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TREATMENT IN CHEMICAL & PLASTICS MANUFACTURING |
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| Click here to request our chemical and plastics manufacturing deposit control analysis paper | |
| Application | Triangular Wave Technical Benefits |
| Spray driers | Deposit control in nozzles and transfer lines |
| Reactors | Deposit control in water jackets that maintain temperatures in reactors - scaled jackets can add several hours to a batch run |
| Pumps | Deposit control to prevent packing and volute failure due to abrasion and occlusion. |
| Heat exchangers | Deposit control in fluids on both the product side and the fluid side. |
| Mixer / Blenders | Deposit control in feed lines, and on paddles, liners, and jackets. |
| Chemical sewers | Deposit control in flocking tanks, dosing tanks, pumps, and transfer lines. |
| Scales | Deposit control in liquid scales, which are metering devises |
| Sensors | Deposit control to prevent optics from becoming fouled and feed lines becoming clogged |
| Valves | Deposit control to prevent both automatic and manual valves from becoming frozen or blocked, and eventually leaking. |
| Coaters | Deposit control in coating bath tanks and on spray nozzles |
| Drumming lines | Deposit control in packaging equipment pumps, valves, and metering devices |
| Lagoons | Deposit control in pretreatment aerators, pumps, valves, and pipelines |
| Fractionators | Deposit control in columns used to remove various elements at varied temperatures, viscosities, and specific gravities. The deposits are controlled that plug the bubble caps on the trays. |
| Stills | Deposit control in coils the are used for stilling and distilling |
| Tank trucks | Deposit control of scale in Clean-in-Place (CIP) facility |
| Typical equipment that will benefit from TWT systems | Boilers, heat exchangers, air compressors, vacuum pumps, air pollution control equipment, transfer lines, pumps, valves, condensers, and cooling towers, reverse osmosis membranes, scrubbing columns, stripping towers |
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