How much does Dry Ice Blasting Cost?

Cleaning using dry ice has been shown to produce a greater clean in a shorter length of time when opposed to other standard techniques of cleaning.

Even amid the cleaning procedure, the outcomes that are obtained, the amount of time that is saved, and the trash that is removed are mainly what sell the service.

What about the price?

The price of dry ice blasting is determined by a number of different factors, including the following:

Dry Ice:

Dry Ice the rate at which these pellets, which are roughly the size of a piece of food, are blasted is roughly comparable to around 250 pounds per hr. Dry ice blasting have the ability to cut down greatly on the total number of hours of labor that are necessary. In compared to the conventional procedures, frequently by anywhere from 50 to 80 percent.


For industrial and transport usage


Dry Ice Works complies with all of the safety standards that have been established by OSHA and the Department of Environmental Quality.

Containment (if necessary):

Even though dry ice blasting does not produce any secondary trash of its own, the contamination that is being eliminated will be blown at a high rate of speed, as well as a confinement area might have to be developed or supplied in order to prevent the contaminate from spreading.

  • The cost of dry ice is often calculated based on its weight; however, the precise amount might differ significantly from one vendor to another. On a per-pound basis, the cost might range anywhere from $1.00 to $3.00 on aggregate. In addition, some shops provide price reductions for purchases made in larger quantities.

Let’s talk about sticker shock:

You’re probably not wrong. If someone is not aware with both the dry ice cleaning process, they may face sticker shock due to the high cost of the service. Even if the cost of the service is substantially more than that of more conventional ways, the amount of time spent cleaning and the amount of money spent on materials have both been drastically cut down, which means that the quality of the service considerably surpasses the cost.

Really not entirely convinced?

Let’s look at this using the example of a man who works at such a printing press. It is necessary for them to clean their machinery on a regular basis in order to keep the effectiveness of their machinery as well as the performance of the products from deteriorating. Cleaning with dry ice is one of the two options available here, the other being more conventional cleaning procedures.

In years gone by, the proprietor of any particular store would pay six workers $30.00/hour in order for them to clean all of the required apparatus. This would require turning off the machine, removing the components, cleaning them with strong chemicals (along with some good old-fashioned elbow grease), waiting for them to dry, and then reassembling them. To finish all of the services and make use of the chemical that costs one hundred dollars, this crew of six people would need around twenty-four hours. Simply accounting for the cost of time and materials, this works out to $4,420.00 every washing or $53,040.00 per year.

Therefore, let’s apply dry ice blasting capabilities to the identical case that we just looked at. The store owner would still have been required to pay $30.00 hourly for a dry ice cleaning professional to come in and conduct the job; nevertheless, it would only require a one-man team a total of 10 hours to accomplish the identical cleaning operation that had previously taken 6 men 24 hours to accomplish. The equipment does not need to be disassembled in any way, there is no use of harsh chemicals, and it may be utilized straight away. The printing press worker would still experience a loss in gross profit throughout cleaning periods; but, due to the large decrease in time, his annual loss in gross profit has decreased to $12,000.00 from $28,800.00. The overall annual expenditures have been brought down to $20,928.00 thanks to the usage of dry ice cleaning.

How you can store Dry Ice?

Dry ice is capable of sublimating into vapor when it is subjected to increased temperature swings. Even while it is not possible to completely halt the process, placing the dry ice inside an isolated cooler with as little free space as possible and storing it in a cool location can help to slow it down. In order to reduce the quantity of dry ice that is wasted before it is put to use, it is best to make the purchase as near as possible to the point when it will be required. Dry ice should never be kept in a refrigerator or freezer because the low heating rate might cause the appliance to switch off or the accumulation of carbon dioxide could cause it to open. Instead, dry ice should be kept in a separate location.

Dry Ice Blasting in Comparison to other Blasting Methods:

Dry ice blasting is preferable to other industrial cleaning agents on the market owing to the fact that it does not include the use of abrasives and does not require the use of any chemicals. The table that follows provides a comprehensive evaluation of dry ice blasting to many different ways of cleaning.

Dry Ice Blasting versus Abrasive Blasting:

Dry ice blasting is quite successful even on waste that is difficult to remove, such as thick oil and stuff that has been carbonized. Sand and other types of abrasive particles can be used to eliminate thick impurities, but they run the risk of scratching the surface if too much pressure is used. The exterior of the substance being cleansed will not become scratched or abraded while using dry ice.

Dry ice blasting is also cheaper and healthier than abrasive blasting, that releases dust as well as abrasive particles inside the field of aviation of the wider region. Dry ice blasting is an increasingly popular alternative to abrasive blasting. On the other hand, abrasive particles will leave behind solid waste that will need to be cleared away, whereas dry ice will just dissipate into the atmosphere.

Dry ice blasting versus pressure washing plus steam cleaning:

Methods of cleaning that rely on water, such as high-pressure washing as well as steam blasting, are quite common in the commercial cleaning industry. On the other hand, extra time is needed for these approaches in order to set up and let things dry.

In addition, they cannot be used on surfaces that include exposed circuitry, plaster or drywall, wood, or any other material that has the ability to adsorb moisture as well as encourage the formation of fungus and mildew.

Dry ice is considered to be non-conductive, which means that it may be used to clean electronic systems without the risk of causing electrical loss or sparks. This is in contrast to water and steam, both of which are reactive. Furthermore, there is no need to account for any increased drying time when using dry ice blasting.