Vacuum cleaners are devices that draw air and other particles into a filter or collection chamber to create a partial vacuum that draws dust, trash, as well as other materials from surfaces like floors. Vacuum cleaners are sometimes thought of as being used in homes, but they also have many industrial and commercial applications. Specialized models like a pneumatic vacuum are available depending on the sort of material that needs to be collected.  

You must consider a number of criteria while selecting industrial vacuum systems. Before making a decision, consider how it will be used. This will help you decide on the technology, lubricant, chemical resistance, vacuum level, and required flow rate. 

Spillrite Vacuums Canada, based in Mississauga, Toronto, offers high-performing industrial vacuum systems. Contact us today for pneumatic vacuum systems as well.  

How to Choose the Right Pneumatic Vacuum  

The caliber and desired vacuum level should be your deciding factors when selecting a vacuum pump. Vacuums come in different varieties, including rough or low vacuum, high vacuum, and ultrahigh vacuum. The distinction between the three is the rarity of the molecules produced, which is determined by the residual gas pressure. The number of weak molecules per cm3 increases with decreasing pressure. The pump quality is improved as a result. 

Consider the following things while choosing the pneumatic vacuum for your industrial operations –  

Vacuum level requirements 

Many applications need varying vacuum levels, and various industrial vacuum systems draw various pressure levels. In light of this, choosing the appropriate pump technology requires understanding the desired vacuum level.  

For instance, if an operation required good gas flow at less than 1 torr, choosing a liquid ring pump that functions only to 28-29″ of water would not be appropriate. You should also think about whether your vacuum pump is primarily concerned with the pump-down procedure or whether it needs to maintain a constant pressure level.

Pump flow rate 

The draining time and flow rate of a fuel and solvent recovery pneumatic vacuum are connected. The vacuum pump’s ability to provide both the requisite pumping speed (volume flow rate) and the needed mass flow rate. This is in accordance with the process requirements and must therefore be assessed. Usually speaking, the draining time decreases with increasing flow rate. According to the type of vacuum used, the quantity of residual molecules per cm3 is shown in the table above.


Industrial vacuum systems are available based on the application and materials being collected. Although typical vacuum cleaners may use filter bags to gather debris and conventional porosity filters on return air. The air returning from a HEPA-filtered vacuum cleaner is filtered to remove 99.97% of all particles that are larger than 0.3 microns in size or equal to those particles. (HEPA, also known as High-Efficiency Particulate Arrestance, is an acronym for High-Efficiency Particulate Air.) At places like hospitals and other healthcare facilities or establishments where the requirement to control airborne particles is crucial, HEPA-type machines are used.

Portability options 

With its straps and waistbands, a backpack-style pneumatic vacuum gives the user maximum movement and the ability to access places that would be challenging to reach with a traditional vacuum cleaner. Using a tank or reservoir, a pump is used by truck and trailer-mounted vacuum cleaners to gather liquids.  

They are then held in the tank until disposal. While trailered systems may have a distinct motor to operate the system, truck-mounted units normally use the truck’s engine as a power source. A large fuel and solvent recovery pneumatic vacuum is useful in fields where portability is crucial and larger collection reservoirs are required. This includes oil and gas, sewage treatment, and commercial aviation.

Cost of vacuum 

Both the original capital costs of buying the pump and the costs of repairing and maintaining it over the course of its useful life are included in this. For instance, oil-sealed rotary screw pumps may have substantially lower maintenance costs than other types of pumps, such as vane pumps, which may need more frequent vane replacements. When analyzing pump expenses, it’s important to take energy conservation, the number of times oil changes is required, and more pump availability because of non-wearing points. 


Industrial vacuum systems come in different shapes and sizes. It is highly significant in places and factory floors where there are heavy requirements for fuel and solvent recovery. Pneumatic vacuums do not use electricity, which makes them an efficient choice for cleaning. If you keep the above points in mind while purchasing a pneumatic vacuum, then you will find the right one and get the most out of your investment.