The Most Novel Cannabis Extraction Lab Design

The cannabis industry is said to be booming as more and more states legalize marijuana for medical and recreational use. Now more than ever, there is a need for high-quality cannabis testing labs to keep up with the industry's growth. Cultivators, producers, wholesalers, and retailers are all interconnected in a supply chain that requires cannabis research labs at various points. The success or failure of a cannabis business may hinge heavily on the layout of the cannabis lab.

Many novel cannabis products have entered the retail market thanks to technological advancements, and astute business owners are carefully considering the cannabis labs testing apparatus they set up. Cannabis companies and businesses that invest in high-quality extraction laboratories and machinery will be better prepared for customers' changing needs as the sector grows and new developments are introduced. During the first three months of 2022, vape pens generated about 25 percent of all industry revenue, according to some estimates. 

The term "cannabis extraction lab" refers to where cannabinoids are extracted from the plant and used to create various products. Solvents like butane, propane, carbon dioxide (Co2), or ethanol are used to extract the plant's active components. The final product usually involves purifying the byproduct and combining it with other substances.

Methods of Cannabis Extraction Used in the Cannabis Industry

Understanding the different methods of cannabis extraction is vital to designing a cannabis testing lab design for the extraction process. There are different methods and approaches to cannabis extraction, which include solvent-based or non-solvent-based extraction methods.

Solvent Based Methods

Solvent-based separation procedures separate the trichomes from the remaining cannabis plant materials and residual solvents and obtain the powerful cannabis oil. After the separation phase, an additional purging step is performed, producing a potent finished cannabis product free of plant material. 

Solvent-based extraction methods use various closed-loop systems to improve product extracts from cannabis biomass. An example of a closed-loop system is where a solvent is circulated via plant biomass in one tank, stripped of its valuable components. The resulting oil is then collected in a second vessel. The solvent is recycled for subsequent reuse.

First, the biomass is washed with the initial solvent, and then the derived crude oil is refined to eliminate impurities and produce the desired cannabis products and chemicals. Residual solvent purging removes the solvent from pure resin without damaging the THC or terpenes by employing a vacuum chamber and pump. 

Analytical testing is performed at different stages of the supply chain and during various phases of cannabis, processing to give processors and users a biological analysis of the cannabinoids (often THC and CBD) and occasional terpene analysis. Pollutants, residual solvents, and insecticides are just some toxins that can be detected through terpene analysis.

Hydrocarbon Extraction

Hydrocarbon extraction, commonly known as butane hash oil (BHO) extraction, is one of the most well-liked and effective solvent-based extraction procedures performed in cannabis testing labs near me. Solvents like butane and propane are molecules derived from decomposed organic matter. Hydrocarbons enable the mass production of various premium marijuana extracts in the cannabis industry. 

Light hydrocarbons like butane and propane get their names because of their low molecular weights. While butane is the preferred solvent, some cannabis lab technicians utilize a mixture of butane and propane to keep more of the plant's terpenes intact during the extraction process. Due to their low boiling points, butane and propane enable a more gentle extraction procedure, which preserves more of the plant's beneficial cannabinoids and terpenes in the final product.

Although butane extraction is routinely utilized in other areas, such as the fragrance and food industries, it has received poor criticism for butane hash oil manufacturing because of the high risk of explosion if adequate airflow is not established for the combustible solvents. Therefore, the cannabis testing lab design must include adequate airflow and ventilation systems when constructing a laboratory for this kind of extraction method.

CO2 Extraction

One of the most frequent ways to separate cannabinoids from their plant biomass is using carbon dioxide (CO2) extraction. Carbon dioxide has been regarded as one of the safest and greenest solvents. In most cases, carbon dioxide extraction leaves no toxic residue and is widely employed not only in the cannabis industry but also in the food and drink industry. 

The CO2 extraction process involves washing cannabis buds with supercritical CO2. CO2 being gas at room temperature and pressure, becomes a liquid gas when heated at a specific temperature and pressure and, at this point, is known as a supercritical fluid. With CO2 in its supercritical condition, it may easily permeate the biomass and extract valuable chemicals like THC, CBD, and others.

After CO2 and biomass have been isolated by the cannabis lab technician, the gas is condensed into a fluid and reused in other separation processes. The CO2 crude extract might need additional processing steps like winterization and distillation to eliminate lingering impurities like lipids and waxes. Compared to the supercritical extraction procedure, subcritical CO2 extraction calls for milder pressure and temperature conditions. 

The delicate oils of the plant, including its temperature-sensitive terpenes, can be better preserved through subcritical extraction, although the process is more time-consuming and yields less overall.

Alcohol or Ethanol Extraction

To extract cannabinoids from cannabis, many cannabis lab technicians turn to alcohol, which is very useful when working with marijuana biomass. Ethanol, safe for human consumption, is an effective solvent for large quantities of extracting cannabinoids and terpenes from cannabis and hemp. 

Combustible ethanol is produced by fermenting the plant sugars in cereals like corn. Ethanol, either at room temperature or cooled, is used by extraction professionals in the cannabis industry. It is first treated by the cannabis lab technician with the solvent to extract the cannabinoids and terpenes from the raw organic material. 

Based on the preferred result, the ethanol extraction procedure can be carried out in cold and warm conditions. Following the extraction procedure, the extract is refined by removing the alcohol solvent using several evaporator methods. The hemp sector can obtain a pure and tasty ethanol solution using solvent extraction. 

Ethanol is a polar solvent. Thus it readily combines with the water-soluble chemicals found in marijuana. Therefore, alcohol can produce a crude extract containing more unwanted elements that need to be removed during further treatment. 

Terpene concentrations may be lowered in the finished product since ethanol has a greater boiling point than hydrocarbons. Ethanol helps make distillates and isolates, but it isn't ideal for making complete products with a high terpene content. 

Ethanol extraction of marijuana is a secure and reliable method in the cannabis industry. The FDA approves ethanol for food preservation, which is widely used in this capacity. Ethanol extraction is the method of choice for large-scale marijuana extraction.

Non-Solvent Based Extraction Methods of Cannabis Testing and Extraction

Rather than utilizing harmful chemical solvents like butane, alcohol, or carbon dioxide, solventless separation techniques chip off or disintegrate the cannabinoid trichomes from the marijuana substance by a combination of agitation and cannabis lab testing equipment that use low temperature and pressure. 

Solventless concentrates have been around for quite some time, with the oldest being hand-pressed hashes that were created many millennia ago. When extracting oils from plants, solventless techniques avoid using harmful chemicals. Alternatively, the california cannabis lab testing equipment that employs heat and pressure to agitate the plant are used to extract the resin.

Agitation Method

A common way to remove trichomes from cannabis plants and trim them is through agitation. Dry sift kief, a cluster of marijuana trichomes is extracted from the plant by passing it through a series of mesh screens or sieves. Sieves are involved, and the resinous trichomes are broken up and gathered at the bottom via hand or machine agitation. 

Cannabis lab technicians can use kief to manufacture pressed hash and other cannabis products, or increase the strength of the dry herb on its own. A three-chamber crusher can be used at home to collect the kief at the bottom, while the ground flower is stored in the middle chamber. Kief can build up in the chamber and be used to freshen up smoking implements like pipes and bowls.

Heat and Pressure Extraction

The sticky resin is extracted from the plant material with the help of rosin pressing systems, which employ low heat and pressures to dissolve and squeeze the resin (kief, trim, buds). The method is analogous to that used to produce olive oil. The extraction systems' job is to rupture the plant cells and free the oils in olives before they can be processed and used for human consumption. 

Rosin is the name given to the ensuing black, sticky, and potent oil. Besides being used as a dab, rosin has many other applications. It can be added to edibles, tinctures, and body creams. Live rosin is another option, a variant of rosin made with freshly frozen buds for enhanced flavor and scent. 

To extract resin from cannabis buds on a smaller scale, a user can apply pressure while using a hair straightener set to the lowest temperature. Industrial rosin extraction is the gold standard, but this method can still give users a supersaturated and effective result.

Essential Things to Consider When Drawing an Extraction Lab Design

Preferred Product line

There are benefits and drawbacks to every method of cannabinoid extraction. When drawing up an extraction lab design, the first question most individuals always ask is what method of extraction is to be used as well as the solvents to employ such as ethanol, carbon monoxide, and butane (hydrocarbons). In most cases, people are not asked other important questions when designing cannabis testing labs in California. 

The product extract to focus on is another vital concern to tackle while drawing up a cannabis lab design. In addition, it is essential to ask to what extent you can guarantee that your lab will be flexible enough to respond to changing market needs. If you can respond to these concerns today, you'll not only set yourself up for future success, but you'll also be able to lower risk across the board.

Depending on the outcome, you may need to make adjustments to your workforce, budget, the required square footage, level of security, and compliance with regulations. For instance, while ethanol extraction is straightforward and cheap to expand for high throughputs (for most end-products), this could not be the situation for all cannabis or hemp byproducts. 

While making vast quantities of distillate, crude extracts, and isolates using ethanol is simple, and the same cannot be said for isolating terpenes for vape cartridges or making shatter or live resin. That's why it's crucial to ask yourself first what you hope to accomplish. In a nutshell, decide what you want to make and sell. Choose the most appropriate extraction method for your final goods.

Budget for the Lab Space

Where you choose to set up cannabis testing labs California, what you plan to extract, and what you plan to extract it from will all affect how much it will cost to launch your extraction lab. Always remember to investigate and account for the following expenses when creating your cannabis extraction business plan:

● Costs associated with obtaining a license. Due to the vast range of possible application and license fees, this estimate can cost anywhere from $5,000 to $100,000.

● The sum needed to cover the expense of necessary tools and materials. Solventless extraction equipment might cost as little as $50,000, whereas more conventional cannabis testing lab equipment could cost as much as $450,000. Don't forget to throw in the price of solvents, processing instruments, and other necessities for your company.

● Real estate and construction expenses. Your total real estate cost should include the initial lease payment and any costs associated with setting up or renovating the space to make it suitable for use as a laboratory and in accordance with any local and state regulations. 

Lab construction can cost anywhere from $60 to $100 per square foot, depending on the complexity of the cannabis testing lab design and the number of specialists (such as an interior designer, architect, electrical engineer, and mechanical engineer) involved. A laboratory of average size requires roughly 2,000 square feet.

● Administrative expenses. The regular monthly costs of running your business are rent, utilities, labor, and other operating expenses.

● The price of quality control. Your cannabis research labs must pass final inspections and field verification before you are granted a license to commence operations. Prepare a sum between $15,000 and $25,000 to cover the cost of these inspections.

Location for the Extraction and Testing lab

It is no secret that cannabis is a highly controlled and regulated product worldwide. Since cannabis is unlawful on a federal level in the United States, careful venue selection is essential to avoiding legal trouble. In the United States, you must research the regulations in your home state. Regulations limit how close an extraction operation can be to places like schools, parks, daycares, and residential areas. 

The guidelines could also specify the maximum number of dispensaries in a given location and the minimum allowed distance between them. You should make sure that the final place you choose for your cannabis tissue culture lab space is easily accessible, safe, and not far from any necessary amenities.

Regulations to Take Into Account

To safeguard the well-being of employees and customers, a cannabis extraction facility must adhere to the rules governing the creation of consumable products. Some of the most pressing is as follows:

● Current Good Manufacturing Practices (cGMP): The FDA enforces CGMP as a regulatory norm. It specifies the procedures followed in developing, implementing and controlling production to guarantee quality and security. Manufacturers need to employ technology and set up procedures to guarantee the quality and reliability of their goods. Standardization of operations and international trade necessitate that cannabis tissue culture lab hold Good Manufacturing Practice (GMP) certification.

● National Fire Protection Association: Arizona cannabis testing labs frequently use combustible materials to facilitate the extraction process. The National Fire Protection Association (NFPA) is a non-profit organization that develops and enforces fire safety standards and guidelines to reduce the number of fire-related deaths, injuries, and property damage. The standard specifies how Arizona cannabis testing labs should be established and how flammable liquids should be stored and moved to prevent accidental fires.

● Local Fire Codes: Any business or industrial structure is subject to these regulations, which are designed to reduce the likelihood of fires occurring there. Major fire regulations that must be obeyed in a cannabis extraction factory include the following:

○ NFPA 1: The Fire Code Handbook

○ NFPA 30: The National Code for Flammable and Combustible Liquids

○ NFPA 45: Fire Protection for Labs Using Chemicals

○ NFPA 70: The National Electrical Code

○ NFPA 58: The Liquid Petroleum Gas Code.

● Occupational Standards for Health and Safety: Because of the potential hazards posed by biological and chemical substances, federal law mandates that cannabinoid extraction laboratories follow OSHA's guidelines for workplace safety. The OSHA mandates that laboratories have documented hazard safety requirements for all chemicals and that this requirement be made available to all personnel at all times. A Safety Data Sheet must be kept on file with the lab's potentially harmful compounds (SDS) inventory.

Administration of Personnel

Workers in the california cannabis testing labs must be educated on the potential dangers of the space and equipped with first aid supplies. Employees must attest that they have been briefed on this topic.

Control of Waste

Plant trimmings, unused extraction chemicals, discarded samples, and other garbage are all examples of cannabis waste produced by an extraction facility. It's crucial to sort trash into either "hazardous" or "non-hazardous" piles before dumping it. Procedures must ensure that the trash generated in the cannabis lab is adequately separated.

Employee Protection

The dangers that each member of staff faces while on the job must be taken into account when designing a comprehensive safety plan for an extraction facility. Thus, conducting a Job Hazard Analysis (JHA) to identify potential dangers and design countermeasures is essential.

Control and Management of the Supply Chain

Extraction facilities can benefit from a LIMS (Laboratory Information Management System) because it helps with supply chain management. Supply chain management is the process of keeping a close eye on everything from procurement to delivery to assure efficiency, cut down on waste, and increase earnings. It involves keeping tabs on inputs from arriving at the extraction facility until leaving as finished cannabis extracts.

Scalability

You don't have to draw out plans for the entire 3,000 square feet of your cannabis testing labs near me at once, even if you're planning on equipping it with everything from high-tech machinery to full-fledged living quarters. Plan for the future, as you will likely need to invest in more machinery as your business expands.

Cannabis Lab Equipment Selections and Considerations

There are a lot of moving parts in the process of designing a commercial extraction operation. Your extraction method and the lab equipment for cannabis extraction you choose to support it will significantly impact the practicality of the entire design of your extraction complex, down to the buildings and land. 

The viability and sustainability of your extraction laboratory may depend on your ability to put together a solid team, ask pertinent questions, and make decisive choices at crucial junctures. Choosing and purchasing the necessary cannabis lab equipment to furnish your lab will be one of the most costly and final choices you will make. 

It is essential to do your homework before making a decision about which pieces of equipment to use in your extraction process because that choice might affect the efficiency, safety, and profitability of your operation. Furthermore, preparing beforehand is essential, as making adjustments after cannabis testing lab equipment installation is problematic and expensive.

Two common mistakes people make while choosing extraction cannabis lab testing equipment for sale are not engaging a whole facility design team before making a purchase and choosing and purchasing apparatus without considering the building and property. The time and money spent fixing the resulting mess after you've already bought the necessary equipment will likely be wasted. 

To make informed judgments when choosing equipment for your facility, you must first establish and comprehend your company goals and performance criteria. Before purchasing costly cannabis testing lab equipment, there are a few crucial considerations to take into account such as the method of extraction, and product output goals.

What Kind of Equipment Do You Need, and How Does Your Choice of Extraction Technique Affect That?

Your cannabis lab equipment's primary function is to isolate desired cannabinoids from the Cannabis Sativa plant matrix, and it can accomplish this in several ways. CO2, alcohol, hydrocarbon, and solvent-free extraction are all standard techniques, and each has its unique set of characteristics that will affect the machinery required in your lab.

Influence of CO2 Extraction

Processes for CO2 extraction are used because there is no risk of ignition, which reduces the need for extra precautions and the accompanying expenses. Since carbon monoxide is an asphyxiant, additional safety measures, such as alarms, exhaust fans, and backup generators to power the exhaust fans in the event of a power outage, may be necessary to ensure compliance.

Influence of Ethanol Extraction

Alcohol (ethanol) extraction procedures are often more efficient than carbon dioxide (CO2) extraction processes, and the necessary equipment is typically more expandable and affordable upfront. The considerable flammability risk of alcohol means that you'll need to select all of your lab equipment for cannabis extraction with fire safety in mind.

Influence of Hydrocarbon Extraction

Hydrocarbon extraction calls for specialized machinery. Gaseous solvents, including butane, propane, and hexane are used when processing hydrocarbons. Compared to methods that use ambient conditions, like ethanol extraction, the solvents are consistently subjected to varying pressure. 

While comparable design considerations apply to other extraction techniques, people often don't have the same issues with hazardous material volumes due to the considerably lower rate of production.

Influence of Non-Solvent-Based Extraction

Bubble hash, rosin presses, and liquid nitrogen are all examples of solvent-free extraction methods. Although the infrastructure needed and the complexity of the cannabis lab testing equipment are often lesser for facilities using these extraction methods, you will still want to purchase recognized and reliable equipment. 

Before settling on a piece of machinery, it is vital to decide on an extraction process and discuss the ramifications with the whole facility design team.

Budget Considerations for Lab Equipment

The extraction process you choose and the cannabis lab testing equipment you buy will depend on your equipment budget and your project's total cost. These options offer different trade-offs in terms of upfront and accumulated expenses. 

Although alcohol-based extraction gear may seem like a good deal because of its reduced initial cost, the additional design requirements necessitated by flammability issues will likely drive up your final building costs. Even while the upfront cost of complex CO2 equipment can be intimidating, it is possible to significantly reduce ongoing expenses by opting for energy-efficient systems tailored to your unique needs. 

Cannabis lab testing equipment for sale selection that fails to consider an extraction operation's specific objectives and aims due to factors such as price, familiarity, or branding is doomed to failure. Discussing the pros and cons of each extraction method with your facility design crew will help you make an informed selection. Talk to a few suppliers to understand the equipment market and your budget constraints.

Product Output Goals

As the cannabis market evolves and expands, scalability in the rate of production becomes more vital to companies making long-term plans. The extraction method and, by extension, equipment selection will be heavily influenced by the desired throughput or production rate. Research shows that greater throughput facilities favor ethanol extraction methods, while more modest operations favor CO2.

Safety Tests for Equipment

In light of the potentially dangerous situations created during the extraction process, regulations have been put in place to aid in developing processing equipment, improve operational safety, and shorten the time it takes to get necessary permits. 

Most people will benefit from employing the expertise of cannabis lab equipment testing companies such as Underwriters Laboratories, who are specialized in testing the safety of lab equipment. Make sure Underwriters Laboratories has approved the extraction system you're considering buying before you make your purchase. 

The Underwriters laboratory listing of individual components does not guarantee that the system has been granted the same designation. If you find that individual components are certified but the system is not, contact the manufacturer to see if the equipment you plan to buy comes with the peer-reviewed report necessary to adhere to National Fire Prevention Association (NFPA) requirements. 

Before starting up, you may want to have the peer-official review engineer check out your facility and ensure the equipment is installed correctly and following their original report. To comply with NFPA regulations, you will need to identify your competent peer-reviewer if the equipment provider cannot supply the peer-reviewed document or the engineer of record. There is no assurance that the assessment will confirm that your system is secure. 

While the upfront cost of a non-peer-reviewed system may be lower, it may take significantly more time (and maybe money) to get a qualified engineer to peer-review the system. It's crucial to consider this before investing in extraction machinery, as it might drastically alter your projected timeline and budget.

How Will the Extraction Technology You Choose Affect the Space and Facilities You Need?

The practicality of your extraction process, as well as the buildings and properties you'll need to house it, can significantly impact your decision. In general, people run into problems in this field when dealing with dangerous compounds and restrictions governing maximum permitted quantities. 

Changes in usage or occupancy, building structure concerns, mishaps from adjacent buildings and property borders, and other obstacles may arise depending on your throughput targets and the number of dangerous materials you'll have on hand, and they might be expensive to fix. You should also think about whether or not you will be living in a shared space. 

Suppose another occupant in the building uses methods that entail the usage of toxic products (even outside of the cannabis sector). In that case, this will affect the entire building, and you should account for this in your business strategy. It is advised for people to include explicit language concerning the possibility of a hazardous tenancy in their leases.

Voltage Requirement for Equipment

Thirty percent of most manufacturers buy extraction equipment made in countries with voltage levels incompatible with the United States. A different possibility is that the necessary voltage exists but is unavailable at the location of interest. If this is the case with your chosen equipment, you might have to buy a transformer to get around the issue, adding another layer of complexity to your schedule and finances.

Be aware that extraction equipment made in countries other than the United States may use a frequency (Hz) that is incompatible with the norm in the United States. This factor serves as a further reminder of the need to choose your equipment before finalizing any real estate or construction decisions.

Decision Making for Equipment Selection

The most effective way to ensure you're considering your alternatives and making a decision that makes sense for your particular business and goals is to involve your whole facility design team (including engineers, architects, and contractors). 

The location and construction of your facility will be heavily influenced by the extraction process and accompanying equipment you choose. Make sure to get advice from architects and contractors who have worked on cannabis extraction facilities before, or hire a consultant who is well-versed in extraction techniques to aid you along the way.

Required Types of Equipment for the Cannabis Extraction Lab?

The California cannabis lab testing equipment you'll need to extract cannabinoids from cannabis plants depends on whether you're planning to utilize standard solvents like hydrocarbons (butane or propane) or ethanol or whether you're planning to pursue the CO 2 or solventless extraction route.

For solvent-based extraction, below are the needed pieces of cannabis lab testing equipment for sale:

● Closed-loop Extraction System

A high-quality hydrocarbon system containing up to 10 liters of solvent will set you somewhere between $10,000 and $40,000. There is a trade-off between ethanol extraction system cost and output volume, with the latter typically commanding a premium. To the tune of $100,000 will get you a machine that can produce over 3,000 grams of ethanol in under an hour from more than 100 liters.

● Recirculating Chillers And Heaters

Extraction and processing using solvents require precise temperature regulation. Both a cooler and a heater will be required to finish the task. A good chiller can be purchased for $2,000–$6,000, and a heating circulation bath can be purchased for $6,000– $10,000.

● Vacuum Oven

A vacuum oven must be used to remove any trace of solvent after processing. It eliminates the solvents by reducing the boiling point, which prevents the system from getting too hot and damaging the compounds. For the oven to function, a vacuum oven pump is also required. There is a price range of $ 500 to $ 3,000 for the vacuum pump.

● Rotary Evaporator

A rotary evaporator is required to produce cannabis distillates among the most delicate extracts. You can find simple evaporators that contain 2 liters, or you can look through industrial-sized stainless-steel distillation systems that carry over 50 liters.

● Jacketed Reactor

It's a unique sealed container used to precisely regulate temperatures when heating or cooling substances. During extraction and distillation, the reactor works to hold at the proper temperature, and the chiller or heater redistributes the temperature around the reactor. An additional function of these containers is agitation.

More pure extracts can be made in a solvent-free lab, which is also considerably safer and cheaper. Since cannabinoids and terpenes are extracted using only gravity, heat, and pressure, the technique leaves no room for chemical contamination. As a result, more and more laboratories are moving toward a solvent-free operational approach.

For solventless extraction, the following equipment is highly recommended. 

● Rosin Press

The rosin press is the primary tool for producing solventless extracts from the flower, sift, and hash (i.e., rosin). A beginner press can be found for as little as $300, while the lowest-priced professional presses start at over $3,000. You should anticipate spending between $6,000 and $10,000 for an industrial pneumatic unit that can process significant volumes with little user participation.

● Hash-washing System

You can do ice water hash extractions with a whole hash-washing apparatus. Your complete set of wash utensils, water pump, and hoses will make up your manual system. Then, with the aid of a trichome separator, you may programmatically agitate the mixture. Rosin can be made without this process, ensuring you get the best possible extract.

● Trichome Separator

In conjunction with a hash-washing system, a trichome separator can significantly improve productivity. It allows you to process many batches without waiting for one to finish while you finish another. A rotating head quickly moves from one vessel to the next, making the lab more productive. For serious business purposes, this is an absolute necessity. The device itself will set you back about $30,000. However, the cost rises when a sound trichome separator filtration system is added to the machine (highly recommended).

● Freeze Dryer

To dry your ice water hash, you will need a freeze dryer. It's the most pleasing way to dry your product if you care about its purity, terpene content, taste, and appearance. There are freeze dryers available for use in the pharmaceutical, industrial, and commercial sectors.

The Bottom Line

An effective and efficient cannabis testing lab can't be set up without first devoting enough time to carefully plan how to deal with every last bit of detail. After determining your cannabis extraction method and your main product extract, finding a suitable and legally compatible location is the next step, followed by ensuring workers' safety, effectively managing personnel, stock, and trash, and making a well-informed choice of machinery.

There is also a need to consider important factors such as budget, and the need for expansion and scalability when designing a plan for a cannabis extraction lab. In addition, note that adequate field inspection of the extraction laboratory is essential after setting up and installing equipment to ensure everything is running efficiently.

Disclaimer: This material is for informational purposes only and should not be relied on for legal, medical, financial, or any other form of professional advice