Spill Containment Blog

Spill Containment Blog

Spill Containment and Spill Cleanup Solutions

Need a Custom-Size Spill Containment Berm? Build It Yourself!

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Build-a-berm spill barrier

Building your own custom-size spill containment berm is a practical and cost-effective solution

Do you store or handle oil and other types of hazardous liquids in your workplace? If so, federal regulations require you to have appropriate plans and secondary containment equipment in place for preventing and mitigating oil spills.

A spill containment berm is a valuable tool that helps prevent the spread of dangerous substances in the event of an oil or chemical spill at your facility. While there are many off-the-shelf spill containment berms readily available, they may not always meet the specific needs of every business. Fortunately, there is a solution to create a custom-size footprint spill barrier: the Build Your Own Berm Kit.

In this article, we’ll explore how a customizable spill containment berm offers an easy-to-use, safe, and cost-effective alternative for businesses.

Why a customized oil spill berm matters

Although convenient, portable spill containment berms often fall short when it comes to accommodating unique dimensions or specific requirements. For instance, they may not fit correctly around large machinery or the berm’s material might not withstand the demands of certain applications.

Similarly, alternatives such as custom-made berms from cement or iron angle curbs can be expensive and present trip-and-fall hazards for workers. That’s where the Build Your Own Berm Kit comes in, providing a practical solution that ensures a perfect fit and optimal durability.

An all-in-one berm kit solution

Build a berm spill barrier kit

This convenient kit contains everything you need to construct your custom spill barrier

The Build Your Own Berm Kit offers all the necessary materials to construct a spill containment berm tailored to your specific needs. The kit includes 50 feet of berm wall, corners, connectors, collars, and adhesive for quick and easy installation.

Moreover, the two-inch high berm walls feature foam-filled construction, enabling it to spring back up resiliently from light-wheeled dollies or foot traffic. This innovative feature adds an extra layer of durability and versatility to your spill containment solution.

Even if your customized berm requires additional materials, you can easily purchase them at AbsorbentsOnline.com, ensuring a seamless construction process.

Berm installation made simple

Installing a spill containment berm kit is a straightforward process. Begin by cleaning the designated area to remove any grease or oil and repair any concrete cracks or separations. Lay out the berm, cut it to size, and apply the adhesive as per the provided instructions. The berm will be ready for use as soon as one hour after installation, providing efficient leak or spill control protection. See the full instruction sheet on our website.

Durability and safety features

The compressible walls and corners of the custom spill containment berm are coated with a durable vinyl material. This special coating enables the berm to withstand coolants, oils, and a wide range of chemicals. Moreover, the bright color of the berm enhances visibility, reducing the risk of tripping accidents. In case your workplace requirements change, the berm can be easily removed using a flat-bladed shovel, offering flexibility and adaptability.

Regulatory compliance made easier

The Build Your Own Berm Kit can help businesses meet EPA regulations 40 CFR 122.26, 40 CFR 264.175, and 40 CFR 112.7. By incorporating this kit into your workplace regulatory compliance plan, you can ensure a safer environment for your employees and minimize the risk of environmental contamination. With this simple and effective tool, maintaining workplace safety becomes a hassle-free process.

spill containment berm dike

A customizable length containment berm and dike spill barrier

Reach out to your build-a-berm experts

Make your business a safer place by contacting AbsorbentsOnline via emailย or toll-free at (800) 869-9633 to explore how the Build Your Own Berm Kit can benefit your workplace. If you’re looking for a more temporary spill berm solution, ask us about Spill Containment Berm Dikes! Take proactive steps towards preventing spills and protecting the environment today.

Enhancing workplace safety doesn’t have to be complicated or expensive. By utilizing the Build Your Own Berm Kit, you can construct a custom-size spill containment berm that meets your unique requirements. With its durability, ease of installation, and compliance with EPA regulations, this kit offers a cost-effective and reliable solution.

This is a revision to a blog post with an original publication date ofย October 22, 2014.

OSHA Guidelines For Storing Flammable Liquids

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Flammable liquid caution signage.

The improper storage of flammable liquids in the workplace creates a dangerous environment for employees. It only takes a single stray spark, ember or source of heat to trigger a fuel-burning fire. In an effort to protect the safety and well-being of employees, the Occupational Safety and Health Administration (OSHA) created a set of guidelines on how to properly store flammable liquids.

According to the National Fire Protection Association (NFPA), non-home structure fires caused $2.8 billion dollars worth of damage in 2012. Each year, dozens of businesses crumble as a result of commercial fires. While some of these businesses bounce back, others are forced to close their doors permanently. Following the OSHA’s guidelines on flammable liquid storage is the first step towards reducing the chance of a fire in the workplace.

What Is a Flammable Liquid?

The OSHA defines a flammable liquid as: “any liquid having a flashpoint below 100ยฐ F (37.8ยฐC) (except anyย mixture having components with flashpoints of 100ยฐF (37.8ยฐC) or higher, the total ofย which make up 99 percent or more of the mixture)(1910.106(a)(19)).”

Safety Can

One OSHA-approved option for storing flammable liquids is with a safety can. It’s important to note that only certain types of safety cans are suitable for the storage of flammable liquids. According to the OSHA, it must possess the following features:

  • 5 gallons or less liquid capacity
  • Spring-closing lid with sprout cover
  • The ability to relieve internal pressure when exposed to a fire

Don’t assume that a typical flammable liquids can be stored in a typical gas can. Unless it possesses the three elements above, it’s not allowed for use by the OSHA.

Storage Cabinet

Of course, storage cabinets are another OSHA-approved option for storing flammable liquids in the workplace. These cabinets are constructed with fire-resistant materials to protect any flammable liquids stored inside from catching fire.

Under 1910.106(d)(3)(ii)(a), all storage cabinets used to house flammable liquids must possess the following features:

  • Door with a three-point latch system
  • Double-walled cabinet with 1.5-inch airspace
  • Joints are riveted or welded
  • Cabinet is clearly labeled for flammable liquid storage
  • Door raised a minimum of 2 inches off the bottom to retain spilled liquid within the cabinet

Be sure to check out our selection of flammable liquid storage cabinets here at AbsorbentsOnline.com. Whether you need a small, medium or large-sized cabinet, you can find it here. And you can rest assured knowing that our cabinets fully comply withย OSHA/NFPA Code 30.

EPA’s Solvent-Contaminated Wipes Rule: What You Should Know

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Oily wipe and toolDo you frequently use washcloths or rags to wipe up oil, lubricants or other solvents in your workplace? If so, you’ll want to familiarize yourself with the Environmental Protection Agency’s (EPA) rule regarding solvent-contaminated wipes. It outlines the best practices for dealing with solvent-contaminated wipes, without negatively impacting human health or the environment.

Whether your workplace uses a single rag or dozens on a regular basis, it’s a good idea to follow the standards set forth in the EPA’s new rule.

What is a solvent-contaminated wipe?

Wipes containing one or more of the following chemicals are considered to be “solvent-contaminated”

  • Acetone
  • Isobutyl alcohol
  • Benzene
  • Methanol
  • n-Butanol
  • Methyl ethyl ketone
  • Chlorobenzene
  • Methyl isobutyl ketone
  • Creosols
  • Methylene chloride
  • Cyclohexanone
  • Tetrachloroethylene
  • 1,2-Dichlorobenzene
  • Toluene
  • Ethyl acetate
  • 1,1,2- Trichloroethane
  • Ethyl benzene
  • Trichloroethylene (*For reusable wipes only.)
  • 2-Ethoxyethanol
  • Xylenes

What’s The Purpose of The New Rule?

The purpose of the new EPA solvent-contaminated wipe rule is simple: to reduce the chance of environmental and/or human health problems related to rags, towels, wipes, mats, pads, and washcloths soaked with solvent chemicals. Since this rule was created by the EPA, it affects all companies in the U.S. With that said, some states may have their own rules and regulations regarding solvent-contaminated wipes.

Of course, a side benefit that comes from the new EPA solvent contaminated wipes rule is the cost savings it has on companies and employers. The EPA estimates that LQG facilities will save over $30,000 and SQG facilities will save over $,4000 per year thanks to the new rule.

Proper Storage of Solvent-Contaminated Wipes

One of the key points of the new rule involves proper storage of solvent-contaminated wipes. If a company uses a wipe containing one or more of the previously mentioned chemicals, they must designate a closed container specifically for storing them. The container must be liquid proof, have a tight-fitting lid, and labeled: “Excluded solvent-contaminated wipes.”

“Wipes must be accumulated, stored, and transported in non-leaking, closed containers,” said the EPA.

Move ‘Em Out!

Under this new EPA rule, all solvent-contaminated wipes must be disposed within 180 days. Companies are free to store solvent-contaminated wipes on site for up to 180 days, at which point they must be properly disposed by a professional waste removal business.

Note: the new EPA rule went into effect on January 31st, 2014.

Feel free to visit the EPA’s official website for more information including FAQs about the new solvent-contaminated wipes rule. While most of the rule focuses on storage and handling, there are some other elements that are worth noting.

Aboveground Storage Tank (AGTs) Compliance 101

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above-ground fuel storage tanksAboveground storage tanks (AGT) are frequently used to hold everything from gasoline and diesel fuel to spent oil and solvents. They offer a fast, safe and effective way to store large amounts of potentially hazardous chemicals.

But like all chemical storage containers, there are certain laws and regulations companies must abide by when using an AGT. Both federal and state laws govern the use of AGTs, leading to confusion among some business owners.

To learn more about the basics of AGT compliance and how to avoid a fine or penalty, keep reading.

Why Do Laws Apply for AGTs?

The reason why federal EPA and state laws govern the use of AGTs is because of their direct threat to the environment. If a tank filled with petroleum begins to leak, it may pollute the surrounding ecosystem along with nearby water supplies. Even non-petroleum storage tanks pose a risk if they are filled with solvents or other hazardous chemicals.

Allowing these chemicals to gradually escape the AGT and enter the ecosystem is a serious danger that must be avoided. Companies can reduce the chance of this happening by following some basic steps.

AGTs Must Have a Backup Containment Method

According to federal regulation, all AGTs must have both a primary and secondary containment method. If the primary method fails, the backup method will contain the chemical to prevent it from escaping. Some of the most commonly used backup containment methods includes dikes, pits and drainage trenches.

Having a secondary preventive measure in place will contain the chemical in the event of a spill; however, it’s important to note that the dike, pit or drainage trench must be large enough to hold 100% of the AGT’s chemical content.

AGTs Must Have One of The Following:

Federal regulation also states that AGTs must possess at least one of the following:

  • High level pump cutoff
  • High level alarm
  • Audible or code signal between pumping station and gauge
  • Digital computer or mechanical device for measuring liquid level

Regular Testing of AGTs is Necessary

Companies are also required by law to inspect and test their AGTs on a regular basis. This includes both visual and instrumental testing to gauge the liquid levels, safety mechanisms and function of the tank. The frequency of testing varies depending on a number of factors. You read more about testing requirements in this fact sheet document from the EPA.

State Laws Regarding AGT

Some states have their own set of laws and regulations regarding AGTs. It’s important for companies to check their state’s laws before implementing an AGT in the workplace. For instance, it’s not uncommon for states to dictate that all AGTs must be newer than 1 year of age. Once an AGT reaches its first birthday, the company must replace it with a new model.

Disposing of Oil-Soaked Rags: What You Should Know

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oily ragMinor oil spills are a common occurrence in the workplace. If you work around forklifts or heavy machinery, chances are you’ll experience an oil spill at some point. Small drops of oil can be easily cleaned with a basic rag. A worker can wipe it up with an old towel and get back to doing his or her profession.

But what happens to the rag once it’s saturated with oil? The volatile organize compounds (VOC) it contains is a serious hazard that may trigger a fire. To learn more about the dangers and how to properly dispose of gasoline-soaked and oily rags, keep reading.

Warning: Oil-Soaked Rags May Spontaneously Combust

Unfortunately, you can’t toss oil-soaked rags into a normal trash receptacle. While laws regarding the disposal of oil-soaked rags vary from state to state, ย throwing them away in the trash may lead to spontaneous combustion. In case you’ve never heard of this before, let me explain: spontaneous combustion is the combustion (flame) of an object or item without an external heat source.

I know what you’re thinking — how in the world can a rag instantly combust without exposure to a flame or heat source? The oil covering the rag oxides over time, which in turn produces heat. When the oil-soaked rag is crumbled into a ball and tossed into the trash, this type of environment insulates it to encourage even more heat to produce. As this heat builds up, it may eventually reach temperatures high enough to ignite the oil and start a fire. Some people may brush this possibility off, but spontaneous combustion happens more frequently than you may think.

Should I Hang My Oil-Soaked Rags Out To Dry?

Some people hang their oil-soaked rags out to dry before disposing of them. Allowing them to dry in the air helps to remove some of the VOC-rich oil lingering in the fabric. Before you go drying your oil-soaked rags, though, you should first check with your state’s laws. Each state has their own set of laws governing the disposal of oil and oil-soaked fabric. Massachusetts, for instance, suggests drying oil-soaked rags outside (weighted down) before contacting a professional disposal company.

Alternatively, you can hire a commercial laundry company to pick and clean the oil-soaked rags professionally. If you decide to take this route, make sure the company is informed of the rag’s oil content; otherwise, it could end up damaging other linens and fabrics.

Proper Fuel Drum Storage: Safeguarding Against Spills

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stacks of metal storage drumsFuel is both flammable and toxic to the environment, which is why companies need to safely store it where there’s little-to-no chance of a spill. Allowing fuel to spill or even drip in the workplace creates a dangerous scenario for nearby employees. If someone were to slip and fall on an area that’s slick with fuel, the company could be held liable for their injuries.

So, what’s the best way to store fuel? And what items should a fuel spill kit contain? To learn the answers to these questions and more, keep reading.

Fuel Cans

Depending on the size, scope and overall operations of your business, a couple small fuel cans may offer adequate fuel storage. You can them available for sale at most major home improvement stores for about $5-$20 a piece, allowing businesses and individual to safely store their fuel. When choosing fuel cans for your workplace, check to make sure they have a functional nozzle that’s easily to take on and off. Also, make sure the can is labeled specifically for gasoline/fuel.

Fuel Storage Drums

Of course, some companies may require something larger than a couple of fuel cans. If your company handles and/or uses a moderately large quantity of fuel, you should consider using a storage drum. These drums are designed to withstand the corrosive properties of fuel, preventing it from escaping and spilling onto the floor. A typical storage drum can hold up to 30 gallons of fuel, making them an excellent alternative to small cans.

If you plan on using fuel storage drums in your workplace, you should invest in some drip pans to safeguard against spills. Although this isn’t applicable for all drums, some have nozzles on the bottom which allow the user to extract fuel. It’s not uncommon for fuel to continue dripping from the nozzle once it’s turned off, spilling onto the floor where it creates a serious hazard for workers. Placing a drip pan underneath the nozzle, however, will catch any excess fuel dripping from the nozzle.

Fuel Spill Preparation Tips

As the old adage goes — hope for the best but prepare for the worst — holds true in the workplace. Companies should take measures to prepare themselves in the event of a fuel spill. This includes purchasing absorbent towels, socks, booms and berms. In addition, companies should also train their employees on how to use these items. Even if a spill never happens, being prepared will give you peace of mind at night.

EPA Announces New Change To The TSCA

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Chemicals in a laboratoryLast week, the Environmental Protection Agency (EPA) announced a major change to the Toxic Substances Control Act of 1976. This change mandates that ALL companies manufacturing, importing or processing certain perfluorinated chemicals notify the EPA. Under this new TSCA change, companies must contact the EPA prior to engaging in activities involving the perfluorinated chemicals.

So, what kind of effects will this change have on the business dealings of companies? To learn more about this recent TSCA change and what to expect, keep reading.

Overview of The TSCA

The primary purpose of the TSCA is to create greater transparency between the EPA and companies dealing with potentially harmful or hazardous chemicals. According to the official EPA website, the TSCA “provides EPA with authority to require reporting, record-keeping and testing requirements, and restrictions relating to chemical substances and/or mixtures. Certain substances are generally excluded from TSCA, including, among others, food, drugs, cosmetics and pesticides.”

Here’s a brief overview of the EPA’s power through the TSCA

  • Require companies to send notice before manufacturing, importing or processing certain chemicals.
  • Require testing of certain chemicals before manufacturing, importing or processing.
  • Append the TSCA with Significant New Use Rule (SNUR) for newly discovered hazardous chemicals.
  • Add, remove and regular the list of 80,000+ chemicals on the TSCA list.
  • Require companies importing and/or exporting chemicals on the TSCA list must to comply with reporting.
  • Require companies to perform their own record keeping of chemicals in the TSCA list.

Latest TSCA Rule Change

This latest change made by the EPA to the TSCA falls under the category of a Significant New Use Rule (SNUR). As previously stated, this new rule is aimed towards companies who manufacture, import or process perfluorinated chemicals. In the past, only companies who manufactured perfluorinated chemicals themselves were required to notify the EPA. With this new rule change, however, even companies who import or process perfluorinated chemicals are required to submit a notice to the EPA.

Perfluorinated chemicals are typically used in the production and treatment of carpet. This new rule has drawn some criticism among carpet manufacturers and cleaning companies, as they are now required to legally run their businesses. But like all changes, companies will learn to adapt over time.

For a more in-depth look at the latest TSCA changes involving the use of perfluorinated chemicals, check out this article at Regulations.gov.