#FirstToMarket Pathogen-Free Smoking Cones have been Created via Covspect, Sterilray, Inc. and Maryjanecones
Steve Grabenheimer Steve Grabenheimer

#FirstToMarket Pathogen-Free Smoking Cones have been Created via Covspect, Sterilray, Inc. and Maryjanecones

Maryjanecones / Mary Jane Cones North America Inc. has just revolutionized the cannabis industry by creating the world's first pathogen-free smoking cones by teaming up with Covspect and Sterilray Inc.!šŸ’ØšŸ”¬

In a groundbreaking achievement, Maryjanecones has made a manufacturing investment into 222nm far UV-C by Sterilray Inc. safeguarding consumer health in cannabis. The introduction of pathogen-free smoking cones not only elevates the smoking experience but also addresses a critical concern: the spread of harmful microbes in cannabis cone production.

Public Health Impact:

šŸ¦  Pathogen-Free: By eliminating harmful pathogens, these cones significantly reduce the risk of infections associated with smoking.

šŸŒ± Purity: Users can now enjoy their smoking experience with confidence, knowing they're not inhaling contaminants that can harm their health.

šŸŒ¤ Safer Communities: Pathogen-free cones contribute to healthier communities by curbing the potential transmission of diseases through shared smoking paraphernalia.

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UV-C Light: Enhancing Cannabis Post-Harvest Quality and Yield
Steve Grabenheimer Steve Grabenheimer

UV-C Light: Enhancing Cannabis Post-Harvest Quality and Yield

UV-C radiation is a type of ultraviolet light that has a wavelength of 200 to 280 nanometers. It is used to kill microorganisms, such as bacteria, viruses, and mold. UV-C radiation is also effective at inactivating spores, which are dormant forms of microorganisms that can germinate and cause spoilage.

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The Importance of Indoor Air Quality Amidst the Canadian Wildfire Emergency
Steve Grabenheimer Steve Grabenheimer

The Importance of Indoor Air Quality Amidst the Canadian Wildfire Emergency

The recent Canadian wildfires have created an IAQ emergency in the United States and Canada. The smoke from these fires is filled with harmful pollutants, including PM2.5, which are tiny particles or droplets that can get deep into the lungs and cause health problems. People with respiratory problems, such as asthma and COPD, are especially at risk. This article outlines how UV-C and HEPA can help manage and control such IAQ emergencies.

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How 222nm Far UV Can Revolutionize Pest Management for Agronomists and Farmers
Steve Grabenheimer Steve Grabenheimer

How 222nm Far UV Can Revolutionize Pest Management for Agronomists and Farmers

222nm Far UV technology presents a promising solution for farmers and agronomists looking for a safer, more efficient, and eco-sustainable way to manage pests and plant diseases on their farms. Far UV-Cā€™s ability to eliminate pests and pathogens while being safe for humans and animals makes it a total game-changer for the agriculture industry. With this technology, farmers and agronomists can reduce their environmental impact, lower operational costs, and increase crop yields, making it a must-have for modern farming practices.

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Why Agronomists should Consider Mitigating their Dependence on Chemical Sprays, and Deploy UV-C and Far UV.
Steve Grabenheimer Steve Grabenheimer

Why Agronomists should Consider Mitigating their Dependence on Chemical Sprays, and Deploy UV-C and Far UV.

Agronomists, as the guardians of our food supply, have a great responsibility to ensure the health and safety of the crops they cultivate. One powerful tool that they can utilize to achieve this goal is 222nm far-UV technology. Far-UV technology is a powerful and effective method of sterilizing surfaces and environments and has been shown to be highly effective in killing pathogens such as bacteria and viruses. This is particularly important in agronomy, as these pathogens can cause serious damage to crops and can lead to reduced yields and increased costs.

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