Adopting strategies to reduce the seven wastes of lean manufacturing will help you realize new efficiencies and help prevent spills in the workplace.
In fact, many of these are the same spill prevention strategies we use at ITU AbsorbTech as part of our Spill Prevention, Control, and Countermeasure (SPCC) plan.
Most importantly, these strategies can apply to any non-hazardous liquid, oil, solvent, or industrial process fluid you may encounter in your workplace, regardless of industry or facility size.
So, with that in mind, let’s get started.
First and foremost, spills are heavily regulated by both the EPA and OSHA. As a result, many facilities must comply with regulations such as Hazardous Waste Operations and Emergency Response (HAZWOPER; OSHA), RCRA Parts 243 and 265 (EPA), and the Spill Prevention, Control, and Countermeasure Rule (SPCC; EPA).
For additional background into spill compliance and regulations, please reference the Top 8 Spill Regulations.
However, even if these specific regulations do not apply to your facility, the following strategies can still help improve your spill prevention and containment program.
Simply put, the less fluid you use, the less likely you are to experience a significant spill.
This concept, often referred to as source reduction, is also known as pollution prevention or waste prevention.
In many cases, Lean and 6S projects can support this initiative. For example, you can assemble a cross-functional team to identify ways to minimize the volume of vagrant fluids generated throughout your facility.
Additionally, collaborate with suppliers and partners for more innovative solutions.
Maintenance personnel should inspect all equipment regularly to ensure it remains in good working order. In addition, these inspections should be documented in an inspection log so issues can be tracked over time. If any problems are identified, they should be reported promptly to the safety manager.
If your facility does not already have one, you should also consider developing a preventative maintenance (PM) program.
A good PM program will identify all components, establish a timeframe for monitoring and repairing components, and include good recordkeeping.
Here are a few things you and/or maintenance should look for during these inspections:
If you want to prevent spillage, start by looking at the data you already have available.
From there, review your facility’s history of spills, leaks, and slip-and-fall incidents. Then, break this information down by machine, work area, and walk path.
Over time, patterns usually begin to appear. For instance, you may discover that the same piece of equipment leaks repeatedly or that one aisle is involved in multiple near-miss incidents. Those patterns tell you exactly where to focus your prevention efforts.
Next, create an action plan. This might include maintenance changes, equipment upgrades, better absorbent placement, or updated work procedures. The goal is simple: stop small, recurring issues before they turn into major incidents.
It’s also important to look beyond reportable spills. Unfortunately, not all spills make it into official records. Many facilities only document spills that are OSHA or EPA reportable. Therefore, smaller leaks and day-to-day drips may add up and can increase risk and make it harder to prevent spillage long term.
To fill in those gaps, look for indirect indicators of spill activity, such as absorbent usage and employee feedback.
Here are practical ways to uncover hidden spill history:
By combining official records with real-world usage data, you gain a complete understanding of spill activity in your facility. That insight is essential if your goal is to prevent spillage, reduce cleanup costs, and improve overall workplace safety.
In order to get a good idea for areas for improvement, talk with employees. A quick five-minute interview will give you a good understanding of fluids used, potential slip hazards, and absorbent usage. Be sure you speak with multiple machine operators in each work area and across shifts to get a good representation.
Observe traffic patterns throughout the day so you can check for potential tracking issues of oil getting into walkways.
Sample Questions:
Storage tanks and bulk storage containers should be inspected regularly through visual inspections and/or integrity testing.
Some things to look for in your visual inspection include:
Immediately replace any containers that show any of these characteristics.
If you are eligible for SPCC, you must conduct integrity testing and routinely inspect the following aboveground bulk storage containers with a capacity of 55 gallons or more:
For more in bulk storage container inspection, visit this EPA inspection fact sheet by clicking HERE.
If your primary form of containment (such as a storage tank) fails, secondary containment is your next line of defense for spill prevention. In the event of a leak, drip, or spill, spill containment will help prevent the fluid from spreading. Make sure you have both passive and active spill containment methods in place.
Active spill containment refers to a containment method that requires someone to take action after the spill occurs. Examples include:
Passive spill containment refers to something that is already in place if a spill were to occur. Examples include:
Conduct a thorough investigation of all storage containers, tanks, and machines that may leak oil or other process fluids. In case of storage failure, ensure the secondary containment will prevent the fluid from getting into drains and walkways.
Conduct regular training to ensure affected employees know how to handle both small and large spills. Demonstrate where to locate the correct equipment, how to use it, and make sure everything is properly labeled and easy to find.
Conclusion
A good spill prevention plan is an important part of safety and environmental compliance and best practices. Use the EPA waste reduction hierarchy to guide your spill containment and prevention plan. For example, source reduction is at the top of the waste management hierarchy. Second is reuse. Consider investing in spill prevention products like reusable oil absorbents to support sustainability and good housekeeping at your facility.
Spill containment refers to the systems, equipment, and procedures used to control and limit the spread of liquids when a spill occurs in the workplace. The goal of spill containment is to prevent hazardous substances such as oils, chemicals, fuels, or industrial fluids from spreading across floors, entering drains, or contaminating the surrounding environment.
In most workplaces, spill containment involves tools such as absorbent materials, spill kits, containment berms, drip pans, and secondary containment systems. When used properly, these solutions allow employees to quickly isolate a spill and begin cleanup before it creates safety hazards or environmental damage.
Spill containment is critical for protecting employees, preventing environmental contamination, and maintaining regulatory compliance. When liquids spread uncontrolled, they can create slip hazards, damage equipment, contaminate soil or water sources, and expose workers to dangerous chemicals.
Effective spill containment strategies allow facilities to respond quickly and minimize the impact of a spill. In many industries, proper containment procedures are also required to meet environmental and workplace safety regulations. Businesses that prioritize spill containment often reduce downtime, avoid costly cleanup efforts, and maintain safer working conditions.
Spill containment equipment is designed to stop or absorb liquids so they do not spread throughout a facility. Common spill containment tools include absorbent pads and rolls that soak up liquids, absorbent socks that form barriers around spills, and spill kits that provide workers with the materials needed to respond quickly.
Many workplaces also use secondary containment solutions such as containment pallets, berms, or trays. These systems are designed to capture leaks from containers, drums, or machinery before the liquid reaches the floor or nearby drains. When used together, these tools create a complete spill containment system that protects both workers and the environment.
Spill prevention focuses on stopping spills before they happen, while spill containment focuses on controlling a spill after it occurs. Prevention strategies typically include equipment maintenance, proper storage procedures, and safe handling practices for liquids and chemicals.
Spill containment becomes necessary when prevention measures fail. Containment systems help isolate the spill, limit how far the liquid spreads, and allow workers to safely clean the affected area. In most workplaces, both spill prevention and spill containment strategies are used together to reduce risk.
Many facilities that store or use oils, chemicals, or other industrial liquids benefit from having a clear spill containment plan. A spill containment plan outlines how employees should respond to spills, what equipment should be used, and how contaminated materials should be handled and disposed of.
Having a defined plan ensures that workers can respond quickly and consistently when a spill occurs. This preparation helps reduce workplace injuries, minimize environmental impact, and ensure compliance with safety and environmental regulations.
When a spill occurs, employees should first identify the type of material involved and follow their facility’s spill containment procedures. Workers should secure the area to prevent additional exposure and use appropriate protective equipment before attempting cleanup.
Spill containment materials such as absorbent pads or socks should be placed around the spill to prevent it from spreading. Once the spill has been contained, workers can begin absorbing and removing the liquid according to the facility’s safety guidelines. Proper disposal of contaminated materials is also an important step in the spill containment process.
Calendar: Environmental Days 2026
