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A historic Wisconsin cheese manufacturer struggled with high humidity, causing condensation, facility damage, and ruined products. By partnering with Quest Climate, they installed an energy-efficient dehumidifier that removed 372 pints of water daily. This solution eliminated condensation, improved safety for workers, saved on operational costs, and effectively protected the quality of their delicate dairy products.

Humidity control is a persistent challenge in cold chain facilities because these airtight spaces trap moisture from infiltration, product off-gassing, and washdowns. Without proper ventilation, this excess humidity leads to mold and equipment damage. Discover why standard cooling systems fail in these environments and how commercial desiccant dehumidifiers provide the ultimate solution for climate regulation.

When the team at East Coast Cultivation set out to build its new indoor grow operation in Rhode Island, it knew it had to nail one thing: environmental controls.

Bud rot is a devastating mold that can ruin your harvest by attacking the densest parts of your plants. Because it spreads rapidly and is difficult to treat effectively, prevention is essential. Learn how to manage temperature, humidity, and strain selection to protect your crop from Botrytis cinerea and ensure a healthy, successful grow.

Managing humidity is essential for any indoor grow operation, from hobbyist setups to commercial facilities. Whether you are battling moisture in a small tent or managing a large plant canopy, selecting the right equipment is critical. We spoke with industry experts to help you evaluate capacity, efficiency, and reliability for your specific grow space.

Bud rot caused by Botrytis cinerea is a devastating issue for growers, often destroying high-quality dense buds. While painful for revenue, it is preventable through proper climate management. By maintaining consistent temperatures and relative humidity, improving airflow, and utilizing dedicated dehumidification systems, cultivators can protect their crops from mold and ensure a healthy, high-yield harvest.

Bud rot, or botrytis, is a common fungus that can devastate your cannabis harvest. Caused by high humidity and poor air circulation, this mold spreads quickly through moisture-heavy environments. Learn how expert growers identify the early signs of infection, implement effective prevention strategies, and manage your grow room to protect your plants from damage.

The gardening world is filled with trends and phrases that come and go as quickly as they’re created. Sometimes these concepts are thrown around without full understanding, especially with the more scientific processes. One of the most misunderstood concepts is vapor pressure deficit, or VPD, as it’s commonly called.

Growing indoors can be expensive, with electricity bills often consuming up to 50 percent of operating costs. To maximize your profit margins and reduce long-term expenses, it is essential to focus on energy efficiency early in the building process. Our guide covers five key considerations to help you optimize your grow room setup effectively.

As wholesale prices fluctuate, energy efficiency has become a critical factor for successful growers. With insights from experienced builder and grower Dan Kibbin, we explore how maintaining a tight building envelope and investing in high-quality commercial equipment can reduce overhead costs, manage environmental variables, and ultimately protect your bottom line in a competitive market.

Transitioning from a hobbyist to a professional grower requires mastering climate control to maximize your yields. From managing heat generated by lighting systems to optimizing airflow and humidity levels, these five essential steps will help you maintain a stable environment and prevent crop loss as you scale your indoor growing operation to new heights.

Mold does more than just threaten your health; it presents a serious risk to your durable household goods. From wood furniture and metal surfaces to delicate upholstery and heirloom rugs, mold infestation can cause irreversible structural and aesthetic damage. Learn how consistent humidity control is the key to preventing mold and protecting your valuable investments.

Powdery mildew is a common and destructive fungal disease in cannabis growing, but it is entirely avoidable. We sat down with industry expert Melaney Watson to learn why proper dehumidification and environmental control are the most effective ways to prevent an outbreak before your crop faces potential ruin. Start planning for success today.

Mastering the climate in your grow room is essential for a successful harvest. This special report features twenty expert tips gathered from top growers across the U.S. and Canada. Developed in partnership with Quest, these professional insights provide actionable strategies to help you optimize humidity levels and improve your overall crop health starting today.

Mastering climate control is essential for any successful cultivation operation. Our latest special report, created in partnership with Cannabis Business Times, provides original research, case studies, and actionable tips to help you optimize humidity levels. Access these expert-backed insights today to refine your grow room environment and improve your overall crop quality.

Tyler Schneider of Medicine Man shares expert strategies for managing humidity in cannabis cultivation. Beyond simply preventing mold and bud rot, maintaining precise moisture levels is a critical business strategy that helps growers effectively lower energy costs. Learn his top four practical tips for optimizing your facility's climate control and improving your operational bottom line.

Don Newman from The Herbal Cure reveals his professional secrets for maintaining the perfect grow environment. Featured in the Cannabis Business Times Smart Humidity Special Report, Newman shares expert advice on managing microclimates and monitoring Vapor Pressure Deficit to help you optimize your commercial cultivation operations and achieve better results in your own grow room.

HVAC technology has evolved significantly, offering better protection for climate-sensitive storage. By utilizing modern strategies like undersized cooling systems paired with dehumidifiers, mini-split systems, and decentralized units, facility owners can prevent mold and mildew damage. Learn how these three innovative trends are improving efficiency and safeguarding your belongings for a better storage experience.

Explore how plant breeding serves as a long-term strategy for combating powdery mildew. By selecting for genetic resistance, growers can develop plants with reinforced cell walls that deter fungal penetration. This post also dives into the advanced lifecycle of powdery mildew, examining how spores germinate, spread, and evolve to survive your best eradication efforts.

Managing powdery mildew requires effective treatment options ranging from inorganic chemicals to organic solutions. Explore the benefits of potassium bicarbonate, sulfur vaporization, and various oils like neem or coriander. Whether using hydrogen peroxide or milk dilutions, understanding the specific mechanisms behind these fungicides can help you protect your plants from persistent fungal infections efficiently.

Powdery mildew is a common fungal disease caused by the Erysiphaceae family. As an ectoparasite, this fungus grows on the surface rather than inside plant tissue. While not systemic, it spreads rapidly through spores, stunted growth, and high humidity. Learn the fundamentals of identifying, managing, and preventing this persistent plant pathogen in your garden.

Delve into the science of cannabinoid synthesis in our second installment of this series. Discover how terpenes from plastids and phenols from vacuoles combine to create cannabinoids. We explore the internal machinery of plant cells, including the roles of chloroplasts and leucoplasts, revealing the fundamental biological pathways that drive cannabis development and chemical production.

Ever wonder where cannabinoids actually originate on the cannabis plant? The secret lies deep within the trichomes. In this first part of our series, we explore organelle function, the role of capitate-stalked glands, and how chemical reactions within the secretory cavity shape the potency of your harvest. Discover the science behind cannabinoid production and plant anatomy today.

Understanding VPD is essential for fine-tuning your indoor garden. In this third installment, learn how to calculate and maintain optimal vapor pressure deficit levels during both vegetative and flowering growth stages. Discover the precise temperature and humidity combinations intended to reduce plant stress, maximize resin production, and ultimately improve your final crop yields.