Cannatrol, a company specializing in post-harvest cannabis processing, has partnered with the Cannabis Research Coalition (CRC) to explore the impact of vapor pressure stability on cannabis quality. The research delves into the intricacies of how advanced drying methods influence the quality of cannabis flower, focusing on terpene retention and trichome coloration. These independent studies compare various drying techniques and equipment, aiming to expand our understanding of how environmental factors impact the final product.
Cannatrol’s proprietary Vaportrol Technology has been tested in two independent studies, both yielding significant results. The studies demonstrate substantial improvements in terpene retention and trichome integrity when using Cannatrol’s post-harvest optimization process. These findings underscore the importance of carefully managing vapor pressure during the post-harvest phase.
The CRC’s analysis highlights the crucial role of maintaining a stable vapor pressure environment in preserving trichomes – the tiny resin glands that contain cannabinoids and terpenes. This stability ensures the preservation of the flower’s flavor, potency, and overall quality. Fluctuating vapor pressure levels can damage trichomes, leading to reduced terpene content and a less potent final product. By maintaining consistent vapor pressure throughout the drying, curing, and storage phases, Cannatrol’s technology prevents these issues, ensuring a superior product for cultivators and consumers.
David Sandelman, Cannatrol’s CTO and co-founder, emphasizes the importance of educating the cannabis community about the scientific post-harvest processes. He highlights how proper vapor pressure management results in more flavorful and potent cannabis, enhancing the overall smoking experience. Cannatrol’s all-in-one solution ensures consistent quality across various climates and geographic locations, making it a reliable tool for commercial cannabis cultivators.
Dr. Allison Justice, CEO of the CRC, commends Cannatrol for its contributions to advancing the industry’s knowledge of post-harvest processes and its potential to deliver superior cannabis. She acknowledges the limitations imposed by years of prohibition on research into this plant, leading to the use of tactics lacking scientific backing. This research represents a crucial step in establishing a more scientifically informed approach to post-harvest cannabis processing.
The research conducted by the CRC showcases Cannatrol’s significant role in advancing cannabis science. By understanding the nuances of vapor pressure control and its impact on cannabis quality, the industry can move towards a more consistent and high-quality product for consumers.
