Polyurea coatings are great to use on industrial structures such as underground pipelines and water containers. However, did you know these coatings are the absolute answer to a secondary containment system?

What is secondary containment?

If you work with hazardous chemicals, you may know something about these systems. Secondary containment systems demonstrate an extra line of protection if something happens to the primary containment system. For example, if a storage tank that holds wastewater should happen to crack, the secondary system will prevent any of the liquid to spill out and damage the environment. It's a temporary measure that shields the environment until the appropriate actions can be taken to fix the primary system.

Polyurea coatings are excellent for any secondary containment systems, in particular:

Oil and gas wells
Petroleum storageTank farms
Sumps and trenches
Drum storage areas
Chemical facilities and storage areas

However, how can a spray-on polyurea coating act as a secondary containment system?
What the coating does is produce a leak-proof barrier that blocks any of the material inside the primary containment unit from emerging. As we've mentioned before, polyurea solution is not only watertight but is very amenable. So if it's a bone-chilling kind of day and everything feels tight, the chemical will protect from any splinterings. The same goes for a sweltering heat wave, where everything doubles in size. The polyurea will still keep everything in place.

We've also mentioned that polyurea coatings are resistant to water damage, such as corrosion or rust. However, that's not the only weather element that can do some damage. Here in Texas, we get our fair share of sunny days. Although the sun can be great for your mood and your skin, all that ultraviolet exposure can affect a storage tank. For instance, if you have a polyethylene tank, constant exposure to the UV light can make the material brittle, leading to cracking. However, this doesn't happen to a polyurea solution.

Some companies use a rubber lining, paint, or other surface protection to use as a secondary containment system. However, that can lead to problems:

A rubber lining doesn't last nearly as long as a polyurea coating
A rubber coating doesn't have the same abrasion and corrosion resistance
There may be weaknesses in these types of coatings that a chemically aggressive fluid can exploit
They can be expensive as compared to a polyurea solution
There's a chance that a rubber lining can absorb and possibly release materials that cause contamination.

At ArmorThane Coatings, we know how important it is to protect the environment from hazardous materials. Also, the best way for an industry to do that is to use the best type of protection available. That protection is a polyurea solution.

If you need a secondary containment system for the materials, you work with and are considering using a polyurea coating, go with the best. Contact a representative at ArmorThane now and get the protection you need for your business.

So What Is Secondary spill containment?

So What Is Secondary spill containment?

So What Is Secondary spill containment?

Image result for So What Is Secondary spill containment?

Secondary spill containment is the containment of dangerous liquids to prevent contamination of soil and water. Common techniques include the use of spill berms to contain oil-filled equipment, fuel tanks, truck washing decks, or any other places or items that may leak dangerous liquids.



Secondary spill containment involves the sequestration of hazardous waste to prevent the contamination of local soils and water.
In the electrical utility industry
Adaptable Secondary Oil Containment around a Transformer.

United States Environmental Protection Agency (EPA) Spill Prevention, Control, and Countermeasure (SPCC) guidelines require that facilities that store large quantities of petroleum must have a plan in place to contain a spill. The purpose of the SPCC rule is to establish requirements for facilities to prevent a discharge of oil into navigable waters or adjoining shorelines. Within the electrical utility industry, oil-filled transformers are often in need of secondary containment.

Outdated secondary containment procedures such as concrete catch-basins are quickly losing ground to solutions that offer more cost-effective spill or leak cleanup.

One example of a more cost-effective method involves placing a geotextile boom filled with oil solidifying polymers around a transformer. These geotextile barriers allow for the flow of water, but completely harden oil in the event of leakage and effectively seal the spill. Many electrical utility companies are switching to this method because it saves them significant amounts of money when a discharge occurs because there is no need to employ vac-trucks afterward to clean up a spill inside a catch-basin.

Portable spill containment

Image result for Portable spill containment around fracking facilities
Portable spill containment around fracking facilities

Portable containment berms are essentially a basin that can catch many different types of hazardous liquids and chemicals. They are a form of secondary spill containment useful for containing mobile equipment such as oil drums, trucks, tankers and trailers. Unlike geotextile berms, portable berms usually do not solidify oil. Many organizations that incorporate the use of fracking use spill containment berms to catch contaminated water that is a by-product of the operation. Each well site has multiple trucks that transport water used in subterranean right drilling procedure.

My Blog List