Frequently Ask Questions and Advantages with Infinity
CO2 Pump Troubleshooting: The CO2 liquid pump is the heart of the system. Because of manufacturer production inefficiencies, the pump valve may have problems seating from time to time. This results in a system stall (not building pressure). The key is to listen to the CO2 pump. If you don’t hear anything, then the pump is not having proper valve seating (and leaving the valve open so it doesn’t build pressure). The trick is to get a rubber mallet or hammer, and hit the pump head, so reseat the valve. It’s important when you first start the machine, to insure that the pump is working correctly, if not, do the trick above. This customer who found this out, is running his machine successfully, and currently can do about 5 runs with a 50 lb bottle of CO2.
-Simplicity: Because our systems are not automated, you do not have to worry about software updates, system shutdowns (in the middle of a run due to power failure or software hickups), or problematic pressure control.
-Full Automation: After consulting with botanical extraction professionals, we have decided against moving forward with full automation with our CO2 10L system. Our customers are getting such great results with a semi-automated system, we believe it is not advantageous to deploy fully automated PLC systems. After talking with several customers, we do not believe that a fully automated system, is the best choice for a production Cannabis oil operation. With fully automated systems lights-out means when you lose power, or the software bongles, it automatically vents all your CO2 which can get very expensive, plus you’ve lost your extraction run.
-FlowBar: We distribute CO2 over the length of the extraction vessel, and from the inside of the Cannabis to the outside. The result is a much faster, and complete extraction. This means that you can run through 2-4 times more cycles than with the same size competition. With our system, you can do a extraction cycle in 1-3 hours. Faster extraction means more profit, so your payback is even faster with our system. To be conservative, just plan on a 3 hour extraction time, and experiment with your actual extraction time.
-Electro-Static Precipitation System: We use the action of the CO2
flowing over food-grade Teflon to produce a passive static charge. The tribo-effect charges the oil entrained in the CO2 gas so that it sticks to the first contact, which is the first collection vessel. Better collection equals less or minimal carry-over, which reduces pump maintenance.
-Tube Size: We use 1/4 to 1/2 inch Swagelok tubes and components, which allow better flow of the CO2.
-Silent CO2 Pump: We use a highly-modified industrial liquid CO2 pump, which runs using a motor. Operation is silent. Our extensive modification means very minimal maintenance, and seal replacement can be done by removing the pump head (about 5 minutes), cleaning the pistons (about 10 minutes), and replacing seals (about 10 minutes).
-No Compressor: We do not need, nor use, a external pneumatic air compressor (or additional chiller to cool the compressor which gets hot from use). Compressor is so loud, that most systems which require it, will need a separate room because it’s so noisy. Noise produces extractor technician fatigue.
-Swagelok Back Pressure Valve: We use a very precise BVP, which allows
us to achieve very accurate pressures. We do not use valveless technology, which produces pressure swings.
-CO2 Preheat: We use a heat exchanger on our motor-to-pump gearbox, which preheats the CO2 before it gets into the extraction vessel. By using the heat (byproduct of the gearbox), we are conserving energy and preheating the CO2.
-Pressure and Heat Zone Feedback PID: We use compact PLCs to control
the pressure (with a feedback loop via digital sensor) and three zone heat monitor, control, and feedback.
-Less Complicated: The system we have is modular, on a sturdy industrial bolt-together frame, with casters, and can be wheeled through any standard door, hallway, or elevator. The modular cart is 24 inches wide, by 48 inches long, by 71 inches in height. You will notice the clean lines, minimal tubing, and logical layout of the components. This is designed to reduce complexity, and operation of the machine is methodical and logically streamlined.
-Less Stuff Needed to Run: Our system requires a liquid CO2 supply (cylinders), and a small chiller. That’s it. No air compressor, or items to support that compressor.
-Quality Extract: Our customers who perform extraction, say that their ultimate customers rave about the quality and aroma of the extracted oil. The quality terpenes that are extracted and ultimately preserved, make the end-user experience a quality one.
-New Technology: We’re working on a solid state chiller (bolt-on), energy saver heating/cooling technology, acoustical ultrasonics, and other advanced technology, which not only enhance the operator experience, but will reduce cycle time, while increasing quality of extract. The bottom line is to save you time, and increase production, which result in more profit. We are also working on SDR (Spinning Disc Reactor) technology which will allow continuous flow processing, and without pressure or CO2.
Questions and Answers
Do I need Training ?
Yes. This is high-pressure system, which requires operator training. We offer a one-day training session to introduce you into the system operation, safety, start-up and shut-down procedures, and pump maintenance. You may require more than one day of training. We suggest you do several practice runs with the machine empty (no botanicals) and then practicing using hops, or some other lower cost oil-rich botanical.
If you want to be a successful extractor, please follow our guidance of starting with a empty machine and then using hops to practice with. If you want to fail fast, go ahead and use your trim or other botanicals, which will result in a longer learning curve, or failure.
If you want to use your own learning process, and use your poor quality trim or untested other material with low to no oil content, except poor results (if any), and we’ll charge you $3,000 to cover the support time needed for 30 days continuous.
What is FlowBar, and how does it work ?
Infinity Supercritical is the first in the industry to introduce a device and method for faster deliverability and penetration of the CO2 (solvent) through the Cannabis. Every other manufacturer will introduce CO2 from one end of the botanicals extraction vessel, and exit from the opposite end. Since the CO2 has to migrate through the entire vessel, the term soak time was coined, which basically is the time it takes for the CO2 to start acting as a solvent to extract oil. It’s such an inefficient method of CO2 delivery, that some groups will actually reverse flow of the CO2, so that the botanicals get better exposure from each end of the vessel. FlowBar eliminates this issue, but delivering CO2 evenly through the entire length of the vessel, so the CO2 permeates the botanicals and can act faster as a solvent, to release the oil.
What is Electrostatic Precipitation (ESP) and why is it important with Cannabis Oil collection ?
Infinity Supercritical is the first in the industry to introduce its patent-pending electrostatic precipitation collection, which enhances the rate and amount of collection of the Cannabis Oil extract. This means that more oil is collected in the vessel where you can access it, rather than having the oil have the opportunity to go through the entire system, potentially clogging the pump system. Oil carry over is a problem with all extraction systems in the industry, and is the leading cause to time consuming maintenance, pump failure, and continual replacement of valve and pump seals.
Do extraction systems have a specific yield ?
Extraction systems are not sold based on yield or performance, since ultimately the operator has full control of whether or not a system operates to any level of yield or performance. Training is available and encouraged for the operator to learn how to operate the system and utilize the full capabilities of the extraction process. Without proper experience or training, it’s unlikely you’ll get any results. Ultimately, yield will also depend on quality of your botanicals. Quality in = quality out. We recommend that you get your Cannabis (or other botanical) tested in a lab, before you start an extraction run, so you can see what oil is available in the material. This will give you a benchmark on what to expect from your system. Also keep in mind that high pressure systems claim to have a better yield, but that yield will also include lots more waxes and other compounds, which need to be separated out later in post-processing (winterization and distillation). Our system below 2,000 psi specifically targets terpene and oil production, while leaving the majority of waxes and other non-usable compounds behind.
Should I Fractionate at the Machine Level, or During Post Processing ?
The most efficient, profit generating extraction facilities do a primary CO2 extraction which results in a crude-oil. You then winterize, rotovap, and then can fractionate after that. While you can use the three collection vessels with optional BPV’s to fractionate, it’s more efficient to do so after the CO2 extraction process.
What is Decarboxylation, and why do I need to convert THCA to THC ?
Decarboxylation (or decarbing) is removing the CO2 and water vapor (COOH) from the botanicals, which can be done in an oven, or over time via air drying. It’s a chemical reaction which carboxylic acids loose a carbon atom in the carbon chain, that converts THCA to THC. 30 minutes at 240 F or 115 C. The results are dramatic. With a 30 minute decarb, THC in Kief can go from 3.8 percent to 25.4 percent. The THCA with 30 minutes goes from 24.5 percent to 2.6 percent. Longer times did not result in any statistically better percentages, but no more than 60 minutes is required. For Cannabis Trim, the THC goes from .6 percent to 4.8 percent, while the THCA goes from 6.5 percent to 2.9 percent. Again, a longer decarb did not result in much better percentages, however depending on moisture content, times do not need to exceed 60 minutes. However, decarbing might reduce or destroy Terpenes (see below). A combined Terpene extraction, followed by decarb, and then extraction may be worth trying. Moisture content will effect time in the oven. More moisture = more time.
What about Terpenes during Decarboxylation ?
“Besides cannabinoids, the cannabis plant contains a range of terpenes, which are the volatile compounds that give cannabis its distinct smell and may act synergistically with cannabinoids. Although preheating the plant material may release more of the known active (neutral) cannabinoids, it may simultaneously also cause loss by degradation or evaporation of components such as terpenes. Our tests were intended to better clarify the balance between desired decarboxylation and unwanted degradation. Unheated cannabis material was analyzed as a control.” Source: Cannabis Oil: chemical evaluation of an upcoming cannabis-based medicine Luigi L Romano, Arno Hazekamp Department of Pharmacy, University of Siena, Italy Plant Metabolomics group, Institute of Biology, Leiden University, The Netherlands
What are Terpenes ?
Terpenes are found in the essential oils (flavinoids) of plants, consisting of a large group of volatile unsaturated hydrocarbons. Found commonly in conifers and citrus trees. In Cannabis, terpenes are the oily compound, and the main building block of resin that contribute to the flavor, scent and color of the oil. The aeromatic nature of the Terpene give Cannabis its unique smell. Terpenes are volatile molecules that evaporate
easily, and are oily compounds secreted by the plants Trichomes. Cannabinoids and Terpenoids develop from THC and Terpenes that infuse the plants flower tops,
share the same biochemical precursor (Geranyl Pyrophosphate). Terpenes have the aroma, while Cannabinoids are odorless.
In extraction, Terpenes can be extracted separately than the Cannabinoids, and recombined at the end of the extraction process. Terpenes are generally extracted in lower pressure and no heat. The Infinity System extracts terpenes – just do the first run cold, since the system will run SubCritical or Supercritical.
What kind of pump do you use, and why is it different than others ?
Infinity Supercritical uses a high pressure, high flow, industrial liquid CO2 pump, in combination with a VFD controlled AC motor and gearbox. These pumps are highly modified from the factory to work in the Supercritical CO2 Fluid Extraction environment. Without improvements, expect only a few hours of run time, before pump failure or before major maintenance is required. After our pump modifications, expect routine maintenance around once per month. Infinity manufacturers its own seals, which have proven to have better run-time, and less fouling than the factory-supplied plunger pump seals. The CO2 pump is the heart of any extraction system. Its smooth operation is key to smooth run cycles and reduced run time, and reduced downtime. Infinity Supercritical sells high pressure seal kits, valve kits, and CO2 pumps. The CO2 is heated, in part, directly after the CO2 pump, but a heat exchanger connected to the gearbox, which utilizes waste heat. Additional heat is supplied to the CO2 by use of solid state electrical heaters.
How are extracts collected ? Can you run the same botanicals twice ?
Extracts are collected and taken from the three collection/separation vessels. Extraction is an art, and a combination of compounds is extracted when you vary the pressure, temperature and time. Extraction products may also vary if you decarboxylate the Cannabis before doing an extraction run. Higher pressures and temperatures result in more waxes and chlorophyll. For example, you can run the first hour without heat, to extract terpenes, etc. More than 95 percent (depends on the extraction technique) is extracted on the first cycle/run. Depending on your target compound and/or end product, you may run once, or twice.
How are the fractions separated ?
There are three collection/separation vessels. The standard configuration has one back pressure valve (which allows the other vessels to cascade), but you may select three if you would like to fractionate at three pressures and/or temperatures amongst the vessels. Fractions are separated by pressure. You can also fractionate as part of the post-processing stage, where you can employ the use of distillation equipment or a flash chromatography system. This allows you to separate terpenes, and other components of the oil. They can then be recombined in a recipe, specific to the end use (custom vape pen, concentrate, etc.).
What is the end product, and how would I process this more into shatter ?
If you look at our lab result page, you’ll see oil, waxes and near shatter. We have done runs that target the end product as post processing ready shatter. The key is in the extraction technique. Varying the application and timing of temperature, and pressure, will give you varying results. Shatter requires post-processing with any CO2 system.
What is the material you use for the pressure vessels and system ?
All pressure vessels are stainless steel. All tubing and pipes are stainless steel. Hoses are industrial grade, pressure rated, and braided. All fittings and valves are the highest quality Swagelok brand. The frame is our own design Caster-Beam metal, which is bolted together for modular construction and easy add-on modification. The entire build is on four heavy duty casters (two which lock in place), and the footprint is designed so that the entire system can fit though any standard door, elevator, and hallway. All components have easy access for operation and maintenance.
What is a Spinning Disc Reactor ?
Infinity Supercritical has developed a SDR that can be used for botanical oils extraction using distilled water. This is the industry-first completely organic extraction method which does not use hydrocarbons or CO2. This is a quantum leap for the botanicals industry, since it is virtually a one push-button operation. This method is continuous feed, and only uses water was the solvent. Unlike legacy batch systems (CO2, hydrocarbon, etc.) you can feed material into this system at continuous rate, and it is processed within seconds.
What are the Maintenance Costs ?
You are responsible for all consumables, and any part failure replacement. The machine is fully pressure tested, and run-in tested (and documented) before it leaves the shop. In general, the consumables are o-rings and other pump-related items. If you run properly, and clean the machine regularly, you can expect to clean the pump about once a month. The record (so far) is two months without pump cleaning (running the machine almost daily), and they are in experts at running the machine. The machine has one moving rotary component, the pump assembly.
What Maintenance is needed ?
After every run, make sure the extraction vessel is cleaned. If you run with proper parameters, which result in all of the oil being collected, you don’t have to worry about carry-over and pump cleaning, other than routine seal change.
How Long is the Machine Down for Maintenance ?
Since the only moving part on the machine is the pump, that is the area of focus (aside from making sure the extraction vessel is clean after every run). To remove the pump head, and clean, replace seals, expect at most 1 hour downtime. If you purchase the pump cleaner, it’s a matter of replacing a few pressure hoses, and then run the alcohol cleaner for a few minutes, and replace hoses, and you’re all set. You don’t have to remove the pump head, as it’s cleaned in place.
What is Preparation Time Before a Run?
Fill basket with botanical and CO2 into machine. Expect 30 minutes.
What is Energy Usage During a Run?
Expect 1-4 kW per hour during run time.
How Many People Does it Take to Operate the Machine?
One person can run the machine.
Learn Extraction Properly
Recommended Learning Schedule and Strategy: After selling lots of systems, and determining the best practice to learn extraction, we have developed a learning system to help you minimize pump maintenance, and maximize yield and successful extraction runs. If you follow our learning plan, and practice extraction runs on hops, you can expect proper system operation, low pump maintenance, and extractions up to the full oil content of your botanicals.
If you follow this schedule, you will learn quickly. If you do not follow this schedule, then you can expect pump clogging, building pressure issues, and lack of yield or extract. If you decide to not follow our plan, then you can expect to have pump problems (from improperly running the system) and little to no yield (extraction). To be clear, if you do not follow our recommended plan, you may get zero results. Prior experience on other CO2 extraction machines doesn’t make any difference to running a new machine, with a different configuration. To be clear, you need proper training, and follow a well thought-out plan to succeed if you want to have great extractions.
Learning Schedule For Extraction
We suggest you do several practice runs with the machine empty (no botanicals – just CO2) and then practicing using hops (with known oil content). We recommend using 1 pound of hops in the extraction vessel, and doing at least 10 practice runs up to 1,400 psi. Adjust the extraction time from 1 to 4 hours, and compare results. You may also practice with doing the first 30-45 minutes without any heat, to collect terpenes. Practice on low value hops first, gain experience, then move on to your trim or bud. Hops have a 15-20 percent oil content, so they are good for learning.
Improper use of the 10L system can result in component damage, which is not a warranty issue, it’s a flag for the operator to continue to learn, and train with the system for proper, profitable operation. Unless you have had your botanicals tested for oil content, we do not recommend learning on any botanicals with unknown oil content. To be clear, do not use your trim or bud to start with.
Buyer beware. You have no idea if your machine runs, if you purchase from Ebay, or used, unless it has been certified/reconditioned and tested by Infinity. We do not provide support for used machines, unless you have either done a reconditioned/certification at our shop. Any recertification, parts, support, or any time, is extra, and billed on a customer and per-case basis. If your machine does not run, we may not support it at all (since we have no idea if it has been damaged, modified, etc.). There is no warranty for used machines.
Purchasing Used Machines: Any used machine may or may not be operational. It is your responsibility to determine the operability of the machine prior to purchase, or just assume it does not work at all. Please purchase a new machine with a warranty. All service, support, and parts are additional, and on a per-quote basis. All service and support is on a best-efforts basis.
If you have a question regarding a used machine purchase, please call us at the number at the top of the page, or please email: email@example.com
Spinning Disc Reactor
1. Redundancy: Dual flow system (for SDR and water tank modules only)
allows maintenance while running. With other extractor machines, the
entire operation will stop for maintenance.
2. Low Consumables: Does not use CO2 or ethanol. Operational costs are
power, and uses low cost water filtration technology.
3. Green Extraction: Termed eco-extraction, this is the only system
that uses water as a solvent. Branding as a green product may increase
industry public relations, and higher wholesale buy price. As time
goes on, the consumer will be more educated, and savvy consumers will
be green branded products.
4. Closed-Loop: Water solvent is in a closed-loop cycle. Water
polishing maintains clean water supply as it is circulated through the
5. Off-the-shelf Parts: The majority of our system uses low pressure,
standard water flow. This allows the use of readily available parts.
Other systems use proprietary parts, which may have longer lead times,
and higher costs.
6. Modular: Using 20ft shipping containers, the plug-and-play system
have a small footprint and reduced installation time, compared to a
large single-purpose custom-built extraction facility. Each container
has modular connecting electrical and plumbing systems.
7. Continuous Feed Push-Button Operation: Only system on the market
that uses continuous feed.
9. Future Expansion Post Processing: Dewaxing and other capabilities
can be added in the future, as in-line post processing to remove waxes
(refined concentrate), or produce a isolate (we have a new process
that uses water softeners as solid chromatography, or we can use our
spinning technology for liquid-chromatography termed centrifugal
partition chromatography or CPC). CPC technology can be see at Gilson
10. Better Methodology and Strategy: Since I’ve been in the botanicals
market since 2015, we have real-world experience and can tell you what
doesn’t work. The SDR has been in the development queue for years. Due
to the limitations of batch fed extractors, and limitations of
non-skilled operators, the SDR was designed around a reduced
11. Pushbutton Operation: Due to skilled labor limitations, the system
is push-button, and can be remotely monitored on your smart phone. Our
SCADA system allows you to see operational data anywhere, at any time.
What we found in our experience with the cannabis botanical industry,
was lack of operator initiative and skillsets. The challenge was to
design a system that is push-button in operation, and delegates worker
skillsets to monitoring, and maintenance.
12. SCADA (Supervisory Control and Data Acquisition): Each module will
have electronic control and monitoring, which will be accessible from
a iPhone or iPad. SCADA interface will allow the customer to get
notifications for operational parameters, and generate a parts order
email, which can be automatically sent for support or parts.
13. Dedicated Operations and Maintenance Module: A separate 20 ft
shipping container will have a well-organized tool workbench with
clearly labeled tools, spare parts, and consumables.
14. Component Identification: Using our laser cutter/engraver, we can
now make component tags with integrated barcodes, which allow the
operator to quickly interrogate any operational or maintenance issue.
The barcode allows quick location of spare parts (or consumables), and
allows one-touch ordering if parts are needed. Based on actual
operational history, a 30 day supply of consumables is suggested for
the operator to order by the click of a button (alternatively you can
be put on a subscription for filters). From a operational standpoint,
using a iPhone or iPad in the operator hands allows one-click support,
with the option of FaceTime to look at any issue first-hand through
the device camera.
15. Infinity Eco-System: If you start with our CO2 extractors, you
will already be in our eco-system, which will make the step-up to the
more automated SDR system a more calculated and organized transition.