Training
IceGen holds numerous worldwide patents and maintains an experienced team of engineers and specialized operators committed to service our clients.
Empowering Your Team with Knowledge and Confidence
Behind every high-performance system is a well-trained team. At ICEGEN, we offer tailored training programs to ensure your operators, engineers, and maintenance personnel are fully prepared to run, troubleshoot, and optimize our equipment for years to come. Our training covers three key areas:
Product & Application Training
Understand how to get the best results from your ICEGEN equipment across your specific applications—whether you’re processing viscous soups, crystallizing fruit juices, or cooling delicate dairy blends.
Heat Transfer Fundamentals
We provide practical, easy-to-grasp training on the science behind our technology—so your team not only runs the system but truly understands it.
Maintenance & Repair Training
Your team will learn how to keep your equipment in top shape—with hands-on training on mechanical components, inspection routines, and preventative maintenance.
Training can be delivered:
Investing in training means investing in uptime, efficiency, and long-term value. We’re not just building machines—we’re building confidence.
FAQs
IceGen specializes in industrial slurry ice generation — producing micro‑ice crystals suspended in water using plate heat exchangers and a rotary scraper. Their systems range from 2 to 120 tons of ice daily and operate at a saturated suction temperature of –11 °C.
Slurry ice offers several cooling advantages:
- Faster chilling and more uniform contact with products
- Maintains consistent temperature while absorbing heat
- Gentler (no sharp edges), safe for delicate items
- Can be pumped and recirculated, reducing handling costs
Ideal for any industry needing efficient chilling: seafood and fish processing, beverages, liquid foods, and perishable product preservation — especially where gentle and rapid cooling is critical.
- Constructed from 316 stainless steel
- Modular plate heat exchanger design — compact footprint
- Simple controls, low refrigerant volume, robust and maintenance‑friendly