Dry Ice Production Systems

Cold Jet's dry ice production equipment has been engineered to extrude the highest density dry ice available. Due to our proprietary knowledge of dry ice, our process creates a longer shelf life, better transportability, and offers better blasting performance.
Learn more here: www.coldjet.com?cmp_int=enCZcams

[@everdream741]

Thats a cool place to work at .

[@mehartenthousepadigaon8454]

I need as soon as possible

[@cavimleshchhajed3948]

What is the cosr of the Machine? How i can buy it?

[@dryiceblaster]

Thanks for your question! Visit our website coldjet.com and go to the Contact Us tab to reach out to us.

[@james2976]

Song plz??

[@lala-ju3jf]

What's does it cost?

[@proseincproseinc9815]

698,320.00

[@maxschon7709]

Will the CO2 taken from the air?

[@dryiceblaster]

Most of the CO2 used to produce dry ice is captured at industrial facilities, like fertilizer plants. These facilities install carbon capture & utilization systems that capture the emissions from their facility and put it through a process to separate the CO2 from other molecules. It is then pressurized and stored as a liquid until it is pumped into a pelletizer which makes dry ice. It can also be sourced from biofuel facilities and ambient air capture technologies, both of which are growing industries.

[@mehartenthousepadigaon8454]

Machine price plz 🙏🏻🙏🏻🙏🏻

[@nomore1980]

I'm trying to find the most common source of CO2 for the dry ice and it's leading no where so far.

[@dryiceblaster]

Hi! Message us and we'll help you find someone in your region who can help.

[@nomore1980]

@@dryiceblaster I'm saying the common source. I saw that the most common method is removing the CO2 from rock via high heat. So that makes sense as how much lime is used.

[@dryiceblaster]

@@nomore1980 the most common source of CO2 used to make dry ice is through the carbon capture & utilization process. Industrial facilities, like fertilizer plants, can install systems to capture their emissions and put it through a scrubbing process to extract the CO2. It is then pressurized and stored as a liquid, which is then used to convert to dry ice. Alternatively, more and more systems are coming online that actually scrub the ambient air around us and extract the CO2. These are still in the early stages, but are gaining more and more funding for R&D.

[@we.stan.good.dances2638]

@@dryiceblaster that's amazing who knows what applications dry ice can have for us in the future it has such interesting properties and seems to be relativley inexpensive to mass produce.

[@thelukesternater]

Cost ?

[@josephbongiorno2265]

if you gotta ask...

[@dryiceblaster]

Great question! Feel free to direct message us and we can talk over options for your budget.

[@TRAFICCLUB]

I need

[@zeusdarkgod7727]

​@@dryiceblasterI visited your website and noticed you have several different models available, so it makes sense you don't want to address the cost so openly, but dodging the question outright and forcing people to give personal information just for cost also seems very shady and causes more people than not to stear away.
V/R with no disrespect intended.

[@dryiceblaster]

@@zeusdarkgod7727 we are sorry you feel that way. Unfortunately, there is no "set price" when it comes to dry ice production equipment as it depends on each users unique needs. These require engineering teams to scope out projects for customers. While you can just produce pellets, most of our systems are considered engineered systems in which we add conveyor lines, flow packers, dosing systems, etc. You're welcome to reach out to [e-mail] if you are interested and we can share a price sheet.