User Guide
Presenting you the Prospect Farms ‘Awaken Tincture – Regular Strength’
WELLNESS IS ROOTED IN TRUST AND AUTHENTICITY
A Comprehensive Guide to Certificates of Analysis (COAs)
Our Seed to Store Promise: Transparent Lab Analysis
Prospect Farms’ commitment to traceability and sustainable agriculture practices ensures every facet of the process, from farming to manufacturing, is done with the utmost care and transparency. From seed to store, everything happens right here on our farm in Prospect, Maine.
HEMP FLOWER
| Cannabinoid Profile & Potency | PASS |
| Pathogenic Bacterial Contaminants | PASS |
| Mycotoxin Testing | PASS |
| Terpenes Profile | PASS |
HEMP EXTRACT
| Cannabinoid Profile & Potency | PASS |
| Heavy Metal Analysis | PASS |
| Microbiological Contaminants | PASS |
| Pathogenic Bacterial Contaminants | PASS |
| Mycotoxin Testing | PASS |
| Pesticide Analysis | PASS |
| Terpenes Profile | PASS |
| Analysis of Volatile Organic Compounds | PASS |
FINAL PRODUCT
| Cannabinoid Profile & Potency | PASS |
| Terpenes Profile (if applicable) | PASS |
A HOLISTIC APPROACH TO WELLNESS
At Prospect Farms we believe wellness is rooted in trust and authenticity, so from our farming practices to the ingredients included in each of our products, we have nothing to hide. Quality Full-Spectrum CBD starts as a seed, not on the shelf. That is why we genetically select each and every seed that goes into our nutrient-rich soil in Prospect, Maine. We follow strict organic farming practices including the use of regenerative cover crops to ensure a healthy, natural environment for each and every hemp plant. We hand-harvest, slow dry, and carefully process the hemp plants all on our farm to ensure the quality preservation of true full spectrum CBD.
Transparency isn’t a buzzword, it’s an ideology we live by daily.
TESTED, TRUSTED & TRANSPARENT
Rigorous quality control is required in every aspect of the supply chain. We are the farm. We are the processor. We are the manufacturing support to bring to market truly clean, green skincare. Because of this, we are among the few who are able to meticulously validate each and every step from Seed to Store. Through peer-leading, 3rd party, ISO-accredited labs, we use leading-edge technology to test each and every batch to ensure your products are receiving the highest standard of care and validation.
LAB ANALYSIS
TRULY transparent means we test upwards of 14 times across a broad spectrum of lab analysis to support TRUE quality. We ensure your product is free from mycotoxins, heavy metals, microbiological contaminants, bacterial contaminants, pesticides, and residual solvents (volatile organic compounds). Truly clean means non-detectable and transcends industry norms to establish a new quality standard for the industry.
| Certificate of Analysis Summary | ||
| Laboratory Certificate: ProVerde Laboratories | ||
| Manufacturing Date: 6/21 | Expiration Date: 6/23 | Lab Analysis Date: 6/21 |
| Manufacturer Country: USA | Hemp License State: Maine | UPC: 850014532017 |
| All results were collected in accordance with the requirements of ISO/IEC 17025:2017. | ||
| Brand | Prospect Farms |
| Product | Awaken |
| Ritual | Morning |
| Strength | Regular Strength |
| Volume | 30 ML / 1.0 FL OZ |
| Cannabinoid Analysis | STATUS |
| Total THC* | PASS |
| Total CBD | PASS |
*Less than 0.3% in Dry weight basis measurement for Federal Compliance
| HEMP FLOWER | STATUS |
| Cannabinoid Profile & Potency | PASS |
| Pathogenic Bacterial Contaminants | PASS |
| Mycotoxin Testing | PASS |
| Terpenes Profile | PASS |
| HEMP EXTRACT | STATUS |
| Cannabinoid Profile & Potency | PASS |
| Heavy Metal Analysis | PASS |
| Microbiological Contaminants | PASS |
| Pathogenic Bacterial Contaminants | PASS |
| Mycotoxin Testing | PASS |
| Pesticide Analysis | PASS |
| Terpenes Profile | PASS |
| Analysis of Volatile Organic Compounds | PASS |
| FINAL PRODUCT | STATUS |
| Cannabinoid Profile & Potency | PASS |
| Terpenes Profile (if applicable) | PASS |
Test Certificate
Certificate ID: 68783 (Prelim)
Received: 10/23/19
Client Sample ID: PF B Flower Sample 1
Lot Number: 1
Matrix: Flowers/Bud – Dry Flower
Scan QR Code for authenticity
https://orders.proverdelabs.com/utils/results.ashx?o=24624&c=8822&cc=9490&s=79949
Prospect Farms Industrial Hemp Group, LLC
6 Partridge Rd
Prospect, ME 04981
Attn: Thomas Arters
| Authorization: Jon Podgorni, Lead Research Chemist | Signature: | Date: 11/6/2019 |
The data contained within this report was collected in accordance with the requirements of ISO/IEC17025:2017. I attest that the information contained within the report has been reviewed for accuracy and checked against the quality control requirements for each method. These results relate only to the test article listed in this report. Reports may not be reproduced except in their entirety.
CN: Cannabinoid Profile & Potency [WI-10-17 & WI-10-17-01]
Analyst: JSG
Test Date: 11/3/2019
68783-CN
Max THC (and Max CBD) are calculated values for total cannabinoids after heating, assuming complete decarboxylation of the acid to the neutral form. It is calculated based on the weight loss of the acid group during decarboxylation: Max THC = (0.877 x THCA) + THC. This calculation does not include other cannabinoid isomers (eg. D8-THC and exo-THC). ND = None detected above the limits of detection (LOD), which is half of LOQ.
MB2: Pathogenic Bacterial Contaminants [WI-10-10]
Analyst: LabAdmin
Test Date: 10/29/2019
This test method was performed in accordance with the requirements of ISO/IEC 17025. These results relate only to the test article listed in this report. Reports may not be reproduced except in their entirety.
68783-MB2
| Test ID | Analysis | Results | Units | Limits* | Status |
| 68783-ECPT | E. coli (O157) | Negative | NA | Non Detected | PASS |
| 68783-SPT | Salmonella | Negative | NA | Non Detected | PASS |
Note: All recorded pathogenic bacteria tests passed.
TP: Terpenes Profile [WI-10-27]
Analyst: JR
Test Date: 10/30/2019
The client sample was analyzed by Head-Space Gas Chromatography (HS-GC). The collected data were compared to data collected for certified reference standards at known concentrations. All values are semiquantitative estimates based on recorded peak areas relative to terpene calibration data.
68783-TP
 |  |
Certificate ID: 68782 (Prelim)
Received: 10/23/19
Client Sample ID: PF Biomass sample 1
Lot Number: 1
Matrix: Flowers/Bud – Dry Flower
Scan QR Code for authenticity
https://orders.proverdelabs.com/utils/results.ashx?o=24624&c=8822&cc=9490&s=79948
Prospect Farms Industrial Hemp Group, LLC
6 Partridge Rd
Prospect, ME 04981
Attn: Thomas Arters
| Authorization: Jon Podgorny, Lead Research Chemist | Signature: | Date: 11/6/2019 |
The data contained within this report was collected in accordance with the requirements of ISO/IEC17025:2017. I attest that the information contained within the report has been reviewed for accuracy and checked against the quality control requirements for each method. These results relate only to the test article listed in this report. Reports may not be reproduced except in their entirety.
CN: Cannabinoid Profile & Potency [WI-10-17 & WI-10-17-01]
Analyst: JSG
Test Date: 11/3/2019
The client sample was analyzed for plant-based cannabinoids by Liquid Chromatography (LC). The collected data were compared to data collected for certified reference standards at known concentrations.
68782-CN
Max THC (and Max CBD) are calculated values for total cannabinoids after heating, assuming complete decarboxylation of the acid to the neutral form. It is calculated based on the weight loss of the acid group during decarboxylation: Max THC = (0.877 x THCA) + THC. This calculation does not include other cannabinoid isomers (eg. D8-THC and exo-THC). ND = None detected above the limits of detection (LOD), which is half of LOQ.
MY: Mycotoxin Testing [WI-10-05]
Analyst: AKR
Test Date: 10/31/2019
This test method was performed in accordance with the requirements of ISO/IEC 17025. These results relate only to the test article listed in this report. Reports may not be reproduced except in their entirety.
68782-MY
| Test ID | Date | Results | MDL | Limits | Status* |
| Total Aflatoxin | 10/31/2019 | < MDL | 2 ppb | < 20 ppb | PASS |
| Total Ochratoxin | 10/31/2019 | < MDL | 3 ppb | < 20 ppb | PASS |
The client sample was analyzed by Head-Space Gas Chromatography (HS-GC). The collected data were compared to data collected for certified reference standards at known concentrations. All values are semiquantitative estimates based on recorded peak areas relative to terpene calibration data.
68782-TP
Certificate ID: 93682 (Reissued)
Received: 3/31/21
Client Sample ID: PF Full-Spectrum Hemp Extract Oil
Lot Number: PF0100
Matrix: Concentrates/Extracts – Butane
Scan QR Code for authenticity
https://orders.proverdelabs.com/utils/results.ashx?o=35471&c=8822&cc=10635&s=113510
| Authorization: Chris Hudalla, Chief Science Officer | Signature: | Date: 8/10/2021 |
The data contained within this report was collected in accordance with the requirements of ISO/IEC17025:2017. I attest that the information contained within the report has been reviewed for accuracy and checked against the quality control requirements for each method. These results relate only to the test article listed in this report. Reports may not be reproduced except in their entirety.
CN: Cannabinoid Profile & Potency [WI-10-17 & WI-10-17-01]
Analyst: AC
Test Date: 4/4/2021
The client sample was analyzed for plant-based cannabinoids by Liquid Chromatography (LC). The collected data were compared to data collected for certified reference standards at known concentrations.
Max THC (and Max CBD) are calculated values for total cannabinoids after heating, assuming complete decarboxylation of the acid to the neutral form. It is calculated based on the weight loss of the acid group during decarboxylation: MAX THC = (0.877 x THCA) + THC. This calculation does not include other cannabinoid isomers (eg. D8-THC and exo-THC). ND=None detected above the limits of detection (LOD), which is one-third of the Limit of Quantification (LOQ). For values reported as “<LOQ”, the estimated value is included in the calculated Total.
HM: Heavy Metal Analysis [WI-10-13]
Analyst: CJS
Test Date: 4/13/2021
This test method was performed in accordance with the requirements of ISO/IEC 17025. These results relate only to the test article listed in this report. Reports may not be reproduced except in their entirety.
93682-HM
| Symbol | Metal | Conc.¹ (µg/kg) | ALL | Use Limits 2 (µg/kg) | Status | |
| All | Ingestion | |||||
| As | Arsenic | ND | 50 | 200 | 500 | PASS |
| Cd | Cadmium | ND | 50 | 200 | 1,500 | PASS |
| Hg | Mercury | ND | 50 | 100 | 1,500 | PASS |
| Pb | Lead | ND | 50 | 500 | 1,000 | PASS |
- ND = None detected above the indicated Reporting Limit (RL)
- MA Dept. of Public Health: Protocol for MMJ and MIPS, Exhibit 4(a) for all products.
- USP exposure limits are based on daily oral dosing of 1g of concentrate for a 110 lb person.
MB1: Microbiological Contaminants [WI-10-09]
Analyst: MM
Test Date: 4/6/2021
This test method was performed in accordance with the requirements of ISO/IEC 17025. These results relate only to the test article listed in this report. Reports may not be reproduced except in their entirety.
93682-MB1
| Symbol | Analysis | Results | Units | Limits* | Status |
| AC | Total Aerobic Bacterial Count | <100 | CFU/g | 10,000 CFU/g | PASS |
| CC | Total Coliform Bacterial Count | <100 | CFU/g | 100 CFU/g | PASS |
| EB | Total Bile Tolerant Gram Negative Count | <100 | CFU/g | 100 CFU/g | PASS |
| YM | Total Yeast & Mold | <100 | CFU/g | 1,000 CFU/g | PASS |
Recommended limits were established by the American Herbal Pharmacopoeia (AHP) monograph for Cannabis Inflorescence [2013], for consumable botanical products, including processed and unprocessed cannabis materials, and solvent-based extracts.
Note: All recorded Microbiological tests are within the established limits.
MB2: Pathogenic Bacterial Contaminants [WI-10-10]
Analyst: MM
Test Date: 4/7/2021
This test method was performed in accordance with the requirements of ISO/IEC 17025. These results relate only to the test article listed in this report. Reports may not be reproduced except in their entirety.
93682-MB2
| Test ID | Analysis | Results | Units | Limits* | Status |
| 93682-ECPT | E. coli (O157) | Negative | NA | Non Detected | PASS |
| 93682-SPT | Salmonella | Negative | NA | Non Detected | PASS |
Note: All recorded pathogenic bacteria tests passed.
MY: Mycotoxin Testing [WI-10-05]
Analyst: SLC
Test Date: 4/13/2021
This test method was performed in accordance with the requirements of ISO/IEC 17025. These results relate only to the test article listed in this report. Reports may not be reproduced except in their entirety.
93682-MY
| Test ID | Date | Results | MDL | Limits | Status* |
| Total Aflatoxin | 4/13/2021 | < MDL | 2 ppb | < 20 ppb | PASS |
| Total Ochratoxin | 4/13/2021 | < MDL | 3 ppb | < 20 ppb | PASS |
PST: Pesticide Analysis [WI-10-11]
Analyst: CJS
Test Date: 4/28/2021
The client sample was analyzed for pesticides using Liquid Chromatography with Mass Spectrometric detection (LC/MS/MS). The method used for sample prep was based on the European method for pesticide analysis (EN 15662).
93682-PST
| Analyte | CAS | Result | Units | LLD | Limits (ppb) | Status |
| Abamectin | 71751-41-2 | ND | ppb | 0.2 | 10 | PASS |
| Spinosad | 168316-95-8 | ND | ppb | 0.1 | 10 | PASS |
| Pyrethrin | 8003-34-7 | ND | ppb | 0.1 | 10 | PASS |
| Trifloxystrobin | 141517-21-7 | ND | ppb | 0.1 | 100 | PASS |
| Spirotetramat | 203313-25-1 | ND | ppb | 0.1 | 100 | PASS |
| Spiromesifen | 283594-90-1 | ND | ppb | 0.1 | 100 | PASS |
| Piperonyl butoxide | 51-03-6 | ND | ppb | 0.1 | 3000 | PASS |
| Paclobutrazol | 76738-62-0 | ND | ppb | 0.1 | 10 | PASS |
| Myclobutanil | 88671-89-0 | ND | ppb | 0.1 | 100 | PASS |
| Imidacloprid | 138261-41-3 | ND | ppb | 0.1 | 5000 | PASS |
| Imazalil | 35554-44-0 | ND | ppb | 0.1 | 10 | PASS |
| Fenoxycarb | 72490-01-8 | ND | ppb | 0.1 | 10 | PASS |
| Etoxazole | 153233-91-1 | ND | ppb | 0.1 | 100 | PASS |
| Dichlorvos | 62-73-7 | ND | ppb | 3 | 10 | PASS |
| Cyfluthrin | 68359-37-5 | ND | ppb | 0.5 | 2000 | PASS |
| Bifenthrin | 82657-04-3 | ND | ppb | 0.2 | 3000 | PASS |
| Bifenazate | 149877-41-8 | ND | ppb | 0.1 | 100 | PASS |
| Azoxystrobin | 131860-33-8 | ND | ppb | 0.1 | 100 | PASS |
* Testing limits established by the Massachusetts Department of Public Health, Protocol for Sampling and Analysis of Finished Medical Marijuana Products and Marijuana-Infused Products for Massachusetts Registered Medical Marijuana Dispensaries, Exhibit 5. ND indicates “none detected” above the lower limit of detection (LLD). Analytes marked with (*) indicate analytes for which no recovery was observed for a pre-spiked matrix sample due to matrix interference.
TP: Terpenes Profile [WI-10-27]
Analyst: LC
Test Date: 4/17/2021
Client sample analysis was performed using full evaporative technique (FET) headspace sample delivery and gas chromatographic (GC) compound separation. A combination of flame ionization detection (FID) and/or mass spectrometric (MS) detection with mass spectral confirmation against the National Institute of Standards and Technology (NIST) Mass Spectral Database, Revision 2017 was used. Chromatographic and/or mass spectral data were processed by quantitatively comparing the analytical peak areas against calibration curves prepared from certified reference standards.
93682-TP
Total Terpene: 1.6 wt%
* Certified reference standard not available for this compound. Concentration is estimated using the response factor from alpha-pinene. ND = None Detected. RL = Reporting Limit of 5 ppm.
VC: Analysis of Volatile Organic Compounds [WI-10-28]
Analyst: CJS
Test Date: 8/6/2021
The client sample was analyzed by Head-Space Gas Chromatography (HS-GC). The collected data were compared to data collected for certified reference standards at known concentrations. The certificate has been re-issued with results from retesting of residual solvents.
93682-VC (retest)
| Compound | CAS | Amount1 | Limit 2 | ALL | Status |
| Propane | 74-98-6 | ND | 1,000 ppm | 100 | PASS |
| Isobutane | 75-28-5 | ND | 1,000 ppm | 100 | PASS |
| Butane | 106-97-8 | ND | 1,000 ppm | 100 | PASS |
| Methanol | 67-56-1 | ND | 3,000 ppm | 100 | PASS |
| Pentane | 109-66-0 | ND | 5,000 ppm | 100 | PASS |
| Ethanol | 64-17-5 | ND | 5,000 ppm | 100 | PASS |
| Acetone | 67-64-1 | ND | 5,000 ppm | 100 | PASS |
| Isopropanol | 67-63-0 | ND | 5,000 ppm | 100 | PASS |
| Acetonitrile | 75-05-8 | ND | 410 ppm | 100 | PASS |
| Hexane | 110-54-3 | ND | 290 ppm | 100 | PASS |
| Heptane | 142-82-5 | ND | 5,000 ppm | 100 | PASS |
- ND = Not detected at a level greater than the Reporting Limit (RL).
- In ppm, based on USP recommended limits for residual solvents, adopted by the Massachusetts Department of Public Health for cannabis concentrates and extracts on 3/31/16. Butane/Propane limits are based on limits established for the state of Colorado.
(*) For ethanol, as many formulations contain flavorings based on ethanol extracts of natural products, no status has been assigned.
Certificate ID: 95527
Received: 6/21/21
Client Sample ID: Awaken Tincture – Regular Strength
Lot Number:
Matrix: Tincture/Infused Oil – Avocado, Grapeseed
Scan QR Code for authenticity
| Authorization: Chris Hudalla, Chief Science Officer | Signature: | Date: 6/26/2021 |
The data contained within this report was collected in accordance with the requirements of ISO/IEC17025:2017. I attest that the information contained within the report has been reviewed for accuracy and checked against the quality control requirements for each method. These results relate only to the test article listed in this report. Reports may not be reproduced except in their entirety.
CN: Cannabinoid Profile & Potency [WI-10-17 & WI-10-17-01]
Analyst: AC
Test Date: 6/24/2021
The client sample was analyzed for plant-based cannabinoids by Liquid Chromatography (LC). The collected data were compared to data collected for certified reference standards at known concentrations.
95527-CN
Max THC (and Max CBD) are calculated values for total cannabinoids after heating, assuming complete decarboxylation of the acid to the neutral form. It is calculated based on the weight loss of the acid group during decarboxylation: MAX THC = (0.877 x THCA) + THC. This calculation does not include other cannabinoid isomers (eg. D8-THC and exo-THC). ND=None detected above the limits of detection (LOD), which is one-third of the Limit of Quantification (LOQ). For values reported as “<LOQ”, the estimated value is included in the calculated Total.
END OF REPORT
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