| Fluid & Maintenance TriFlow Canister for Filtration, Desiccation and Catalyst |
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The patented Loikits TriFlow Canister incorporates simplicity and versatility to provide a variety of conditioning modes for customer process liquid and vapor streams. The TriFlow Canisters' unique method of conditioning numerous liquid and vapor mediums offer effective customer solutions that involve chemical and mechanical reactions such as: filtration, straining, straining/filtration, desiccation, ion exchange, catalytic reaction, and others; all by retrofitting a few inner hardware items available in one single package. Most experienced plant operators can safely convert the TriFlow canister internals to satisfy the conditioning modes stated above, usually within a few minutes. Rated within the operating temperatures 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 has proven instrumental in optimizing even the most difficult process mediums found in many petrochemical, pharmaceutical, or specialty applications. Typical Applications
Additional Trimodal Products Information Popular models of the Trimodal Canister are available for immediate rent or purchase. Options that include special connections or mountings, requirements for dimensional limitations, mobile caddy and other custom additions or modifications are easily accommodated. Engineering and analytical support is readily accessible, as well as, expendable supplies such as desiccant, filters, spare gasketing and parts are usually in stock. Customers responsible for producing and maintaining quality liquid or vapor processes appreciate the flexibility and economics inherent in the Trimodal design. Performance data accumulated over the last decade from both in-house testing and field installations has confirmed the "strainer" mode to remove suspended particle down to about 1000 microns and the "filter" mode captures in-stream particulate to below 5 microns nominal, with the appropriate filter cartridges. Utilizing the two stage "strainer/filter" mode has proven useful in reducing shut down intervals in customer process liquid conditioning applications where most of the suspended particulate is sized above 1000 microns, and a minor portion of the particulate below 5 micron nominal. When utilized in 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. Listed below are commonly used heat transfer fluids that have been optimized by the Trimodal Canister. Please contact Loikits engineering department for a specific compatibility review on the liquids listed below or other compounds not mentioned in this section.
Other methods of conditioning fluids or vapors can be performed cost effectively, such as the use of carbon or ion exchange resin to remove hydrocarbon or metal ion contaminants respectively, from process or wastewater. Catalytic reactions are also applicable in pilot processes. The Trimodal Canisters unique method of conditioning liquid and vapor mediums allow the customer to affordably and safely optimize their specific process medium without the need to purchase additional equipment, that typically are limited to only one function. Please feel free to contact our Engineering Department at (610) 262-3681, or fax (610) 262-5256, or email the Dynalene Team at info@dynalene.com if you wish to discuss your application.
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Heat Transfer Fluids |
Heat Transfer Coolants |
Secondary Refregerants |
Inhibited Propylene Glycol |
Dynalene Bioglycol |
Dynalene Ethylene Glycol Product | ||||
