Simple and versatile, the patented Loikits TriModal Canister eliminates moisture and also provides a variety of conditioning modes for customer process liquid and vapor streams. By retrofitting a few hardware items in a single package, customers can us the unique TriModal Canister in situations involving chemical and mechanical reactions such as filtration, straining, desiccation, ion exchange, catalytic reaction and others.

Experienced plant operators can safely convert TriModal Canister internals for many conditioning methods, usually in minutes. With operating temperatures ranges from -300°F (-184°C) to 650°F (343°C), with working pressures from full vacuum up to 300 PSIG, this ASME-coded pressure vessel optimizes even the most difficult process compositions. Customers who need to maintain quality liquid or vapor processes appreciate the flexibility and economy provided by the TriModal design.

The Loikits TriModal Canister

Typical Applications:

• Waste-water treatment
• Heat transfer fluid conditioning
• Pilot catalyst processing
• Adhesives and coating
• System storage tanks
• Insulated glass industry
• Instrument preconditioning
• Liquid or vapor transfer
• Tank venting
• Hydrocarbon processing
• Industrial gas drying
• Automotive
• Food and beverage
• Ion exchange
• Low-temperature refrigeration
• Test stands
• Vacuum medium conditioning
• Vapor conditioning

Fluids in Ultra-Low Temp Applications

In desiccation conditioning mode, the TriModal Canister has proven extremely useful in removing moisture from non-aqueous fluids to below 50 PPM (water in fluid by weight) - a prerequisite when refrigerating most heat transfer fluids to ultra-low temperatures. The TriModal Canister has repeatedly demonstrated optimum performance with the commonly used fluids shown below. Call our engineering department for specific compatibility on these liquids or other compounds not mentioned below.

• CFC Refrigerants	• Hydrocarbon-based	• Terpenes
• HFC Refrigerants	• Perfluorocarbons	• Organic-based
• Chlorinated solvents	• Silicone-based