www.hpmag.co.uk HYDRAULICS & PNEUMATICS January/February 2023 25 typically recovering around 95% of wastewater as distillate. Any remaining concentrate is then further treated physically or chemically to produce solid residues (such as crystals) and water. Evaporators used in ZLD systems are often run at lower pressures in order to reduce the boiling point of the liquid being treated. Whatever kind of evaporator is used, heat exchangers have a crucial role to play in ZLD systems in reducing running costs by utilising heat from process water and other existing sources, and also recapturing heat at the end of the process and reusing it to boost the energy efficiency of the overall ZLD system. 1 https://www.prnewswire.co.uk/newsreleases/zero-liquid-discharge-market-isestimated-to-rise-at-a-cagr-of-11-95during-the-forecast-period-notes-tmrstudy-866877417.html 2 Tong, T. & Elimelech, M. (2016) The Global Rise of Zero Liquid Discharge for Wastewater Management: Drivers, Technologies, and Future Directions in Environmental Science & Technology. Available at https://pubs.acs.org/doi/ 10.1021/acs.est.6b01000 Precision and reliability are critical for industrial hose assembly. The Industrial Crimp Calculator (ICC) emerges as an important tool backed by the approval of major fitting manufacturers PT, Campbell, Dixon, and Mario. At its core, the ICC specialises in tailoring each crimping process to the unique attributes of individual hoses, ensuring a consistent and precise end product. This approach, with compression typically ranging from 15-30%, allows the control to calculate the required compression dimension. Depending on the fitting manufacturer, three different subprograms are available that contain all manufacturer-specific data. UNIFLEX also provides a fourth tool. This Universal Crimp Calculator is suitable for non-standard hose-fitting connections. The intuitive interface prompts users to input critical data such as wall thickness, shaft outside diameter, ferrule wall thickness, and compression factor. The ICC then swiftly computes the compression dimension, issuing an error message if any mismatch is detected among the components. A noteworthy feature of the ICC is its adaptability to variations not only between different hoses but also within a hose jacket. This flexibility ensures that the crimping process remains finely tuned, accommodating the intricacies presented by diverse hose specifications. The ICC is standard with every UNIFLEX IPC controller. This integration provides professionals with access to a valuable tool as part of their standard equipment, contributing to a streamlined workflow and enhanced efficiency in hose assembly processes. The ICC, where precision meets simplicity, stands as a noteworthy asset in the landscape of industrial crimping. To view the company demonstration please visit: https://youtu.be/aoebx3E3Eyg?si=ASnHbTTn_WXM45_D Navigating precision in industrial hose assembly with ICC Tel: 01664 567226 • Email: info@dualpumps.co.uk www.dualpumps.co.uk Follow / Like / Subscribe Dependable Under Pressure UK Official Distributor Since 1983 Your trusted partner since 1975 Over 8,500 Active Product Lines 99% rated us as Good or Excellent More than £4m of Stock 2,500 customers in over 40 countries Pumps & Pumping Equipment • Cleaning Equipment • Hose & Hose Reels Fluid Handling Components • Fittings, Connectors & Filters Spraying & Watering • Engines, Motors & Generators ITALY 100% MADE IN Dual Pumps 178x124 Jan.indd 1 04/01/2024 12:06:54
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