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Botanical Extraction Pro Tips and Professional Consulting

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Now Available Supercritical CO2 Design NFT: Infinity Supercritical is the first in the botanicals industry to offer its 10L Supercritical CO2 Extractor as a NFT. As the owner of the NFT, you can resell, license, and manufacture the industry proven hemp extractor with worldwide rights. As the owner of the NFT, you get the sales proceeds of any 10L system (less manufacturing costs from Infinity if you do not opt-out). For more info... More Info

$149,000 Complete CO2 Extraction System: New crated machines ready to ship. More Info

Infinity Supercritical CO2 10 Liter Extractor Design and Worldwide Rights: NFT for our 10L design... More Info

Pro Tips and Training for CO2 System: More Info

Technology for Supercritical CO2 Extraction: More Info

Video for Infinity Supercritical CO2: More Info

Parts for Sale (pumps, seals, valves): More Info

Payback on Extractor System as short as 11 days (ROI): More Info

$100,000 for (3) new 10L Demo CO2 Extractors and Spare Parts Carts: (3) 10L Supercritical CO2 Shop Demo systems available for fall harvest, crated and ready to ship... This incredible package deal also includes an additional (3) spare parts carts, and a SDR Spinning Disc Reactor Experimenters Cart... More Info

Email: greg@infinitysupercritical.com

TEL: 608-238-6001

Resonance Farms Hemp

Resonance Farms Hemp

Pro Tips From Jon Cook at Resonance Farms and Octo Consulting

Jonathan Cook (see email link below)

Resonance Farms Hemp: Owns (2) 10L Systems | Specializes in hemp and hemp extract products | Consulting Services: Start-up, training, optimization, CO2 pump | (Pacific Northwest and global coverage via email, and online support)

Pro Tips from Jonathan:

Cat 310 Pumps: Regarding our experience with the Cat pump and seals, they are pretty finicky for sure. Through the thousands of hours that we have run our machines, we have learned a lot about how to have successful runs.

We have helped a good number of folks with the Infinity 10L machines overcome their issues of pump failures and unsuccessful runs.

Here are some of the most common issues we have encountered.

Machine not building pressure: This is typically result of having material in the pump. We have found that even a tiny speck of plant material in the pump can cause the pumps to not build pressure. This can be remedied by taking the pump apart and thoroughly cleaning with ethanol. We clean all the seals and valve parts as well as flushing the pump body with ethanol. If any seals appear damaged at this point they get replaced.

The seals we replace the most are the tiny ones that are around the valves. We have had a lot of success reusing the high and low pressure seals and feel like these are pretty durable parts.

The main thing here is to be able to execute a run without getting traces of plant material in the pump. There are a few techniques that seem to help achieve this.

Always use the extraction baskets (we have talked with some owners who seem to think it’s ok to just fill the extraction chamber with plant material.) The extraction baskets are the first filter for traces of plant material. This is super important. Also, we have had most success with using pretty much whole flower (biomass) and not grinding it down. Having the material with some structural integrity seems to keep it in the basket.

When moving pressure through the machine (especially into the extraction chamber and equalizing the extraction chamber with the pump) this must happen very slowly. Like turning the valve until you just barely hear it. If this step is done too quickly, plant material seems to be moved along with the gas and can get into the pump and lines. Also, pressurizing the pump too fast can cause the valves to lock, so this process of very slowly moving the pressure through the system is key.

Temperature of the extraction environment is important. Those pumps are essentially moving the CO2 that should be liquid after it goes through the heat exchanger. This can only happen when the chiller is adequately working (we keep it between 31-34 F). If the temperature surrounding the pump (or the pump itself) is warm, the liquid CO2 will change back to gas when it hits the pump and cause a pump failure (you can see this by observing bubbles in the sight glass).

We recommended keeping the extraction environment under 70F and ideally closer to 60F. If this is not possible due to the facility, we have seen success with operators by ducting an air conditioner to blow directly on the pump. This has been a game changer for some folks we have helped out.

Also, be aware of where the chiller is and make sure the heat they are giving off is not impacting the temperature of the pump and machine. This can be remedied with fans moving the hot air away or having the chiller in a different area completely. Note: insulating the chiller line is important.

Other common issues:

Lines getting clogged: if suspected, remove the line and attempt to move air through it (blow on it). If air cannot pass through easily, then the line is probably clogged. This is more common at the elbows, but sometime occurs in the straights. This can be remedied by soaking the line with ethanol and then flushing with ethanol and pressure. Lines can get clogged with sediment as well as oil (lines into and between the collection chambers). A sonication (ultrasonic cleaning) bath can also be used to clean parts.

Using too much pressure: we recommend for folks to do trials with their material and find the lowest temperature / pressure settings that work. It is better to have a longer run time at lower temps and pressure than constant failed runs with high temp and pressure. I cant give out our specific extraction perimeters, but the cooler the better.

Cleaning Run: after about 50-100 hours of use the machine should be run with just ethanol in the extraction chamber and pumped though the machine at a higher pressure than the production runs.

Ethanol should be allowed to circulate for a while (at least 45 to 60 min) before differentiating the pressure and collecting it. Every time we do this, a lot of gunk comes out. Also, its very important to to clean out the extraction chamber after each run with a shop vac.

Too much material in the extraction chamber: we think of the extraction process a lot like making a shot of espresso. If the material is packed in too tight the solvent does not access all of the material and will either channel through inefficiently or not go through at all. All I can say here is pack it tight but not too tight. We typically run 1100 grams (2 lbs) to 1400 grams (3 lbs.) of starting material.

Closing Comments: I hope this helps as I do believe the Infinity Supercritical machines are good machines that can create an excellent product. They do take a very skilled operator to work well though. My company (Octo) does offer CO2 machine troubleshooting and operator training and would be grateful for any recommendations to clients who may need help.

Email: Jonathan at Octo for Support Request

Resonance Farms Website Uses Two Infinity Supercritical 10L Systems


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Pro Tips and Consulting Services From Current Hemp Processors Using Infinity Supercritical 10L Machines

Fee based support is available from these groups who own Infinity Supercritical extraction systems and use them on a weekly basis to produce product that they sell for a profit.

Jonathan Cook (see email link below)

Resonance Farms Hemp: Owns (2) 10L Systems | Specializes in hemp and hemp extract products | Consulting Services: Start-up, training, optimization, CO2 pump | (Pacific Northwest and global coverage via email, and online support)

Brook Bartels (see email link below)

Green County Hemp: Owns (2) 10L Systems | Specializes in hemp and hemp extract products | Consulting Services: Start-up, training, optimization, marketing, on-site available, post-processing, CO2 pump | (Wisconsin, Midwest, online support).

Pro Tips from Brook (updated on April 14, 2021):

Brook says that pump cooling is not required if the chiller is run closer to 40F, and the liquid CO2 reservoir is at a higher pressure (near 700 psi). Also said that matching the Collection Vessel (CC) closer to reservoir pressure resulted in beautiful quality honey looking oil extract. Brook runs for 2-3 hours and says running longer than that does not extract any appreciable amount of extract (i.e. waste of time for hemp).

Pro Tips from Jonathan:

Cat 310 Pumps: Regarding our experience with the Cat pump and seals, they are pretty finicky for sure. Through the thousands of hours that we have run our machines, we have learned a lot about how to have successful runs.

We have helped a good number of folks with the Infinity 10L machines overcome their issues of pump failures and unsuccessful runs.

Here are some of the most common issues we have encountered.

Machine not building pressure: This is typically result of having material in the pump. We have found that even a tiny speck of plant material in the pump can cause the pumps to not build pressure. This can be remedied by taking the pump apart and thoroughly cleaning with ethanol. We clean all the seals and valve parts as well as flushing the pump body with ethanol. If any seals appear damaged at this point they get replaced.

The seals we replace the most are the tiny ones that are around the valves. We have had a lot of success reusing the high and low pressure seals and feel like these are pretty durable parts.

The main thing here is to be able to execute a run without getting traces of plant material in the pump. There are a few techniques that seem to help achieve this.

Always use the extraction baskets (we have talked with some owners who seem to think it’s ok to just fill the extraction chamber with plant material.) The extraction baskets are the first filter for traces of plant material. This is super important. Also, we have had most success with using pretty much whole flower (biomass) and not grinding it down. Having the material with some structural integrity seems to keep it in the basket.

When moving pressure through the machine (especially into the extraction chamber and equalizing the extraction chamber with the pump) this must happen very slowly. Like turning the valve until you just barely hear it. If this step is done too quickly, plant material seems to be moved along with the gas and can get into the pump and lines. Also, pressurizing the pump too fast can cause the valves to lock, so this process of very slowly moving the pressure through the system is key.

Temperature of the extraction environment is important. Those pumps are essentially moving the CO2 that should be liquid after it goes through the heat exchanger. This can only happen when the chiller is adequately working (we keep it between 31-34 F). If the temperature surrounding the pump (or the pump itself) is warm, the liquid CO2 will change back to gas when it hits the pump and cause a pump failure (you can see this by observing bubbles in the sight glass).

We recommended keeping the extraction environment under 70F and ideally closer to 60F. If this is not possible due to the facility, we have seen success with operators by ducting an air conditioner to blow directly on the pump. This has been a game changer for some folks we have helped out.

Also, be aware of where the chiller is and make sure the heat they are giving off is not impacting the temperature of the pump and machine. This can be remedied with fans moving the hot air away or having the chiller in a different area completely. Note: insulating the chiller line is important.

Other common issues:

Lines getting clogged: if suspected, remove the line and attempt to move air through it (blow on it). If air cannot pass through easily, then the line is probably clogged. This is more common at the elbows, but sometime occurs in the straights. This can be remedied by soaking the line with ethanol and then flushing with ethanol and pressure. Lines can get clogged with sediment as well as oil (lines into and between the collection chambers). A sonication (ultrasonic cleaning) bath can also be used to clean parts.

Using too much pressure: we recommend for folks to do trials with their material and find the lowest temperature / pressure settings that work. It is better to have a longer run time at lower temps and pressure than constant failed runs with high temp and pressure. I cant give out our specific extraction perimeters, but the cooler the better.

Cleaning Run: after about 50-100 hours of use the machine should be run with just ethanol in the extraction chamber and pumped though the machine at a higher pressure than the production runs.

Ethanol should be allowed to circulate for a while (at least 45 to 60 min) before differentiating the pressure and collecting it. Every time we do this, a lot of gunk comes out. Also, its very important to to clean out the extraction chamber after each run with a shop vac.

Too much material in the extraction chamber: we think of the extraction process a lot like making a shot of espresso. If the material is packed in too tight the solvent does not access all of the material and will either channel through inefficiently or not go through at all. All I can say here is pack it tight but not too tight. We typically run 1100 grams (2 lbs) to 1400 grams (3 lbs.) of starting material.

Closing Comments: I hope this helps as I do believe the Infinity Supercritical machines are good machines that can create an excellent product. They do take a very skilled operator to work well though. My company (Octo) does offer CO2 machine troubleshooting and operator training and would be grateful for any recommendations to clients who may need help.

Email: Jonathan at Octo for Support Request

Resonance Farms Website

Green County Hemp (using Infinity Supercritical extractors)

Green County Hemp

Green County Hemp

Pro Tips and Consulting Services From Brook at Green County Hemp

Fee based support is available from these groups who own Infinity Supercritical extraction systems and use them on a weekly basis to produce product that they sell for a profit.

Brook Bartels (see email link below)

Green County Hemp:

Owns (2) 10L Systems | Specializes in hemp and hemp extract products | Consulting Services: Start-up, training, optimization, marketing, on-site available, post-processing, CO2 pump | (Wisconsin, Midwest, online support).

Pro Tips from Brook (updated on April 14, 2021):

Brook says that pump cooling is not required if the chiller is run closer to 40F, and the liquid CO2 reservoir is at a higher pressure (near 700 psi). Also said that matching the Collection Vessel (CC) closer to reservoir pressure resulted in beautiful quality honey looking oil extract. Brook runs for 2-3 hours and says running longer than that does not extract any appreciable amount of extract (i.e. waste of time for hemp).

Email: Brook for Support Request

Email: Brook at Green County Hemp

Green County Hemp Process and Extraction

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Cat Pumps and Seals:

Cat 310 Plunger Pump Low and High Pressure Seals | Please purchase low and high pressure seals from Cat Pumps directly. We have canvased successful operators of the Cat 310 pump and they claim that the Cat Pump seals work fine with CO2 as of August 20, 2020. Proper machine operation is attributed to longevity of seals (more than a month per set). Cat Pumps and Seals

Infinity Supercritical Owners Resources




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Parts and Consumables:

We have a complete list of parts, suppliers, and online order links available for a one-time fee of $1,500. This allows you to order supplier-direct (no mark-up fee).

We have found this to be more cost effective for machine owners. If you were to order parts separately from us (instead of supplier direct), you would greatly exceed this cost within a year.

Please use the convenient online order link below to pay by credit card on PayPal. Order Link for One-Time Fee via PayPal

Infinity Supercritical Owners Resources




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