Bacteria Might Be Killing Your Yield—Fix It Fast скачать в хорошем качестве

Bacteria Might Be Killing Your Yield—Fix It Fast

Commercial cultivators lose tens of thousands in yield and labor every year—because of bacteria they can’t see. This conversation between Tyler Simmons and Egan O’Keefe of Front Row breaks down the hidden contamination risks in your fertigation setup, RO filters, HVAC, and humidifiers—and how to fix them before it’s too late. From preventative sanitation tips to in-cycle emergency solutions like enzymatic cleaners, this video is packed with actionable steps to protect your crop and facility. 👉 If you’re running a facility and want to trial Front Row nutrients or level up your operations with our Certified Technician Training, learn more at https://www.frontrowag.com/ 📍 Chapters 00:00 – Introduction: Why Bacteria Builds Up in the First Place 00:15 – Common Contamination Points in Water Systems 01:22 – Shocking Agricultural Wells and Pre-Tank Sanitation 02:09 – Storage Tank Strategies and Preventative Chlorination 03:33 – Free Chlorine Residuals and Systemic Demand 04:38 – What to Do When It’s Too Late: Enzymatic Cleaners 06:08 – Retrofitting Lines for Maintenance Access 08:04 – Air and HVAC: The Overlooked Contamination Vector 09:02 – Humidifiers: A Perfect Pathogen Breeding Ground 10:46 – Cleaning Between Rounds: Veg vs Flower Rooms 12:05 – Diagnosing Biological vs Mineral Blockages 13:14 – Sampling and Mapping Out Contamination Sources 14:00 – Environmental Triggers: VOCs, Leaks, and Construction Materials 15:00 – Why We Built the Front Row Certified Tech Training 16:00 – How Support from Our Team Helps Commercial Clients 💡 Apply for a Commercial Account Ready to scale with clean, consistent results? 👉 Apply for a commercial account here and get personalized support, wholesale pricing, and exclusive tools built for pros. https://frontrowag.com/apply 🔔 Subscribe for More Like this video? Hit subscribe and turn on notifications for more conversations with real cultivators on best practices, system design, and yield optimization.