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Drum It Up! Steel Drum Industry News, Trends, and Issues

Posts Tagged ‘hazmat’

To Overpack or Not to Overpack?

February 18th, 2016 by Natalie Mueller

Filed under: Safety, Salvage Drum

No matter what you need to contain, store and/or ship, the Skolnik team is standing by to help. We know our drums and the UN and DOT regulations pertaining to the storage and transportation of various materials inside and out. Our team takes pride in guiding customers new and old toward the best possible container and product for their unique needs. A big part of proper planning is being prepared for when the plan fails. This is where overpack comes in handy.

Even the best laid plans need a back-up plan. Overpacked salvage drums are the perfect back-up companions. Whether you are transporting a damaged or non-compliant drum or just want to safeguard containers that you fear may rupture during transport, overpack your salvage drums for extra-protection buddies.

Think of Skolnik’s overpacked salvage drums as a big brother to your materials. Sure, we can be overprotective, but if something happens, you’re more than happy we tagged along on the journey. Salvage drums are just a little extra protection to give you a little extra peace of mind as your precious product sits in storage or travels cross country.

Not sure what drum is right for your job? Give us a call, we’re happy to help!

Regulations and Secondary Spill Containment

February 4th, 2016 by Natalie Mueller

Filed under: HazMat

The transportation and storage of hazardous materials is a tricky business. There are loads of regulations from the UN, the Department of Transportation and others, and failure to meet those regulations can result in a hefty fine and property, environmental or physical damage due to a leak. Skolnik Industries takes great care to ensure that all of our drums are perfectly suited for their intended contents and meet all necessary regulations. An important and popular safety measure used for the transportation and storage of hazardous materials is a secondary containment system.

Of course, secondary containers have their own set of regulations. Here are a few of the main points of regulations surrounding secondary containment:

 

  1. Strength and durability

Your secondary containment system must be impervious and free of cracks or gaps. It’s recommended that you inspect your containment system regularly (especially if you are storing materials for an extended period of time). Any damage to the sump or the containment unit itself can lead to system failure and a leak.

Obviously, your containment system should be chemically compatible with whatever liquids might come in contact with it. Skolnik can help guide you to proper materials and containment for your contents.

  1.  Sloped or draining

Your secondary containment system must include a slope or be specifically designed to efficiently remove any liquid spilling or leaking from the primary unit inside. Primary containers cannot sit in their own waste. A popular solution to this regulation is to raise the secondary containers on grates, decking or wood pallets or adding a drain to your secondary containment unit. That way, any leaking fluid can be directed away to the sump to be collected.

  1. Capacity

According to regulations, secondary containment systems “must have sufficient capacity to contain at least 10% of the total volume of the primary containers or 100% of the volume of the largest container, whichever is greater”

That’s a lot of capacity, but also a lot of math! These are just the federal containment regulations, so make sure you work with Skolnik to ensure your containment capacity meets any state-level regulations as well.

  1. Mother Nature-resistant

Your secondary containment system must be impervious to the weather — specifically, precipitation. If any rainwater or other precipitation can get into the secondary containment system, your capacity must be sufficient enough to contain the additional volume. Remember all of that math? If you don’t want to have to add predicting the weather to your to-do list, it might be easier to just keep the weather out.

That said, any rainwater or snowmelt that enters the sump of your secondary containment is also taking up capacity in your system. Take care to implement a system that won’t overflow.

  1. Waste Removal

Any waste or precipitation that has spilled or leaked into the secondary containment area must be removed in a timely manner to prevent overflow. It’s no surprise that a huge part of a secondary containment system is maintaining the cleanliness, integrity and capacity of that system.

 

In the end, your secondary spill containment is a safety measure. In an ideal world, your primary container will remain unscathed and strong. But, in the event of a spill or leak, you want (and need) to have your bases covered. We at Skolnik are here to help make sure you always have the most effective and compliant containers for your specific materials, whether they are hazardous materials or not.

Choosing the Right Drum: Hazardous Materials

October 29th, 2015 by Natalie Mueller

Filed under: DOT/UN, HazMat

Most materials shipped or stored throughout the world are contained in a steel drum. This includes hazardous materials or dangerous goods. And at Skolnik, we take proper hazmat containment seriously.

Choosing the right drum for the job is always important, but when it comes to hazardous materials, that importance may be tenfold.

There are many questions to consider when determining the proper container for hazardous material:

  • What type of steel should I use?
  • What size drum do I need?
  • Should the drum be lined?
  • If so, what type of liner should I use? Epoxy-phenolic, 100% clear phenolic or pigmented phenolic?
  • How will the materials be transported?
  • What requirements must be met to safely and legally transport my container on train, truck, sea or air?
  • What certifications does my container require? UN certification? OSHA? EPA? DOT? All of the above?

With so many things to consider when shipping or storing hazardous goods, it can be daunting to get the job done. But at Skolnik, we can help. When you’re shipping hazardous materials, it is your responsibility as the shipper that your contents are properly classified, packaged and labeled, so take care and ask questions to ensure that we can provide you with the right container for your needs. Asking questions up front can save time, money and lives when it comes to the transport or storage of your materials.

Reduce risk and avoid incident with proper hazmat containment. Talk to a Skolnik Industries representative to ensure your contents, facilities, transport vehicles, employees and anyone who may come in contact with your materials are kept safe and protected throughout your containers storage or transport.

Stainless Steel: A Brief History

July 23rd, 2015 by Natalie Mueller

Filed under: Industry News

By definition, stainless steel is a steel alloy with a minimum of 10.5% chromium content by mass. It is stainless steel’s chromium content that differentiates it from carbon steel and provides the corrosion, rust and stain-resistant properties we have grown accustomed to for storing and shipping various materials. In the proper quantities, chromium forms a film of chromium oxide, protecting the surface and internal structure of the steel from corrosion.

The magical corrosion resistance of chromium can be traced back to 1821 when French metallurgist, Pierre Berthier, noted iron-chromium alloys resistance to some acids and suggested the alloys should be used in the construction of cutlery. Unfortunately for 19th century people and their cutlery, it was too difficult to produce the level of carbon to chromium found in today’s stainless steel. These early alloys were exciting and new, but a bit on the brittle side until the late 1890s when German chemist, Hans Goldschmidt, made his discovery. Goldschmidt developed a process for producing carbon-free chromium.

Goldschmidt’s development set several researchers down the path to alloys that, by today’s standards, would qualify as stainless steel. Year after year, more researchers and scientists developed more different high-chromium alloys and reported new properties and benefits to this ‘stain-less steel.’ It was patented, industrialized and, by the time the Great Depression hit, was being manufactured, utilized and sold en mass in the United States.

Early researchers were right to get excited by this new steel. It’s high resistance to oxidization, acids, weak bases, organics, rust and stains paired with it’s low conductivity and easy sanitation has made it an ideal material for numerous applications including, but not limited to, the containment, transport and storage of food and beverages, hazardous materials and more. At Skolnik Industries, stainless steel barrels aren’t just corrosive resistant and antibacterial, they are also made thicker and stronger than industry standards. And, because stainless steel isn’t porous or absorbent, a Skolnik stainless steel barrel may be used multiple times after proper cleaning.

I doubt Berthier knew what he had stumbled upon two centuries ago, but on behalf of Skolnik and all of our partners, we’re very grateful for the developments his curiosity set in motion.