Familiarize Yourself with a Radio Frequency Solution for Mold Issues
Cannabis regulatory compliance is shifting away from ionizing radiation (X-ray) mold treatment toward an organic, non-ionizing and more cost-effective solution—Radio Frequency (RF).
RF uses a thermal process to kill mold and pathogens, and unlike X-ray, E-beam or gamma radiation – all ionizing technologies - it doesn’t change the molecular structure of the plant. Instead, it activates the plant’s water molecules, causing them to oscillate and generate enough heat to kill microbes with minimal impact on cannabinoid and terpene content.
This organic, non-chemical approach is an ideal solution for budding European markets, most of which follow a pharmaceutical model with standards based on European Union Good Manufacturing Processes (EU GMP). Based on this model, Germany has already established that any medicinal products treated with ionizing radiation technologies must receive an AMRadV license. The process to secure this license can take up to 18 months and costs EUR 5,000 per strain.
Click the button below to read more about European cannabis regulations, the future of Germany’s market and its impact on the EU, and why RF is the best mold treatment solution for those looking to cultivate cannabis within the EU, or exporting cannabis to the EU.
Processing of Agricultural Products using RadioFrequency
Ziel granted the Patented use of Radio Frequency Technology to remediate cannabis in Canada on 4-07-2020
Processing of Agricultural Products using RadioFrequency
Ziel granted the Patented use of Radio Frequency Technology to remediate cannabis in Canada on 4-07-2020
Patented RF technology shows promise for cannabis and hemp decontamination.
Surviving in the cannabis regulations can be a real doozie. Even vigilant cultivators occasionally have to deal with yeast, and other pathogens, which make a crop unsellable. Remediation usually means a loss of terpenes or potency, but Ziel has secured the first patent for the innovative process of microbial reduction through radio frequency technology.