Abstract
The authors have studied the use of wastes from metalworking machines for packings of heat-and-mass exchange apparatuses as well as the adjustment of their basic parameters and flow modes. The articles show the photograph and schematic view of the experimental plant for studying a wide range of properties of heat-and-mass exchange packing devices and cartridges with the studied adjustable packing material that was represented by metal stainless steel shavings are given. A method is offered to process experimental data which helps to classify the packing material by mass exchange processes; the article describes the calculation algorithm for a small-sized industrial cooling tower used for cooling circulating water with a compacted package of metal shavings as a packing. Initially, reference, calculation geometric and technological parameters of the designed small-sized ventilator cooling tower with compressed metal shavings package used as packing material and schematic view of adjustable packing block were introduced.
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