Tag Archives: labs

Arizona Still Doesn’t Require Lab Testing, But That Could Change Soon

By Aaron G. Biros
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As of today, Arizona is the only state in the country that has legalized medical cannabis but does not require producers to test their medical cannabis. States throughout the country that legalize medical cannabis routinely implement regulations that require third-party, independent lab testing to protect patient and consumer safety. Arizona legalized medical cannabis for a number of qualifying conditions back in 2011, but still has no measure like other states to protect patient safety.

Lawmakers in Arizona now have the opportunity to change that with SB1494, which passed unanimously through the state’s Senate back in March of 2019. According to the Arizona Cannabis Laboratory Association (ACLA), the bill awaits action in the House of Representatives. The ACLA says in a press release that “supporters of the bill are calling on lawmakers to move on a bill that unanimously passed in the Senate earlier this year.” The bill would require producers to use independent, third-party labs to test cannabis for things like harmful toxins and molds.

Ryan Tracy, co-founder of the ACLA and founder/CEO at C4 Labs.

According to Ryan Treacy, co-founder of the ACLA and CEO/Founder of C4 Laboratories, the ACLA was formed for a few important reasons: “We feel it is very important that we encourage and cultivate a professional and collaborative rapport among the reputable Arizona cannabis labs,” says Treacy. “So that we can call upon the collective groups’ years of experience to help provide insight and suggestions on how we as a group can insure the most accurate and consistent results for our clients throughout the state and ultimately their patients.” Treacy went on to add that it is particularly important their collective voice be heard at the State Capitol as lawmakers work towards passing SB 1494.

“There isn’t any reason to wait for someone to get sick before the legislature passes this bipartisan bill. Let’s get it done!”George Griffeth, President of the ACLA, says there is a sense of urgency in passing this bill before the voters decide on legalizing recreational adult-use cannabis next year. “Everyone agrees that now is the time to be proactive to protect patients from unsafe contaminants,” says Griffeth. “Currently 61 tons of medical marijuana is consumed by patients and many believe that the number of people using the medicine will continue to grow. With a ballot initiative related to the recreational use of marijuana facing voters next year, Arizona must act now to make sure standards are in place.”

They say the bill has bipartisan support and many stakeholders in Arizona’s cannabis industry express support for it as well. For Ryan Treacy, he is worried about patients consuming harmful chemicals and toxins. “My colleagues and I are deeply concerned that more than two-hundred thousand people who use medical marijuana could be inadvertently exposing themselves to toxic chemicals, E. Coli, Salmonella or mold,” says Treacy. “There isn’t any reason to wait for someone to get sick before the legislature passes this bipartisan bill. Let’s get it done!”

Treacy says this bill is particularly difficult to pass because the original measure to legalize medical cannabis was a ballot initiative. That means the bill needs 75% support in both the House and the Senate in order to amend the original measure. “The passing of this bill would be a huge win for the patients and will help to ensure honesty and transparency for those that operate in the current medical cannabis program here in AZ,” says Treacy. “This testing bill is also written with legislative intent to cover any and all future adult use or recreational use legislative laws or ballot initiatives. We hope to have a final verdict on this bill by end of this week or early next.”

EU Regulations Address Heavy Metals In Consumer Products

By Christopher Dacus
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RoHS 3 (EU Directive 2015/863) adds a catch-all “Category 11” of regulated products that includes electronic nicotine delivery systems (ENDS), e-cigarettes, cannabis vaporizers and vape pens. This category becomes effective July 22, 2019. The most significant restricted substance applicable to this category is lead, and RoHS requires regulated products to contain less than 1000 parts per million (ppm). This follows on the heels of California’s new 2019 regulations requiring the testing of contents of cannabis vape cartridges using even stricter limits for lead (which makes sense because it applies to the product being consumed, not the separate electronic components). These regulations may seem unrelated, but anecdotally there have been widespread reports of higher than expected lead content in China-sourced electronic components, including both cartridges and related electronics. Whether metal used in e-cigarette type products is the source of any lead in the actual nicotine, cannabis or other concentrated product is an entirely different topic, but new laws, and in particular the new RoHS catch-all category, make 2019 an important year for any company responsible for certifying or testing lead levels in e-cigarette or vape products.

Background on EU RoHS

RoHS (Restriction of Hazardous Substances) originated in the EU in 2003 as a restriction on hazardous substances in specified categories of electronics and electronic products. Other countries have passed laws styled after RoHS, but only the EU RoHS is addressed here. Unlike some environmental laws, RoHS is not only focused on the safety of products during their life cycle of consumer use, but is designed to keep restricted substances out of landfills and recycling centers.

The original RoHS restricted the use of lead, cadmium, mercury, hexavalent chromium, PBB and PBDE. RoHS now restricts the use of a total of ten substances after the EU added four types of phthalates to its restricted substance list. Compliance with RoHS became a requirement for the use of the CE mark in 2011, and replaced a RoHS compliant mark on restricted products.

RoHS specified categories for regulation include large household appliances, small household appliances, computer equipment, lighting, power tools, toys, certain medical devices, control equipment (smoke alarms, thermostats and their industrial equivalents), and ATM machines. Newly added Category 11, the “catch all” category, includes all other electronic and electrical equipment not covered in the previous categories, including electronic nicotine delivery systems, cannabis vaporizers and vape pens.

RoHS Lead Exemptions Complicate Compliance

RoHS provides numerous exceptions to its strict 1000ppm lead standard that are slated to expire in phases from 2021 through 2024. Most Category 11 exceptions will not expire until 2024. For example, RoHS permits different levels of lead for lead in glass and ceramics, lead in high temperature solders, and lead in copper and aluminum alloys. So, an e-cigarette may contain some parts that are held to the highest level of lead restriction, it may but contain isolated components that (at least through 2024) are held to more permissive standards. While this leeway may reduce manufacturing costs for certain components, it creates greater complexity in testing. Anecdotal reports suggest that especially for products that compete heavily on price, sourcing from lesser-known Chinese foundries has resulted in unpredictable lead levels.

Take Away Points

As vape and e-cigarette companies compete with new features and design elements each year, and companies rely on new manufacturers, keeping up with regulations has proven to be difficult for both U.S. and for EU regulated products. For example, a company has to comply with numerous regulations regarding the oil or concentrate that will ultimately be inhaled by a consumer, and with regulations like RoHS that regulate parts a consumer may never touch or see. Each year, some company comes out with a new set of electronic features that may interact with newly formulated oils or concentrates, other companies compete for features or price points, making these products a moving target when it comes to testing.

Adding lead to many metals makes them easier to work with and therefore cheaper. Anecdotal reports suggest that especially for products that compete heavily on price, sourcing from lesser-known Chinese foundries has resulted in unpredictable lead levels. This can be the result of any number of causes: changes in sub-contractors, uses of industrial equipment for other products that permit higher lead content, or simply unscrupulous management that is willing to risk a contract to save money manufacturing a batch of components. There is speculation that some lead may leach into oil or concentrates in e-cigarette and vape products from the contact between the oil or concentrate and internal heating elements in certain type of products. RoHS compliance with regard to lead levels may reduce the chance of inadvertent lead contamination by such means, and compliance may therefore yield benefits on several regulatory fronts.

Compliance with RoHS for each part of an e-cigarette or vape therefore requires knowing your supplier for each component, but given increased regulation of these products (both the hardware and consumable elements) this can only help compliance with regulations in every relevant jurisdiction.

BioTrackTHC Selected For Maine’s Traceability Contract

By Aaron G. Biros
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On May 15, BioTrackTHC was announced the conditional winner for Maine’s seed-to-sale tracking system government contract. The award is still pending final approval from the State Procurement Review Committee and the successful negotiation of the contract.

BioTrackTHC, a Helix TCS subsidiary, announced in a press release their conditional award earlier this month. The contract means that BioTrackTHC would partner with the state to provide software for tracking both medical and recreational cannabis products from the immature plant to the point of retail sales.

The contract could go for as long as six years, through 2025. If this contract receives final approval from the state internally, then this will become the ninth government contract for BioTrackTHC. Patrick Vo, CEO of BioTrackTHC, expects a quick deployment of the software once the contract is finalized. “We are excited to be working with the State of Maine and are grateful for their vote of confidence in our team’s ability to execute upon state-level tracking contracts and rapidly deploy a sound and secure technology solution,” says Vo.

Zachary L. Venegas, Executive Chairman and CEO of Helix TCS, Inc, says BioTrackTHC’s technology is leading the industry in shaping regulatory oversight for legal cannabis. “As states and countries begin to rollout or expand legal cannabis programs, our technology continues to lead as demonstrated by this Intent to Award and our multiple recent contract extensions with our partners,” says Venegas. “We look forward to playing a vital role in shaping the global cannabis industry and ensuring that it is able to operate efficiently and transparently.”

The Need for Standardization in Medical Cannabis Testing

By Andrew James
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There has been a move towards the legalization of cannabis for medical and/or recreational use across many countries and US states in recent years, leading to greater demand for accurate potency and safety testing. Despite this, there are currently no standardized regulations between states or countries for quality control including content, composition, adulterants, potency or levels of toxic residues. As such, in many cases where regulations are in place, testing is generally carried out at a small number of approved independent testing laboratories.

The need for self-regulation has led to the growth of portable gas chromatography (GC) being used in the field of cannabis testing.This lack of clarity makes it difficult for consumers to make informed decisions about what they are purchasing, an issue which could be damaging to the industry’s changing reputation. As it stands, producers of cannabis and cannabis-derived products can supply goods with potentially harmful contaminants such as fungi or pesticide residues, which are potentially threatening to human health. Most cannabis products sold legally in the US are required to be tested and labelled for THC, the chemical responsible for most of cannabis’s psychoactive effects. A US study found that as few as 20% of recreational cannabis products are accurately labelled with only 17% of products reviewed accurately labelled for THC content (i.e. within 10% of the labeled value). It also found 23% were under labelled, and 60% were over labelled.

If cannabis were to be categorized as a regulated pharmaceutical drug, it would be rigorously tested to comply with stringent rules and regulations regarding quality and safety of the product, as are all other drugs. However, as there is currently no centralized regulatory body that oversees this, the responsibility of quality assurance falls to the grower, manufacturer and sometimes the consumer.

The Need for Cannabis Analysis

The most common requirement when testing cannabis is positive identification and quantification of the total THC:CBD ratio. In a highly competitive marketplace, this information is important, as cannabis consumers tend to equate THC levels with price. In many instances, lower THC products are cheaper and higher THC concentrations make products more expensive. Without robust systems in place for sufficient testing, this information cannot be accurately determined, meaning the customer often cannot make an informed decision.

Pesticide use is surprisingly common in the cannabis cultivation industry

In addition to potency testing, one of the core issues facing the industry and by extension, the end consumer, is the prevalence of pesticides in cannabis products. In the Netherlands, the Ministry of Environment and Health reported that over 90% of cannabis plants tested had pesticides on them. While steps have been taken to tackle this, the lack of cohesion in testing standards combined with the onus on individual labs to carry out testing, has led to some issues within the industry.

Many individual retailers in the U.S. and internationally are self-testing for impurities such as pesticides, heavy metals and microbials. While there is a clear need for standard testing across all locations, the need for self-regulation at present has led to the growth of portable gas chromatography (GC) being used in the field of cannabis testing.

Using GC as an analytical tool 

With the increased need for quality control and quality assurance in the largely unregulated cannabis industry, technology is now more accessible to smaller companies and to people with minimal laboratory experience. There are a range of cannabis testing packages available for smaller individual labs which offer more mobile testing with affordable packages. The lower entry price makes GC analysis affordable for more laboratories while still delivering reliable, high quality results.

Portable GC instruments can offer high quality potency testing, pesticide screening, terpene and flavor profiling, and residual solvents analysis. These instruments can give growers and processors an accurate result of cannabinoid percentages, a fundamental piece of information for growers and dispensaries. Systems can be configured for manual injection or a range of autosampler options can be added.

The structure of cannabidiol (CBD), one of 400 active compounds found in cannabis.

GC enables the rapid and accurate identification and quantification of the THC:CBD ratio. This is important for companies which are carrying out self-testing as it allows their customers to have assurances in the short term over the quality of their product, as well as reducing any potential risks to public health.

An example of this in practice is the use of GC by Dutch company Shamanics which carries out testing service for coffee shops in the Netherlands. The company conducts terpene analysis and potency testing to assure the quality of the products it supplies, with a portable GC, which offers the flexibility required without any established guidelines on testing in place.

When testing for potency using the GC, they look for total THC and CBD by converting the acidified versions of the cannabinoids into neutral forms within the heat of the GC injector. The process has flexibility which means that if they need to see both the acidified and neutral versions, they can do this by derivatizing the sample. The accuracy of this process is crucial to Shamanics and similar companies within the industry so that they can accurately judge the quality of a product, and relay this information to retailers and consumers.

The future of GC in standardized testing

While the growing availability of portable GC instruments and the increasing sophistication of individual labs means more companies are able to self-test products, there is still a significant hurdle to overcome in terms of standardising and regulating both the medical and recreational cannabis markets. Where regulation is brought in it should be consistent across states and countries and most importantly, it should be monitored and enforced. In the meantime, responsible producers are using the technology available to them to provide consumers with guarantees that their cannabis products are safe and of a high quality.

HACCP

Implementing a HACCP Plan to Address Audit Concerns in the Infused Market

By Daniel Erickson
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HACCP

The increasing appeal and public acceptance of medical and recreational cannabis has increased the focus on the possible food safety hazards of cannabis-infused products. Foodborne illnesses from edible consumption have become more commonplace, causing auditors to focus on the various stages of the supply chain to ensure that companies are identifying and mitigating risks throughout their operations. Hazard Analysis and Critical Control Points (HACCP) plans developed and monitored within a cannabis ERP software solution play an essential role in reducing common hazards in a market currently lacking federal regulation.

What are cannabis-infused products?

Cannabis infusions come in a variety of forms including edibles (food and beverages), tinctures (drops applied in the mouth), sprays (applied under the tongue), powders (dissolved into liquids) and inhalers. Manufacturing of these products resembles farm-to-fork manufacturing processes common in the food and beverage industry, in which best practices for compliance with food safety regulations have been established. Anticipated regulations in the seed-to-sale marketplace and consumer expectations are driving cannabis infused product manufacturers to adopt safety initiatives to address audit concerns.

What are auditors targeting in the cannabis space?

The cannabis auditing landscape encompasses several areas of focus to ensure companies have standard operating procedures (SOP’s) in place. These areas include:

  • Regulatory compliance – meeting state and local jurisdictional requirements
  • Storage and product release – identifying, storing and securing products properly
  • Seed-to-sale traceability –  lot numbers and plant identifiers
  • Product development – including risk analysis and release
  • Accurate labeling –  allergen statements and potency
  • Product sampling – pathogenic indicator and heavy metal testing
  • Water and air quality –  accounting for residual solvents, yeasts and mold
  • Pest control – pesticides and contamination

In addition, auditors commonly access the reliability of suppliers, quality of ingredients, sanitary handling of materials, cleanliness of facilities, product testing and cross-contamination concerns in the food and beverage industry, making these also important in cannabis manufacturers’ safety plans.

How a HACCP plan can help

HACCPWhether you are cultivating, harvesting, extracting or infusing cannabis into edible products, it is important to engage in proactive measures in hazard management, which include a HACCP plan developed by a company’s safety team. A HACCP plan provides effective procedures that protect consumers from hazards inherent in the production and distribution of cannabis-infused products – including biological, chemical and physical dangers. With the lack of federal regulation in the marketplace, it is recommended that companies adopt these best practices to reduce the severity and likelihood of compromised food safety.

Automating processes and documenting critical control points within an ERP solution prevents hazards before food safety is compromised. Parameters determined within the ERP system are utilized for identification of potential hazards before further contamination can occur. Applying best practices historically used by food and beverage manufacturers provides an enhanced level of food safety protocols to ensure quality, consistency and safety of consumables.

Hazards of cannabis products by life-cycle and production stage

Since the identification of hazards is the first step in HACCP plan development, it is important to identify potential issues at each stage. For cannabis-infused products, these include cultivation, harvesting, extraction and edibles production. Auditors expect detailed documentation of HACCP steps taken to mitigate hazards through the entire seed-to-sale process, taking into account transactions of cannabis co-products and finished goods at any stage.

Cultivation– In this stage, pesticides, pest contamination and heavy metals are of concern and should be adequately addressed. Listeria, E. coli, Salmonella and other bacteria can also be introduced during the grow cycle requiring that pathogenic indicator testing be conducted to ensure a bacteria-free environment.

Harvesting– Yeast and mold (aflatoxins) are possible during the drying and curing processes. Due to the fact that a minimal amount of moisture is optimal for prevention, testing for water activity is essential during harvesting.

Extraction – Residual solvents such as butane and ethanol are hazards to be addressed during extraction, as they are byproducts of the process and can be harmful. Each state has different allowable limits and effective testing is a necessity to prevent consumer exposure to dangerous chemical residues.

Edibles– Hazards in cannabis-infused manufacturing are similar to other food and beverage products and should be treated as such. A risk assessment should be completed for every ingredient (i.e. flour, eggs, etc.), with inherent hazards or allergens identified and a plan for addressing approved supplier lists, obtaining quality ingredients, sanitary handling of materials and cross-contamination.

GMPFollowing and documenting the HACCP plan through all of the stages is essential, including a sampling testing plan that represents the beginning, middle and end of each cannabis infused product. As the last and most important step before products are introduced to the market, finished goods testing is conducted to ensure goods are safe for consumption. All information is recorded efficiently within a streamlined ERP solution that provides real-time data to stakeholders across the organization.

Besides hazards that are specific to each stage in the manufacturing of cannabis-infused products, there are recurring common procedures throughout the seed-to-sale process that can be addressed using current Good Manufacturing Practices (cGMP’s).  cGMPs provide preventative measures for clean work environments, training, establishing SOPs, detecting product deviations and maintaining reliable testing. Ensuring that employees are knowledgeable of potential hazards throughout the stages is essential.Lacking, inadequate or undocumented training in these areas are red flags for auditors who subscribe to the philosophy of “if it isn’t documented, it didn’t happen.” Training, re-training (if necessary) and documented information contained within cannabis ERP ensures that companies are audit-ready. 

Labeling

The importance of proper labeling in the cannabis space cannot be understated as it is a key issue related to product inconsistency in the marketplace. Similar to the food and beverage industry, accurate package labeling, including ingredient and allergen statements, should reflect the product’s contents. Adequate labeling to identify cannabis products and detailed dosing information is essential as unintentional ingestion is a reportable foodborne illness. Integrating an ERP solution with quality control checks and following best practices ensures product labeling remains compliant and transparent in the marketplace.

Due to the inherent hazards of cannabis-infused products, it’s necessary for savvy cannabis companies to employ the proper tools to keep their products and consumers safe. Utilizing an ERP solution that effectively manages HACCP plans meets auditing requirements and helps to keep cannabis operations one step ahead of the competition.

Soapbox

Cannabis Pioneers vs. Cannabis Innovators: Who Has the Advantage?

By Jeff Arbour
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In today’s innovation marketplace, everybody wants to be the first. Tech and non-tech companies alike are racing to raise capital for crypto, blockchain and AI, yet these sectors and technologies are still not even close to mass adoption.

Today’s entrepreneurs are obsessed with disruption. While this is obvious in the world of tech, it may soon be overshadowed by the nascent cannabis industry in the United States. Every time a new state opens an application submission period for a new cannabis dispensary, hundreds of companies apply. Each new market and state have pre-existing demand. Until recently, obtaining cannabis was difficult for many and illegal.

Often, the latecomers who learn from pioneers’ mistakes are the ones who earn the greatest successes.

Most of these companies apply in good faith, only to run into unforeseen problems as the regulatory landscape changes. This is part of the risk inherent to pioneering and disrupting industries. Often, the latecomers who learn from pioneers’ mistakes are the ones who earn the greatest successes.

The Difference Between Pioneering and Innovating

In the world of commerce, paving the way for a new product to hit the market is usually a thankless, time-consuming task. It exposes the weaknesses of the market’s operators and invites newcomers to disrupt the already unstable status quo.

Although household names like Levi’s and Wells Fargo owe their success to the California Gold Rush, historians pay relatively little attention to the hundreds of thousands of casualties the Gold Rush caused. Pioneers paved the way, and innovators – like Levi Strauss – profited from the result.

Similarly, when it comes to cars, Peugeot and Tatra are not household names like Ford and Honda. Henry Ford’s assembly line innovations and Honda’s unbeatable factory flexibility led to those younger companies becoming far more successful than their older counterparts.

Pioneers change the way an industry operates. Airbnb did not succeed because it offered superior service compared to the powerful and deep-pocketed hotel industry. It succeeded because it improved the model that HomeAway and VRBO launched years prior – and did so in a way that undermined the hotel’s typical strengths while capitalizing on their weaknesses.

Pioneering disruption is not equal to innovation, and the cannabis industry will follow the same course.

Although pioneering the creation of new business models is an admirable thing to do, it’s not for everyone. Airbnb has been fighting regulators since the very beginning. The company has been forced to pay fines and taxes that simply didn’t exist until Airbnb’s business model came into being.

Uber’s regulatory troubles regularly make headlines around the world. Although it successfully disrupts every market it enters, established taxi companies and newcomers like Taxify often get the last laugh when they implement Uber-like functionality into existing business models. Uber found it too difficult to compete in China and sold its business to local newcomer Didi Chuxing.

All of these cases demonstrate that being the first or early to introduce a business concept comes with many challenges. Pioneering disruption is not equal to innovation, and the cannabis industry will follow the same course.

Cannabis Industry Pioneers vs. Innovators

In the cannabis industry, being the first often meant living in constant fear of being arrested. During the early years of medical cannabis legislation, it was unclear whether federal authorities would raid and prosecute cannabis cultivators and dispensaries.

Every new cannabis market offers important, expensive lessons to future cannabis entrepreneurs:

  • California changed its cannabis product packaging laws several times before its market went live.
  • Oregon’s lack of state inspectors led to a laboratory testing bottleneck and an upsurge in black market cannabis diversion that the state’s last audit called “currently unstoppable.”
  • The two largest medical marijuana cultivation facilities in Illinois cost about $40 million to build, yet they compete over a market of less than $10 million.
  • Major pioneers like Medmen have paid enormous sums of money to gain entrance into regulatory environments they can’t accurately predict profits from.

Newer cannabis industry entrepreneurs are taking notice of all these obstacles and implementing plans to overcome them. It’s likely that the next generation of medical and recreational dispensaries will have far greater success than today’s biggest names, primarily due to this fact.

Consider the fact that all three of the S&P’s biggest cannabis industry companies have valuations far in excess of their actual sales. It is possible that these large, deep-pocketed organizations will generate enough revenue to justify their valuations, but in the meantime, newer players will enter the picture with greater responsiveness and startup efficiency.

Newcomers to the cannabis industry are setting themselves up for success with highly targeted business objectives, strong executive teams and high-impact advisors. They are navigating the regulatory landscape with more agility than early cannabis pioneers can muster, obtaining lower price-to-sales ratios in the process.

Cannabis entrepreneurs need to be creative in their assessment of the opportunities these new environments create.

This is the hallmark of innovation. While disruptions and inventions typically take the form of new products or services, innovations expand marketplaces and lay the groundwork for new interactions between economic actors in those marketplaces.

What Tomorrow’s Cannabis Innovators Can Do Now

States like Pennsylvania, New York, and New Jersey are currently leaning towards recreational marijuana legislation like those currently in place in Colorado and California. Cannabis entrepreneurs need to be creative in their assessment of the opportunities these new environments create.

Opening a cannabis company is no small task. As regulators gradually come to agree on the requirements each state will ask its business owners to meet, the next generation of pioneering cannabis entrepreneurs will have to adapt. At the same time, a relatively small contingent of innovators – the new generation of Levi Strauss’s – will coincide to provide much-needed products and services to the incoming rush.

These innovators will not be limited to one side of the industry. Innovation thrives on integration, and tomorrow’s cannabis entrepreneurs are going to develop streamlined solutions for tackling today’s inefficiencies in ways that simply are not possible right now. These lean, sophisticated startups will use that path paved by the first generation of cannabis industry incumbents.

Cannabis innovators will need to develop solutions for minimizing the costs and complications of setting up companies in highly regulated environments. This can mean anything from developing superior seed-to-sale tracking POS integrations to building a more efficient supply chain and a path to the consumer.

With luck, the next generation of cannabis entrepreneurs will look to the past when informing their strategic decisions for the future.

Cannabis Sampling Plans: Ideas for Best Practices

CannabisIndustryJournal.com is proud to present this webinar brought to you by Deibel Laboratories, Inc. The validity of test results relies heavily on how well the collected samples represent the product lot. A sampling plan provides the underlying methodology for where, when, and how to collect samples. In this session Brian Farina, the Sr. Director of Technical Services for Deibel Labs, will provide some introductory information on what a sampling plan is, how they’re developed, and some best practices for collecting different cannabis sample types.

First Lab Authorized for Cannabis Testing in North Dakota

By Aaron G. Biros
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According to a press release published on April 3, Keystone State Testing (doing business as Dakota State Testing) became the first laboratory authorized to test cannabis in North Dakota. The lab also obtained their ISO 17025 accreditation for cannabis testing from the American Association of Laboratory Accreditation (A2LA), which is another first achievement for cannabis testing in the state of North Dakota.

Dr. Kelly Greenland, chief science officer at Keystone State Testing, says the North Dakota Department of Health set a high standard for the cannabis lab testing industry in the state. “Keystone State Testing is once again proud to of this monumental achievement and critical milestone in the company’s history to have met the highest levels of standards set forth by both A2LA and the North Dakota Department of Health,” says Greenland. “Keystone chose A2LA as its Accreditation Body due to their reputation in the industry, their diverse clientele, and the quality of their assessors.  A2LA’s assessors have spent decades in their respective fields, which helps to ensure that Keystone is providing the best services possible to their clients, regulators and patients.”

Keystone State Testing’s ISO 17025 accreditation scope covers 11 testing methods at their facility in Fargo, North Dakota. Those methods include: Cannabinoid potency analysis, cannabinoid profile, moisture content, residual solvents, water activity, along with microbiological tests like total yeast and mold count, E. coli, Salmonella, total aerobic microbial count, among others.

Introducing the Cannabis Quality Conference & Expo

By Aaron G. Biros
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An educational and networking event for cannabis safety and quality solutions: Innovative Publishing and Cannabis Industry Journal are pleased to present the first annual Cannabis Quality Conference & Expo (CQC). The conference will take place October 1-3, 2019, hosted at the Renaissance Schaumburg Convention Center in Schaumburg, Illinois.

The inaugural CQC will consist of two separate tracks: The Cannabis Labs track, focused on all things cannabis lab testing, and the Cannabis Quality track, focusing on quality in cannabis product manufacturing.

Sharing an exhibit hall and meeting spaces right alongside the Food Safety Consortium Conference & Expo, the CQC allows cannabis professionals to interact with senior level food quality and safety professionals, as well as regulators. Visit with exhibitors to learn about cutting-edge solutions, explore two high-level educational tracks for learning valuable industry trends, and network with industry executives to find solutions to improve quality, efficiency and cost effectiveness in a quickly evolving cannabis marketplace.

The CQC will be hosted at the Renaissance Schaumburg Convention Center in Illinois (just outside of Chicago)

With the cannabis industry in the Midwest growing at a rapid pace, the CQC offers attendees, exhibitors and sponsors unparalleled access to explore these emerging markets, their regulations, opportunities for business growth and best practices from the more established food industry.

For information on speaking opportunities and to submit an abstract, click here to view the Call for Proposals. The CQC will be accepting abstracts for consideration until June 3, 2019. For information on exhibiting, as well as additional sponsorship opportunities, contact RJ Palermo, Sales Director, rj@innovativepublishing.net, (203) 667-2212.

Take advantage of this chance to connect with cannabis industry and food safety professionals in the Greater Chicago Area. Don’t miss this opportunity to network with hundreds of industry stakeholders, get the latest on regulatory developments and see the newest technology disrupting the cannabis space.

A2LA Accredits GoodCat Analytical to ISO/IEC 17025

By Aaron G. Biros
1 Comment

According to a press release published last week, the American Association of Laboratory Accreditation (A2LA) announced the accreditation of GoodCat Analytical, LLC, a cannabis testing laboratory based in Naples, Florida. This marks the first time that A2LA has accredited a cannabis testing lab in the state.

Adam Gouker, A2LA General Manager, says this is a momentous achievement for GoodCat Analytical. “A2LA is excited to expand our cannabis accreditation program into yet another state, promoting the value of independent third-party accreditation to support quality products in the industry,” says Gouker. “We congratulate GCA Laboratories in achieving this milestone for their organization and wish them all the best as they move forward with this new endeavor.”

According to Jimmy Dodsworth, chief science officer at GoodCat Analytical, they had to develop a lot of methods on their own. “I can’t say enough about each of our staff members efforts to develop and validate each analytical method,” says Dodsworth. “The level of quality for these internally developed tests is amazing considering we started from scratch.”

Raymond Keller, owner and president of GoodCat Analytical, says A2LA’s support was an incredibly valuable resource for them. “We also need to acknowledge the tremendous guidance and support from the A2LA staff,” says Keller. “There is no doubt that they had a hand in making our lab the impressive operation it is today and know they will continue to do so moving forward.”