CBD Oil Co2 Extraction Machine


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High capacity and high quality CO2 CBD extraction machines power SC Botanicals new hemp processing facility. For businesses across the spectrum of the cannabis industry, extracts are in high demand. Innovation has led to a wide range of new cannabis and hemp products available for retail, and smart entrepreneurs are thinking strategically about the extraction equipment they use in their operations. According to Headset, vape MedXtractor small-scale CO2 Extractors provide high-potency, high purity cannabis extracts. LEARN MORE TODAY by visiting medxtractor.com.

High Quality, High Capacity CBD Extraction Machinery

As seen in WSPA 7News’ video, “Inside Upstate CBD Oil Processing Facility ‘SC Botanicals,’” extraktLAB®’s Model 140 supercritical CO2 extractor is compact enough to fit in any size facility. Chris Cortina, SC Botanicals’ Director of Operations, outlines the supercritical CO2 extraction process before showing off their brand-new Model 140:

@ 1:37: “We use a process called, ‘supercritical CO2 extraction,’ that basically turns CO2 that you would get to carbonate beverages into a supercritical form. So, it acts as a gas and a liquid at the same time. And then, when you take your extract, it immediately evaporates so that there’s nothing left but the pure oil.”

@ 3:25 “This is a supercritical CO2 extractor. The way that it works: we load ground hemp into these columns here and the machine is pressurized. It takes supercritical CO2, which is carbon dioxide gas — the kind you’d see in beverage dispensers — and it turns it into a supercritical state, which is where it acts as a gas and liquid simultaneously. And that lets it act as a solvent for the CBD and pull it out.”

@ 3:52 “It only resides in this container and so when you extract the material the CO2 dissolves into the air. So the machine pressurizes these vessels and the oil flows through the machine and is captured in these collectors; these produce three different grades of oil. And so we collect them separately and they basically are homogenized for a final end product.”

High-Quality CBD Extraction Machinery

SC Botanicals is not the only hemp processor placing their bet on extraktLAB’s cutting-edge supercritical technology, which offers “some of the fastest processing on the market today,” according to GreenRushDaily.

The up-and-coming firm, Golden Developing Solutions, recently put out the very revealing press release, “Golden Developing Solutions Readies Launch of Supercritical CO2 CBD Extraction Facility in Colorado.” This article details the end of their due diligence phase prior to facility buildout:

“Management expects the facility to be fully operational by Summer 2019. Machinery orders will be finalized within the next 90 days. Following a detailed comparative examination of high-quality, high-capacity supercritical CO2 CBD extraction machinery manufacturers, the Company has narrowed its search down to Isolate Extraction Systems and ExtraktLAB” (Golden Developing Solutions 2019).

We’re honored to see our Model 140 supercritical CO2 extractor being so well-received! A throwback to our CEO Dr. Jon Thompson’s blog article, “How to Scale Up Your Extraction Business to Process One Ton Per Day,” outlines the Model 140’s high-performance numbers:

  1. 25 ft sq for extractor + 25 ft sq for chiller + 1 ft sq for the compressor = 51 ft sq.
  2. 63 amps for extractor + 15 amps (per extractor) for the chiller + 4 amps for the compressor.
  3. 17.6lbs/hr or 8 kg/hr.
  4. Trim at 20% delta 9 = 1,500-2,000 g/hr. Trim at 10% delta 9 = 800-900 g/hr.
  5. CO2 has no restrictions on amount as it poses no fire hazard. May need permit from city but this is (typically) a trivial process.
  6. Staff = three people per 8-hour shift. One person can run up tosix6 machines, need one person for pre-processing for six machines, and need one person for cleaning/maintenance.

Looking to scale your existing business into a one-ton-per-day hemp extraction facility? Read more about our facility design and layout services to learn how extraktLAB can help make it happen.

WSPA 7News. “Inside Upstate CBD Oil Processing Facility ‘SC Botanicals.’” YouTube: 07 December 2018. Website: https://www.youtube.com/watch?v=xGuauXXcMww

Frequently Asked Questions

Why should I choose extraktLAB equipment?

extraktLAB’s supercritical CO2 extractors are highly efficient and increase overall extraction yield. They are also capable of decreasing your yearly operating costs and leave scale up opportunities.

Does hemp biomass need to cure before extraction?

No, the material does not need to cure. Our methods complete the final drying step in a vacuum oven to bring the water content down from 10% to the 1% – 1.5% range for efficient CO2 extraction.

Can the drying process be accelerated using higher temps/lower humidity?

There are several drying methods used by growers to accelerate drying, but this is outside our scope of solutions. We recommend researching the agricultural methods to find what works best for you.

What are the typical conditions to dry hemp for extraction?

Harvest drying methods are outside the scope of our solutions; however, you want to dry the biomass to roughly 10% water content for quality storage to prevent mold or mildew.

When producing CBD from hemp, which part of the plant is typically used?

Typically flowers and leaves – no stems or stalks. Some producers will sort out the flowers and process them separately, but most processing includes the leaves and flowers.

Can ethanol become contaminated during ethanol extraction?

Yes, ethanol can become contaminated during ethanol extraction. It is important that you address the contamination with testing and reuse protocols. guidance for solvent reviews have been published by the FDA in 2010. Please refer to the many articles in this blog for more information on cross-contamination with extraction.

What is the electrical cost of ethanol extraction vs. CO2 extraction?

Processing a ton of hemp per day into extracts can be an energy-intensive process depending on how the hemp is extracted. The following table compares the energy expense for ethanol extraction versus the energy expense for CO2 extraction:

Energy cost for Ethanol Extraction for 1 ton per day at 1 gallon ethanol per 1 lb of hemp
18711 litres to cool from 25 to -20
16840 litres to heat and evaporate after ethanol loss
454 kwhr to Cool from 25 to -20
481 kwhr to heat to boiling point
3105 kwhr to evaporate
4040 kwhr total @ 100% Efficiency
75% Efficiency
5387 kwhr Total
$ 0.09 per kwhr
$ 506.36 per day
Energy cost for CO2 Extraction at 1 ton per day including winterization
636 litres to cool from 25 to -20
636 litres to heat and evaporate after ethanol loss
15 kwhr to Cool from 25 to -20
18 kwhr to heat to boiling point
117 kwhr to evaporate
151 kwhr total @ 100% Efficiency
75% Efficiency
201 kwhr Total
$ 0.09 per kwhr
$ 18.92 per day for winterization
43.20 Kwhr per day for CO2 extractors
$ 3.88 Per day for CO2 extractors

Would you recommend ethanol extracted oils for Vape products?

Due to the risk of chemical contaminants that are found in 25 to 30% of ethanol extracted oils , we recommend that CO2 oils be used for Vapor Products.

Is it possible to make a solventless extract with CO2?

It is absolutely possible to make a solventless extract with CO2. Solventless extracts are typically made with subcritical CO2 extraction methods.

Does ethanol extraction have a greater throughput than CO2 extraction?

Hemp processing equipment can be scaled for 1 to 5 tons of extracted hemp per day. It’s generally not a fair comparison to compare the throughput on an instrument from two different companies. What is fair is to specify the throughput At the tonnage process per day and then look at the operating cost for that process. You can also look at the equipment and Facilities cost to accommodate that level of Production. after you have all of your costs accounted for including the hidden costs, then you can calculate the net present value for each investment.

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What are the most common denaturants in ethanol?

Denatured ethanol is a mixture of denaturants and pure ethanol. Chemical companies add the denaturant to Pure ethanol so that they will not be consumed as a food.
Denatured recipes are published by the ttb that is administered by the National Bureau of Alcohol Tobacco and Firearms. There are many different recipes. one of the most common denaturants used in ethanol extraction is heptane. However there are other substances that may be used including acetone, isopropyl alcohol, methanol and other longer chain alcohols.
Is very limited data on the safety of heptane over the long term exposure. In fact the limit that the FDA has placed on the amount of heptane in a tincture for example was established in the 1990s on the basis of a single study published in 1981. That study the effect of heptane on Sprague dawley rats. That is why there are many disclaimers and the general guidance from the FDA is to limit the amount of solvent in any drug that is consumed.

Doesn’t ethanol extraction equipment remove all the ethanol from the biomass after extraction?

No. Approximately 5 to 10% of the ethanol is left in the biomass and is counted as a solvent loss. These solvent losses add up to operating costs. This is especially true if organic ethanol is used or food grade ethanol is utilized as the extraction solvent.

If you had an ethanol extraction facility, would you ever use CO2 just for stripping terpenes?

Ethanol extraction typically destroys the terpenes when the ethanol is removed from the extract or is distilled from the winterized oil. Many ethanol extractors are seeking a way to preserve the terpene profile of the plant in the output oil. To this end people have tried techniques such as Steam distillation, CO2 stripping, and vacuum distillation.
Certainly, CO2 can be used to strip terpenes from Hemp biomass Prior to ethanol extraction. However, vacuum distillation is by far the most gentle and effective way to harvest the terpene profile prior to ethanol extraction.

How do I model and compare the financial return of ethanol extraction vs CO2 extraction?

There are many inputs that need to be defined when creating a financial model comparing two different extraction methods. The first decision to be made is to decide what the financial metric will be used to make a decision on the superiority of one method over the other.

In this case, we recommend the use of the Net Present Value as the way to model the return of each extraction technique because it accounts for the cash flow associated with the operation. Many ethanol extraction companies try to make the argument that ethanol extraction is lower cost because the equipment cost is less. However, the equipment cost will have very little impact on the overall profitability of the operation at the same throughput.

The best way to compare the two techniques is to fix the throughput so that an apples-to-apples comparison can be made. Comparisons such are payback time and return on investment can mislead someone into making a bad investment decision.

So if we fix the throughput at one ton per day the cost of the hemp is equal between the techniques and operating cost variance is the only contributing factor.

Here are the twelve key questions that need to be defined in order to do a comparison:

  1. What is the direct labor to process?
  2. What is the energy to process?
  3. What are the solvent losses?
  4. What are the direct material startup costs including solvent startup costs?
  5. What are the cannabinoid recovery rates?
  6. How much solvent do I use, reuse, and when do I need to replace the solvent with fresh solvent? and at what interval?
  7. What is the insurance cost for each option?
  8. What is the cost of hazardous waste disposal?
  9. What is the cost of solvent removal?
  10. What is the cost of reuse of the solvent?
  11. What is the cost of HAP emissions?
  12. What is the depreciation for each option including building costs for H2 vs F2 occupancy?

Once these questions are answered you will be able to build a pro forma income statement.

  • Standard labor
  • Standard materials
  • Overhead

You can then hold SG&A and R&D constant for both techniques and account for the difference in depreciation to get to a net margin number.

A cash flow statement can then be generated from net margin. One thing to note is that depreciation must be added back to net margin as it is a non-cash expense on the income statement.

Cash flows are then added up for 5 consecutive periods (years) including the initial outlay of cash for startup working capital. Those cash flows are then discounted at a discount rate (Weighted average cost of capital estimate at 13-17%).

If you do this analysis, you will find that CO2 extraction will absolutely crush ethanol extraction in terms of net present value.

Does it cost less to process hemp with Co2 compared with Ethanol?

In fact the operating cost for CO2 extraction is dramatically less than the operating costs associated with ethanol.

Extraction with Ethanol is a process that is typically run at low temperatures. First the ethanol is cooled to below -20oC before it is introduced to the hemp. Cooling the ethanol reduces the amount of extracted chlorophyll and waxes. If you account for the energy required to chill the ethanol down to those low temperatures and then also evaporate after use, the energy bill for extracting ethanol is approximately 3-6x the cost of extracting with CO2. However, the energy cost is really not the key driver in the overall operating costs.
Ethanol extraction requires a significant amount of ethanol to be used per pound of hemp. In fact, about 1 to 1.5 gallons of ethanol must be used per pound of dry hemp in order to extract. Hemp is a very absorbent biomass material and the ethanol must fully saturate the hemp plant before any extraction can take place. For this reason a large volume of ethanol is needed to extract cbd from hemp.
The key cost driver or ethanol extraction is recovery of that solvent from the biomass. Even though many ethanol extraction equipment companies provide centrifuges and or presses to eliminate the amount of ethanol left over in the biomass, The best equipment will provide only a 90 to 95% recovery of the ethanol. This 5 to 10% loss in ethanol is a huge cost driver for extracting ethanol.
For example, suppose you wanted to process 1000 lb of hemp. You would need 1000 gallons of ethanol to start out at a cost of $16-33 per gallon for food grade ethanol for a total cost of $16,000 to $33,000. If you recovered 90% of the ethanol the ethanol loss would be $1,600 – $3,300 per 1000 lbs. Furthermore if you process 1000 pounds per day, this would be your daily loss.
In contrast, you will lose the equivalent of about $70 per day for CO2 extractions for the exact same process.
Besides energy and solvent usage, there are many other hidden costs related to extraction with ethanol including solvent reuse costs, insurance cost, increased facilities cost, and testing costs.

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Is CO2 cheaper than ethanol?

A pound of food grade ethanol when purchased in bulk is $4.71/lb at current price.
A pound of food grade CO2 when purchased in bulk is about $0.04/lb at current price.

What’s the purity of the CO2 used in CO2 extraction?

There are many grades of CO2 including industrial and food grade and medical grade. We typically use food grade but medical grade is also highly desirable. the specifications for each of these grades are published by the Compressed Gas Association or by your gas supplier.

7 Leading Cannabis Extraction Machines

For businesses across the spectrum of the cannabis industry, extracts are in high demand. Innovation has led to a wide range of new cannabis and hemp products available for retail, and smart entrepreneurs are thinking strategically about the extraction equipment they use in their operations. According to Headset , vape pens alone accounted for nearly 25 percent of overall industry sales in the first quarter of 2022. As the industry continues to expand and innovation persists, businesses with the right extraction equipment will be more capable of meeting the evolving marketplace’s demands.

3 Methods of Extraction

As with any significant purchase, smart businesses develop a comprehensive understanding of their options before making any investment. There are three main methods of extraction used to create high-quality hash. When the processes are conducted correctly, they all produce a final product without any leftover solvent residue. However, each method maintains its own appeal.


Ethanol extraction is a popular method because of its versatility; it can produce several different cannabinoid derivatives. This may be ideal for craft processors creating high-end exploratory products or large-scale labs working to isolate specific terpenes or cannabinoids. Ethanol extraction processes must be conducted in C1D1 or C1D2 conditions because it involves volatile, flammable substances. This means the layout of an ethanol extraction lab must be designed and outfitted according to strict government regulations. A big selling point for ethanol extraction is its solid ROI and cost-effective operation. Ethanol is recoverable and reusable over multiple cycles, making the process easily scalable and financially responsible for many operators.

Carbon Dioxide (CO2) extraction uses pressurized supercritical CO2 to lift cannabinoids from cannabis and hemp biomass. Unlike ethanol, CO2 is not volatile as a solvent and is commonly used to produce essential oils. Manufacturers of medicinal products may be drawn to CO2 extraction to ensure their extracts are safe for consumers with compromised immune systems. CO2 extraction is also an appealing option for those creating vape products and other concentrates. Using CO2 helps maintain the flavor profiles of the strain during the extraction process because it preserves fragile terpenes.


Solventless extraction uses heat, pressure, ice, or water to extract cannabinoids from plant matter. With the rapid development of cannabis processing technology and the consumers’ overwhelming demand for “clean” products, solventless extraction has grown in popularity. According to Headset , solventless products are contributing to the overall rise of the concentrated cannabis sector despite their relatively high retail price. It is worth noting that some common cultivars, like OG Kush, do not perform as well in solventless extraction.

If you’re researching your next major extraction equipment purchase, consider some of the following leading options for ethanol, C02, and solventless systems designed for the cannabis industry.

Apeks Supercritical Duplex

The Apeks Duplex is a CO2 system optimized for both subcritical and supercritical processing. Using a continuous batch operation system and featuring multiple separator cups, the Duplex can process up to 180 pounds of dried botanical material per day. Its closed-loop system recovers 95 percent of the CO2 for efficient extraction of oils without thermal degradation. There are no decompression valves in this system, meaning operators never have to worry about clogs. Its open-frame design and visual indication of valve positions enable easy configuration. The Duplex can be fully automated with its integrated chiller control, ability to interface with SQL databases, and data collecting control panel.

Delta Separations VTS-50

Delta Separations recently launched its solventless extractor, the VTS-50 , using cold-water mechanical separation techniques for producing ice-water hash. A two-person team can output up to 33 pounds of dry hash per day, with options for manual operations or automated functions. The VTS-50 uses crossflow vortex agitation with customizable ranges to separate trichomes in water as suspended undissolved solids. Once this water and trichome mix is separated from the remaining biomass, it’s easy to filter, separate, collect, and dry the product for use in high-quality, light-colored hash. The machine is also easy to clean, UL certified, and comes with comprehensive customer support.

Eden Labs Hi-Flo FX2

Eden Labs’ Hi-Flo FX2 is a powerful closed-loop CO2 extractor with the ability to process over 100 pounds of biomass in a single day. This system’s automation software collects valuable data for research and development, offers rich analysis for pilot programs, and provides industrial output evaluation. The Hi-Flo FX2 features an electric pump for quiet and dependable operations, no internal moving parts for seamless operations, and fast terpene capture with an advanced oil integrity cup design. Eden Labs also offers onsite installation and training, and they guarantee operator certification in two days. With the available Self-Sufficiency Kit, it’s easy to keep the system operating at peak performance over the long run.

ExtraktLAB terpTRAP

This CO2 extractor is a versatile cold trap available for terpene and vapor recovery in pre-extraction decarboxylation processes. Decarboxylation of the biomass using vacuum ovens is performed before CO2 extraction, increasing the efficiency and accuracy of terpene captures. Depending on biomass moisture, ExtraktLAB’s terpTRAP can handle 10 tons per day. Its heat exchanger is capable of 20 tons of heat exchange capacity and features process connections to support chilling, vacuum, and condensates produced by the largest decarboxylation processes. Using the vacuum distillation method collects terpene vapors for high-quality products and makes biomass more liquid-soluble. The terpTRAP is UL certified, GMP compliant, and accommodates full-spectrum terpene recovery.

GreenBroz 420 Alchemist

With GreenBroz 420 Alchemist Trichome Extractor, businesses can turn their trim into high-quality kief, ideal for producing profitable solventless extracts. The 420 Alchemist, with an eight cubic foot capacity, yields 15 to 25 percent by weight through their standard 180-micron screens that can be used with or without dry ice. It is also incredibly simple to operate; with just one adjustable timer dial to turn, the operator can lock the trim, unlock the tumbler, and set the timer for seamless functionality. The whisper-quiet motor spins the trim chamber at 20 revolutions per minute, and its surgical grade steel design is easy to clean and food-grade certified. GreenBroz American-made products come with a three-year warranty and boast customizable compatibility with almost any system for post-harvest automation.

C-40 Centrifugal Extractor

Precision Extraction C-40 Centrifugal Extractor

Precision Extraction is a branch of Agrify, the vertically-integrated cannabis solutions provider, that creates top-of-the-line ethanol extractors for businesses of all sizes. The C-40 is designed for mid- and large-scale volumes with C1D1 compliance and PSI certification. In a 10 to 20-minute cycle, the C-40 can process up to 40 pounds of biomass. The low-temp configuration features multi-function jacketed housing that supports either liquid coolant or vacuum insulation. With impressive efficiency and accuracy, the C-40 removes 98 percent of cannabinoids from biomass and removes 97 percent of solvents from final products. Precision Extraction knows that its machinery is a big investment for any business, and offers financing options to make acquisition fast, easy, and economical.

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Pure Pressure Pikes Peak Rosin Press

Pure Pressure has created a rosin press that is lauded by many in the cannabis industry. The solventless extractor can process up to 3.75 pounds of flower or over seven pounds of dry sift or hash per day. The aluminum heat plate assemblies feature independent thermocouples which evenly distribute heat and ensure temperature accuracy. Each Pikes Peak Rosin Press includes two sets of orientation legs, so the machine can operate vertically or horizontally. Pure Pressure’s custom intuitive software, called Pressware, enables incredible control, consistency, and the ability to save up to 29 pre-set recipes for consistency across markets and suppliers. To guarantee customer satisfaction, Pure Pressure offers a two-year warranty and professional end-user support.

Client Testimonials

Hi Jim, First Run Complete. Thanks for your Help. The quality of the CO2 oil far exceeded my expectations. Brad, Ontario.

Hi Jim, things are great! The machine is performing great and we would be glad to recommend your machine. Florida is cultivating and we may be getting contracts to process for farmers. Your machine started it all. Tina, FL

I purchased the 16oz. Disruptor a few weeks ago. From the first phone inquiry to present I have been treated with a degree of respect and professionalism that is hard to find these days. The International purchase was made as easy as possible, unit arriving complete and in good condition. The operators manual is thorough. System design and quality are best. I work in a field dealing with process control and the standard to which I compare is industrial/medical etc. After you have done a few processes you will really appreciate the ease and simplicity of the Medextractor system. Al Block is a wealth of information (have pen and pad ready) and seems to be always available for questions. With his tips and reminders I was off to a running start. Congratulations to Medextractor for developing this amazing product for a reasonable cost. I have found it to meet all the quality and production claims and have received five star customer service.” D.C. San Diego

“Hi Jim, just wanted to let you know the MedXtractor D-16 is doing beautifully! We’re so pleased! Hope to do business together again soon!”
Tina and Daniel, Florida

“A few months ago I purchased the MedXtractor Disruptor 16 and I wanted to let you know that I am very happy with my purchase, it was an excellent investment.
The Disruptor 16 works great, silent, and produces an excellent extract. The shipment arrived after a few days of purchase, and everything was in the box as described. Best of all, the customer support is quick and reliable, the information provided was accurate and helpful, all my questions were answered in a timely manner.
Thank you Jim, I am looking forward to a long term business relationship with you and MedXtractor. “AA

“Good afternoon Jim. Let me tell ya you have two very excited guys up here. Last nights run went off without a hitch. Things are coming together nicely.” GH

“Hello Jim! Just a quick note to let you know how we are doing. We are achieving as high as 16 gms. Needless to say I am quite happy with that!
– Robert M (2oz extractor)”

“The dabs were fantastic, the flavor was very prominent, the effects were fantastic and came up slowly and faded slowly as well. I’m quite impressed with it! Thanks. Mona”

“It should not be understated!…this extractor WILL make a silk purse from a sow’s ear, remember this today at the show. Feel free to give my # if you have a serious customer that wants some testimony! Get pumped Jim…you have a great system!”

”Wow Jim. I’m so very happy. Finished the extraction late last night and I’m just trying it now. Very nice. I also did another extraction today. I wanted to see how much less of a yield I’d get if I didn’t decarboxylate the material first… definitely enjoy the terpene tastes I got from the second extraction more, but the decarboxylated version is pretty good as well.”

“There was a comment made in a review about “Making a silk purse from a sow’s ear”. Totally accurate assessment! First and foremost, you need to understand Co2 extraction. This is not Butane or other methods. This is a high pressure Co2 extract system. Truly as good as it gets. No Hydrocarbons etc. You will be producing the same product as the $100,000 plus co2 machines. Medical grade extract is produced. The Medxtractor method is incredibly economical when compared to other personal extract systems. The 2oz size is perfect for one or two people. When using this system the waste is minimal in all aspects. This goes for the raw material as well as the Co2. If you are familiar with extraction, you rarely get 60% of the essential oils out. While true this must be factored with; you use nearly 100% of your raw material. This changes the yield significantly. It also decreases handling during raw material picking and curing. The end product is always the same, just pure 100% extract. Instead of “garbage in garbage out” you will have varying amounts of extract based on the quality of the raw and your personal process capability. Depending on how good you get at it, more is always going to be there. This is with 2oz of pretty “sows ear” raw. This is not an “anybody can do it” “Turnkey” operation without forethought. I recommend watching all the videos. You will need to be comfortable with your expectations, theory of Co2 extraction, equipment and process. Our first try was spent tweaking the equipment, learning the process and testing. A few calls to Medxtractor and reading. We tightened any leaking fittings learned how to use timers, received a crash course in thermal dynamics etc. Even with that, on the first try the extractor produced 3ml of thinned extract that function perfectly. It indeed met ALL expectations. This will be much better than what you may have purchased that has been mass produced. Think of it as a “Craft” as opposed to “National Brewery”. Used with a neutral terpene thinner, it is nearly tasteless, odorless and 100% chemical free. On a final note, after my long career of customer service, I can say this company stands firmly behind their product. The most important part of this endeavor for me was the involvement of the company. A phone call away (at sometimes bizarre hours) if I didn’t receive an immediate answer, I received a rapid call back or email. Medxtractor displayed a willingness to walk you through it. Parts replacement and, general help were always right there. While learning how to do this I never felt I picked the wrong company. Super Job! Great price for what you can do.”

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