Ensuring that chemical spills do not occur in industrial areas is vitally important to the effective functioning of a company. Unfortunately, for the majority of workers, determining how to complete this task is quite challenging. This is not because they are not aware of how to contain liquid; no, industrial workers are aware of how to contain liquid in liquid containers. The challenge lies in the substance being contained as all chemicals have various features and, thus, require different containers for effective storage.
If you work at a facility where you are taking care of materials that are liquid and toxic, you will need to have the proper containers that can hold this material so that it does not leak into the ground. Some of the materials like acid need to be stored in specific tanks that will have what are called liquid containment bunds that surround the unit that act as a barrier in case there is a rupture in the container itself. It takes a special type of material, and a technique for building this bund wall which is essentially a retaining wall around the storage unit. If you would like to find a place to get discounts on the best liquid containment bunds, here is what you need to do.
Liquid containment and transportation is a very delicate field. Often times, the liquids being transported are potentially hazardous to the environment. A lot of care is put into researching and manufacturing the devices used to contain these liquids. Care must also be put into storing and transporting the liquid. Here are 9 liquid containment facts that you might not know.
- 9. The Fuel Bladder.
A fuel bladder is a very interesting tool for containing liquids. It is a flexible and collapsible bladder that is capable of storing various industrial liquids but is most often used to store fuel. It is also sometimes referred to as temporary fuel tank. Most of these bladders are shaped like large pillows so that they can provide the maximum volume possible to be transported without any wasted space.
Though they are usually used to transport fuel, they may be used to transport various other liquids. In particular, they are often used to transport harmful sludge or industrial chemicals that need to be kept separate. Most of these bladders have very little risk of spilling, but it is still always recommended that they are housed in separate containers for sake of safety.
- 8. Fuel Bladders Get Big.
On average, fuel bladders are designed to hold around 100 gallons of fuel. However, that number can climb all the way up to 200,000 gallons. It's even possible to have custom bladders designed that are capable of holding much more. The simplicity and affordability of their design make them ideal candidates for containing and transporting large volumes of liquid.
- 7. There Is Some Risk.
It's important to note that the larger the bladder the higher the risk of a spill. The risk doesn't really come into play until the bladder exceeds a capacity of 50,000 gallons. At this point, there is a slight risk of a spill during transportation. That risk increases as the capacity of the bladder increases.
To mitigate this risk, precautionary measures should always be taken when filling and transporting these bladders. This is especially true if the bladders are filled with fuel or some potentially hazardous substance. There are rather large fines in place for spilling fuel. The EPA has also outlined very clear regulations for the storage and transportation of these bladders when they contain fuel.
- 6. The Jerry Can.
The next tool on this list of 9 liquid containment facts is the Jerry Can. These containment devices have been around for quite awhile, but modern Jerry Cans blur the line between canister and fuel bladder. Collapsible Jerry Cans are very popular now and they resemble small fuel bladders with a nozzle attached at the end.
- 5. History Of The Jerry Can.
As mentioned, the Jerry Can has been around for awhile. The original can was invented during the 1930's in Germany. It was utilized for military operations. The average can could hold about 5 and a half gallons of fuel. The new design was a huge improvement over previous canisters used to transport fuel.
Prior to the Jerry Can, most fuel canisters required additional tools to utilize. For example, a funnel was needed to pour the fuel from the canister into the vehicle. The Jerry Can eliminated the need for additional tools by attaching a funnel-like device at the mouth of the canister.
These cans were traditionally made from pressed steel. Some are still designed this way just to emulate the older look. However, it's cheaper and more efficient to use collapsible Jerry Cans that are made from plastic.
- 4. The Flexitank.
The third containment device on this list of 9 liquid containment facts is the flexitank. In theory, the flexitank is very similar to a large fuel bladder, but there are some major differences. The primary difference being the requirement of a shipping container.
A flexitank is a large bladder that is designed to fit the measurements of a shipping container. The bladder is placed into the container and then filled via a hose. The end result is that the container is turned into a bulk liquid containment device and also serves as its own secondary containment device.
- 3. No Fuel In The Flexitank.
The flexitank is often viewed as a safer method of transportation than a standard fuel bladder, yet regulations currently prevent using this type of tank for transporting fuel. A flexitank cannot be used to transport any hazardous chemicals. The only type of fuel that can be transported using this tank is bio-diesel.
- 2. The Flexitank Is Still Popular.
While it may not be used to transport fuel or hazardous materials, this liquid containment device is still extremely common. It's one of the most popular choices for a business that need to transport water, beer, wine, molasses, juices, and various food products. It's even great for transporting bulk pharmaceuticals that are non-hazardous.
- 1. A Bright Future For The Flexitank.
The flexitank has always been considered a big breakthrough in liquid containment technology. More research is being poured into it all of the time. It won't be long until the safety of the device is improved and it can be used to transport bulk quantities of fuel. That may even lead to a slight decrease in the cost of fuel in various countries.
There you have it. That's a total of 9 interesting facts about liquid containment. Whether you're just curious or you work in a related field, it's always good to know how your liquids are getting from point A to point B.
There is a problem that is seen in a wide variety of industries. In fact, any time a business is dealing with any type of a liquid, especially a hazardous liquid, there is the possibility of a spill. Some of these spills may involve some very dangerous liquids, both to the people that are nearby and for the environment as well. Those spills might include a variety of chemicals, sewage, petroleum products and many other liquids, In order to ensure that those spills are both contained and controlled, a liquid containment management systems should be in place. So, what is liquid containment management?
Liquid containment management, which is sometimes also referred to as spill containment, is a way of ensuring that any spill that does occur does not get out of control. Typically, it involves some type of barrier that helps to keep the liquid within a certain area. This allows for a much easier cleanup and reduces the effect that it might have on the environment as well. In some cases, there may also be a drainage system in place that allows the liquid to flow away from the spill area into a contained space rather than being absorbed into the surface at that location.
When you look at the statistics, you begin to see how important spill containment is in an environmental location. In the United States alone, there are over 10k spills reported on a yearly basis and that is only scratching the surface. These only include those that have some type of liquid containment management in place and not all of those that do occur are reported. Unfortunately, many are likely swept under the carpet and forgotten.
Spills are also not a problem that is confined to land areas. There is also the possibility for spills on the water as well and these can have a severe impact on the sea life, human life, and the environment. We don’t need to think back very far to remember some rather serious oil spills. This type of a problem can also be contained using liquid containment management but the system can not be in place in advance because the area where the oil spill occurs is not known in advance.
Most experts consider a liquid containment management system to be the optimum choice for containing and controlling any type of spill. When compared with using absorbing kits or a secondary chemical to control the spill there are typically more problems involved. Those are the experts who don’t ask, what is liquid containment management, they understand it quite well.
One type of liquid containment management is used more and more frequently by those who are responsible for handling or transporting oil. They are a series of bladder and valves that work within the drainage systems that are already in place. If a spill should happen to occur, they can simply be deployed to those areas. Even if they are not in place, it only takes a few hours to have them retrofitted to systems that are already damaged and leaking.
There are also things that can be done to further contain the spill along with the spill management system. One important thing to consider is the need to be proactive when looking into the possibility of needing such a system. If you have any high risk areas at your facility, it is best to map them out in advance. You may also be able to map out additional problems by keeping an eye on anything that could affect a spill, including ocean currents and current weather forecasts.
What is Liquid Containment Management in Modern Facilities?
One of the benefits of using modern day liquid containment management systems is that they can be deployed and inflated remotely. In the past, it was necessary for personnel to be directly in the area where the spill occurred in order to deploy the system. Today, pneumatic controls are used instead of electric controls so there isn’t even a need to have electrical cables run into the area.
Spill containment systems have continued to advance with technology as well. An option that is now on the cutting edge uses wireless networks to signal gas cylinders to inflate the spill bladders remotely. As a result of this technological advancement, these systems can often be deployed in any area, even those that do not have other facilities available.
Sometimes, a spill may take place and a containment system may be needed in a remote location. There are portable options available, such as portable drums that can be deployed in the event of a large-scale spill. Tank systems may also be able to contain the spill, and they are used in certain situations as well.
In high-risk areas, where a spill is likely to take place, a series of systems may be necessary to ensure that problems are kept to a minimum. There may be a primary system in place to capture the spill and contain it in a specified area. A secondary system may also be deployed in those areas to make up for any shortfall of the primary system. Having a secondary option available may also help in the event that the primary option fails.
Choosing a liquid containment system would require that you consider a number of factors that could occur at your facility. Those factors could include the type of chemical if monitoring is needed if it must be moved and if so, how will the move take place and what type of volume could occur if a spill takes place. You may also need to consider if the chemical is flammable and if the spill containment system is compatible.
When you understand more about a liquid management system, you realize just how important it is to make the right choice for your business. Having a spill management system in place allows you to take care of business while, at the same time, caring for any emergency situations that may come up in the future. Rather than asking what is liquid containment management, you will know very well what it is and how to use it properly.