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Push- Pull Ventilation I Design

'f !.,,' I la , / /. Push- pull Ventilation cyin Process Design By Kevin D. Bomboy, /- 24//6. f2F. Energy-efficient Design has been emphasized for process and buirCring systems f o r many years. When the Department of Energy (DOE). assigned STV Group, Ponstown, PA, to a plating facility Design project, energy conservation was a main objective of the Design team. In this Liquid surface application, the primary means of reducing energy use was by decreas- ing the Ventilation air requirements of the plating tanks. The objective was achieved through a modified Push- pull Ventilation system, a form of tank coverlair limiting device. The Pressure slot energy reduction lowered operating t J- tank _f - costs ai the faciliry by 77percent. T" e DOE required a new electro- plating and technology support facility to replace a 30-year-old, antiquated plant.

1.6ntment OOlleniO" Fig. 2-Tvpical plating exhaust system. consumption during periods when tanks are empty. The team developed a covered tank system than can be

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