICH REQUIRES AN ENVIRONMENTAL INVESTIGATIONIf your neighbor is selling or refinancing their property, they’ll conduct real estate due diligence. Their environmental investigation may uncover a commingled plume that may lead to you. This will lead to conducting your own environmental due diligence process.
  5. YOU PURCHASED A PROPERTY AT TAX SALEIf you want to buy a property, which used to house a dry cleaner or any other commercial operation, you’re going to have to conduct real estate due diligence if you want to avoid taking on the environmental liability yourself.

WHAT IS A PHASE I ENVIRONMENTAL ASSESSMENT?

The first step in the due diligence process is performing a Phase I Environmental Site Assessment (ESA), which is an evaluation of recent and historical activities at and near the property to identify potential or existing environmental contamination liabilities. A Phase I ESA may be required by a bank or other lending institution during financing processes, or it could be recommended by your attorney or other business advisors.

THE PHASE I ENVIRONMENTAL SITE ASSESSMENT PROCESS

Graphic showing the Phase I ESA process, which starts with step one: conduct a user questionnaire. Step two: review historical documents to determine past use. Step three: conduct site walk and reconnaissance. Step four: interview site contacts and local agencies. Step five: review regulatory records for the site and surrounding properties

The consultant conducting the Phase I ESA will inspect the site for signs of staining, evidence of spills, stressed vegetation, determination of underground and above ground tanks, secondary containment, violations, and operating practices. They will evaluate records at the fire department, local health department, state environmental agencies, and federal EPA, to determine whether fires or chemical spills were reported on the property or on neighboring properties.

This review would also evaluate what businesses are operating in the near vicinity that could cause environmental impacts and could impact the subject site. A Phase I doesn’t include actual subsurface samples such as soil, soil gas, or groundwater. However, there is a standard that must be followed under the American Standard for Testing and Materials or ASTM, which now includes determining whether indoor vapor intrusion is likely.

WHAT HAPPENS AFTER THE PHASE I ESA? A PHASE II. 

If the Phase I ESA identifies a reasonable potential that soil and groundwater may be impacted, the consultant will suggest that a Phase II ESA be conducted.

The thing about conducting a Phase I ESA on real estate that has a dry cleaner is that, because of the history of dry cleaning operations, a Phase II investigation is nearly always required. In other words, one can be certain that if the real estate has an active or historical dry cleaner on the site and it is being considered for refinancing or purchasing, follow-up soil, soil gas or groundwater samples will be required.

A Phase II is a step further in the process of determining whether a dry cleaner has affected a piece of property. The Phase II is also referred to as a “subsurface investigation” and includes the actual collection of a series of subsurface (soil, groundwater) samples to determine whether the property has been impacted by chemicals that pose a risk to human health or the environment. This is where the costs start to add up when chemicals are identified.

Other items out of your control that can trigger environmental investigations include:

  • Contamination showing up in municipal or private drinking water wells;
  • Contamination showing up beneath neighboring or downgradient properties; and
  • Regional investigations conducted under the direction of state or federal regulatory agencies.

These triggers can mean perchloroethylene (PERC) has been identified in the groundwater and because PERC is a common dry cleaning solvent focus is put on dry cleaners both past and present. We have seen situations where the perc levels in municipal drinking water wells and immediately set out to identify all dry cleaners that operated within a mile radius of the well over the past 50 years. With a little digging, it is fairly easy to identify the address, name and period of time that a dry cleaner has operated at a location. We have seen the states pursue a retired couple that operated a dry cleaner for just two years from 1958 through 1959.

WHY WOULD YOU WANT TO OPEN “PANDORA’S BOX”?

While no one wants to be the bearer of bad news, it’s important that all dry cleaners understand how investigations are triggered and what to expect once they are triggered. For this reason, we always talk about finding the businesses or property owner’s old comprehensive general liability (CGL) insurance policies first before the environmental investigation begins.

Graphic showing EnviroForensics' proven process for addressing environmental liability. Step one: insurance archeology. Step two: environmental investigation. Step three: environmental remediation.
EnviroForensics’ process to protect our clients from financial and legal challenges through insurance archeology before the environmental investigation and environmental remediation steps begin.

Old CGL policies may be the most valuable piece of paper you could ever have. Historical CGL policies written before 1985 or 1986 do not have absolute pollution exclusion language in them and therefore may be used to defend the insured against claims. A claim is what an “injured” party can bring against a business or individual that owned or operated a business that is found to have any amount of responsibility for the contamination found in the subsurface, typically the groundwater.

When confronting issues like this it’s important to have knowledge of the situation, process, and your options.

WHAT ARE OTHER POINTERS DRY CLEANERS NEED TO KNOW ABOUT?

Our goal is to educate you about the environmental arena. Here are seven things you should know and do to be proactive and avoid surprises:

  1. Understand how investigations are triggered.
  2. Understand that your old insurance policies or those that you bought your businesses from may be worth millions of dollars.
  3. Be aware of your surroundings and what drilling activities are happening in your neighborhoods.
  4. Know your rights by reviewing your lease agreements.
  5. Find your old insurance policies and store them securely.
  6. Store information regarding the individuals that operated at your location before you did.
  7. Seek a qualified environmental consultant for assistance.
  8. Talk to an insurance archeologist.

And to remember the story of Pandora’s Box… Zeus had given Pandora a box and told her not to open it, but she did anyway. And even though all evils subsequently unknown to man escaped from the jar, at the very bottom of the jar there lay hope.

No matter your situation, we’re ready to find the best solution for you. Contact us today.


As seen in Cleaner and Launderer

Stephen Henshaw, CEO at EnviroForensics & PolicyFind has over 30+ years of experience and holds professional registrations in numerous states. Henshaw serves as a client manager and technical manager on complex projects involving contaminated and derelict properties, creative litigation, deceased landowners, tax liens, non-performing banknotes, resurrecting defunct companies and cost recovery. Henshaw’s expertise includes a comprehensive understanding of past and current industry and waste handling practices and the fate and transport of chlorinated solvents in soil and groundwater. He has served as a testifying expert for plaintiffs and defendants on high profile cases involving causation and timing of releases, contaminant dispersion, allocation, damages, past costs, and closure estimates. He has a strong knowledge of state and federal regulations, insurance law, RCRA, and CERCLA. He has managed several hundred projects including landfills, solvent and petroleum refineries, foundries, metal plating shops, food processors, dry cleaners, wood treating facilities, chemical distribution facilities, aerospace manufacturing facilities, and transporters and provides strategy instrumental in funding projects and moving them to closure.

Insights from the 2019 Lakeshore Chamber Business Expo

EnviroForensics’ Northwest Indiana Branch Manager, Michele Murday, and Account Executive, Joe Miller, share insights from the 2019 Lakeshore Chamber Business Expo. 

We were pleased to attend the 15th annual Lakeshore Chamber Business Expo put on by the Lakeshore Chamber of Commerce. The Chamber’s mission is to be the voice for business and a forum for the exchange of ideas to promote and strengthen economic vitality throughout East Chicago, Hammond, and Northwest Indiana.

The Lakeshore Business Expo was packed with insights about workforce development, retention and helpful tidbits for local businesses. It started with a luncheon featuring keynote speaker, Blair Milo who is the Indiana Secretary for Career Connections and Talent. There was also an exhibition and networking section for attendees to share ideas and establish new connections.  

Business Expo Overview

Luncheon with Keynote Speaker, Blair Milo

In her presentation, Building a 21st Century Workforce, Blair Milo talked about her role as Indiana’s “Chief Talent Officer.” In 2017, she was appointed by Governor Eric Holcomb to the office of Secretary for Career Connections and Talent where her main responsibility is to help facilitate the governor’s promise to fill one million job openings over the next decade. The former La Porte, Indiana Mayor, and Navy veteran talked about her work with the Governor’s Workforce Cabinet, and the efforts they’re making to ensure the Hoosier State has the highly skilled workforce required to meet the demands of an ever-changing economy. She expressed enthusiasm for the job creation efforts in the Northwest Indiana region. 

Indiana Secretary for Career Connections and Talent, Blair Milo presents at the 15th Annual Lakeshore Business Expo. Courtesy: twitter.com/@IndianaCCT

Exhibition and Networking

The main part of the Lakeshore Chamber Business Expo was the three-hour networking session. We had the opportunity to meet with dozens of businesses in attendance. There were representatives from local banks, human resource companies, healthcare providers, insurance companies, and engineering firms to name a few.  

Account Executive, Joe Miller and Northwest Indiana Regional Manager, Michele Murday at the Lakeshore Chamber Business Expo.

As usual, it was great to see how the business community in Northwest Indiana continues to grow and what our colleagues are doing to meet the increasing demands of the area. It was also nice to meet new potential partners, catch up with old acquaintances, and learn more about how we can all support each other.

If you want to become a member of the Lakeshore Chamber, visit lakeshorechamber.com.


Michele Murday, Northwest Indiana Branch Manager

Michele Murday has 5+ years of experience in environmental consulting with a focus on investigation and remediation projects involving dry cleaners and petroleum impacts. Her experience includes preparing 3D site visualizations, environmental remediation, geologic and hydrogeologic data collection, data analysis and interpretation, reporting on all phases of projects from investigations through closure, proposal scoping and budgeting, project management, due diligence research, vapor intrusion assessments, and risk communication with property owners. Her previous field experience includes plume investigation, delineation, and remediation at dry cleaner/chlorinated solvent and petroleum impacted facilities. Murday has employed remediation techniques including soil excavation, chemical injections, soil mixing, multi-phase extraction systems, and sub-slab depressurization systems. She has also worked closely with clients and subcontractors, as well as state and federal regulators.

Joe Miller, Account Executive

Joe Miller brings 15+ years of account management and environmental due diligence experience. He is a licensed mitigator and understands the technical aspects of contaminated sites as well as the associated business liabilities. As an Account Executive, Miller conducts preliminary assessments to help determine if historical coverage can be a funding option and provides proven solutions to private business owners including dry cleaners, small-large manufacturing facilities, municipalities, and redevelopment coalitions.

Why wait to address environmental contamination? Be proactive now.

TAKE COMMAND OF YOUR ENVIRONMENTAL CONTAMINATION AND SAVE YOURSELF A LOT OF STRESS AND MONEY 

Property owner with environmental contamination issue burying head in sand

BY: DRU CARLISLE

There is a stigma that goes along with environmental contamination. Unfortunately, this stigma makes business owners fearful of addressing their environmental contamination. This often results in either avoiding the problem or pretending the problem doesn’t exist, but environmental contamination won’t go away on its own. Therefore, it’s important to address environmental contamination head-on.

For over ten years, I’ve spoken with hundreds of dry cleaners across the country about their environmental issues and I’ve heard every concern surrounding the topic of investigation environmental contamination and cleaning up environmental contamination. Those concerns don’t vary much across the board. If I have heard the phrase “I don’t want to open that can of worms” once, I’ve heard it a thousand times, and due to the high costs of environmental cleanups and the involvement of state regulatory agencies, it’s understandable why some might want to stick their head in the sand.

I’ve built relationships with drycleaners nationwide – some who have become clients and others who are still not ready to actively investigate the possibility of environmental contamination. I feel that it is my duty to explain why environmental agencies, consultants and engineers are not looking to put business owners or property owners in a pickle or a bind; in fact, looking into and addressing environmental issues, especially proactively, are not bad things. In fact, it’s time to consider looking at it in a new light.

Learn how to turn an environmental cleanup into good public relations for your business.

We’ve helped hundreds of dry cleaners, manufacturers, and chrome platers and metal finishers navigate their environmental concerns with little to no out-of-pocket costs to them. Our goal is to help our clients get out of a challenging situation without a large financial burden. We understand how challenging this process can be for business and property owners and have successfully helped our clients navigate through these often uncharted waters. Want to hear what our clients think? Hear from our dry cleaning clients and get an inside perspective on their environmental challenges.

PCE AND TCE ENVIRONMENTAL CONTAMINATION

We’ve had a lot of success cleaning up properties impacted with PCE and TCE, and our clients have had their own successes as well, in that they are having their environmental liabilities turned back into assets.

That is to say that their once contaminated property, which had little to no resale value, is now worth what it would be clean and unencumbered. You see, we are looking out for our clients and are the experts many have come to trust as the experts who wear the white hats. How do we do this?

  • We are the experts who help get funding in place through the use of old insurance policies so that our clients don’t face financial ruin; the experts who clean up environmental contamination to the highest standard possible and return blighted properties and businesses to their fair market value; and
  • the experts who handle every point of our clients’ environmental cleanups from start to finish on our clients’ behalves so that they are free to run their businesses, enjoy retirement, live their lives without worrying about what is around the next corner of their project.
EnviroForensics’ business concept illustrated with an infographic of a polluting industries before environmental contamination cleanup on the left side of the tree and after on the right.
By cleaning up your environmental contamination, you can turn your environmental liabilities into assets®.

My intention is not to downplay the process because there is no denying the fact that environmental cleanup is a huge deal. They are very expensive, they take a long time to complete, and they require a high level of trust between the business owner and the environmental consultant that the project will be taken care of as efficiently, professionally, and economically as possible.

Get our five tips for hiring an environmental consultant and download our interview questionnaire.

I do understand, and fully respect, the concerns of prospective clients who are frightened of taking the leap into the unknown. A proactive approach is by far the most beneficial approach for the Potentially Responsible Party and/or the business owner because they can be in control of the situation rather than being reactive to a situation like a lawsuit from their neighbor.

UNPACKING THE ENVIRONMENTAL INVESTIGATION AND CLEANUP PROCESS

If you’ve read the Cleaner & Launderer column “The Environmental Corner”, you’ve read articles on a number of topics ranging from how historical insurance policies can be used to pay for cleanups to technical issues on how contamination can create vapors that can impact neighboring properties through vapor intrusion. The latter of the two topics is the key to all successful environmental cleanups and conversely, is also what usually confuses people the most.

Vapor intrusion concerns are often associated with environmental investigation and remediation projects Brownfields sites, dry cleaners, gas stations, commercial buildings, multi-unit residential, schools and large buildings. These concerns can impact public health and property values so they aren’t to be taken lightly or slowly. The earlier the vapor intrusion concern is discovered, investigated and remedied the better it’ll be for everyone involved.

To learn more about the environmental investigation and environmental cleanup process, read our 101 series: Environmental Investigations 101: Understanding PCE Contamination and Environmental Cleanup 101: Understanding what to expect during the remediation process.

FINDING THE FUNDS TO PAY FOR ENVIRONMENTAL INVESTIGATION AND CLEANUP

Another area where business and property owners find challenges is finding the funds to pay for the environmental investigation and cleanup. Some opt to pay out-of-pocket because they don’t know there are other funding options available.

Old Commercial General Liability insurance policies, and by “old,” I mean policies that pre-date an Absolute Pollution Exclusion, which in most states is before ~1986, can pay for your environmental investigation and cleanup.

old files on shelves found during insurance archeology that can be used to pay to address environmental contamination
Learn more about how old commercial general liability policies can fund environmental investigation and remediation.

You’re probably asking yourself, “Wait, I can use my old insurance policies to pay for my environmental cleanup?”. Right now is when we can add “too good to be true” as another one of those phrases I hear so regularly, but dependent upon a few criteria it is true, and it’s why we encourage people to locate their old policies and store them in a fireproof storage box. There is a service for locating lost insurance policies, called Insurance Archeology if you are in need of assistance in finding yours.

I do stress that a proactive approach to all things environmental is truly the most beneficial way to go, for any business or property owner with a possible environmental liability on their hands. Waiting for someone to discover your contamination and pin it on you is a recipe for disaster, and anyone who has been in that position, which is becoming a more and more common occurrence, will tell you that it is not a pleasant one to be in.

Understand the difference between proactive or reactive when dealing with environmental contamination.

If you are ill-prepared when an environmental issue is placed in your lap, it could mean thousands of dollars, in some instances, tens of thousands, of out-of-pocket costs. A proactive approach means that you are in command of the situation and by being in front of the issue, you will save yourself a lot of stress and money. Don’t leave environmental contamination for your family and loved ones, or even strangers, to deal with.

Consult with us, it’s free and it’s confidential.


Headshot of Dru ShieldsDru Carlisle, Director of Drycleaner Accounts
For over 10 years, Dru has helped numerous business and property owners facing regulatory action, navigate and manage their environmental liability. Dru has vast experience in assisting dry cleaners in securing funding for their environmental cleanups through historical insurance policies. Dru is a member of numerous drycleaning associations in addition to serving on the Midwest Drycleaning and Laundry Institute (MWDLI) advisory council and on the Drycleaning & Laundry Institute Board (DLI) as an Allied Trade District Committee Member.

Help Protect the Environment on World Cleanup Day, And Every Day

A group photo of EnviroForensics employees after the World Cleanup Day event.

 

This Saturday, September 21st, is World Cleanup Day, a day dedicated to rid the planet of litter and mismanaged waste. 380 million people across the globe are expected to band together with their neighbors, roll up their sleeves, and clean up their communities one trash bag at a time. 

We celebrated early by going around our neighborhood in the Indianapolis North Meridian Corridor on Friday to pick up wrappers, aluminum cans, cigarette butts, plastic bags, and other litter. It’s an easy way to show neighborhood pride, and it’s one of the many things we do as a company to protect the environment and give back to the community.   

EnviroForensics employees pick up litter around North Meridian Corridor.

We clean up environmental contamination

We’re a national full-service environmental consulting firm solving complex environmental issues. We investigate and clean up environmental contamination for small business owners, large multinational organizations and governments including dry cleaners, municipalities, mergers and acquisitions, real estate, legal, banks and lenders, manufacturers, industrial launders and textiles, petroleum and agribusiness. The ultimate goal of our work is to use our collective expertise in environmental science, geology, and engineering to clean up properties for our clients and the surrounding community.

We’re bound together by our common value to look after the environment 

We’re a group of inspired scientists, geologists, and engineers that cares deeply for the planet and understand the importance of protecting our environment. This passion fuels us both inside and outside the office. Our employees regularly volunteer their own time to events that protect the environment and enrich the community. We’re also a proud member of the Indiana Department of Environmental Management’s (IDEM) Partners for Pollution Prevention

Read more about the Indiana Partners for Pollution Prevention and how we prevent waste at the office each day

Our commitment to the environment is what brings us together 

We are committed to protecting the environment, and this is part of the company’s DNA. Our employees inspire each other to be environmental stewards and commit to more sustainable behaviors. Here are three quotes to help inspire you to live an environmentally conscious life. 

You can download the below graphics and share them on social media with the hashtag #WorldCleanupDay and tag @EnviroForensics. 

 

 
 

 

We invite you to be environmental stewards every day

Making the world a cleaner place doesn’t necessarily require you to volunteer your time with a neighborhood cleanup group, although we highly recommend it. You can pick up litter during your daily routine, whether it’s on the morning jaunt from your car to the office, or your evening walks around the block with your dog. Here are three simple tips to incorporate litter pickup into your day-to-day life: 

  1. Carry napkins: One of the biggest mental obstacles to picking up litter is the germ factor. Not wanting to touch it with your bare hands is a reasonable excuse. Carry napkins in your purse or pockets to give yourself an added layer of defense when you pick up that discarded beer can on the sidewalk. 
     
  2. Carry hand sanitizer: If you don’t want to carry napkins around, a small bottle of hand sanitizer can go a long way in giving even the most fastidious germaphobe some peace of mind.
     
  3. Know what you should and should not pick up: There are some things a napkin or hand sanitizer just won’t protect you from. For these items, it’s better to report them to the proper authorities. Things like:
    • Needles
    • Human waste
    • Personal hygiene products
    • Electrical items
    • Dead animals
    • Bottles of liquid
    • Unlabeled bottles

You can help cut down on the amount of waste being created. Check out our list of 10 things you can do to reduce plastic pollution.


This post is brought to you by the EnviroForensics Sustainability Council

The EnviroForensics Sustainability Council advances education through community relations and implements sustainable practices in our operations and facilities.