On-Demand Webinar: Flexible Fertility with Polysulphate®
A free CEU-approved webinar on how Polysulphate delivers multi-nutrient efficiency, improved soil health, and real ROI across diverse cropping systems for both spring and fall applications.
On this page:
Flexible fertility with Polysulphate® is a nutrient management approach that delivers sulfur, potassium, magnesium, and calcium in one low-chloride fertilizer. It improves nutrient efficiency, supports soil health, reduces salt stress, and helps growers achieve consistent yields, better crop quality, and stronger return on investment across diverse cropping systems.
Free CEU On-Demand Webinar: Flexible Fertility with Polysulphate®
CEU Credit: .5 Nutrient Management
*for CEU credit you must register and watch with Crop Life here.
Fertilizer Flexibility Starts Here.
Watch this panel-style webinar exploring the agronomic and logistical advantages of Polysulphate® and its derivative product ICL PKpluS®– multi-nutrient, sulfur-based fertilizers that bring efficiency, sustainability, and ROI to diverse crop systems.
Discover how these solutions can replace traditional inputs like gypsum and KCl, reduce salt stress, improve soil structure, and simplify storage and blending- all backed by trial data across row and specialty crops.
What You’ll Learn:
The flexibility of Polysulphate, from early application to post-harvest
How it supports soil health, nutrient efficiency, and long-term sustainability
Real-world trial results showing gains in yield, quality, and profitability
How to reduce the salt index in blends while enhancing logistical efficiency
The economic benefits for ag retailers and their growers; ease of storage, handling, and consistent ROI
Meet the Experts:
Tony Donoho
Agronomy Technical Services Manager, ICL
With 30+ years in ag, Tony brings deep expertise in row crop fertility and nutrient programs in the eastern Corn Belt.
Dan Tollefson
Product Lead, FertilizerPlus, ICL
Dan combines 15+ years in fertilizer sales with real-world experience farming corn and soy in western Minnesota.





