Transcription of Determining Stack Height to Prevent Contaminant …
{{id}} {{{paragraph}}}
AbstractDetermining Stack Height to Prevent Contaminant Re-Entry through Building IntakesClyde J. Porter, PE, CIHAir Science & Engineering, LLCD ayville, CT 06241 Employees at a printing facility were reporting objectionable solvent odors from a process exhaust re-entering through the building HVAC solve the problem, calculations were performed using ASHRAE s revised Stack Height and exhaust-to-intake dilution methods. As a secondary check, a CFD model was developed and intake concentrations determined with the proposed new Stack in results were found between the various methods.
Abstract Determining Stack Height to Prevent Contaminant Re-Entry through Building Intakes Clyde J. Porter, PE, CIH Air Science & Engineering, LLC
Domain:
Source:
Link to this page:
Please notify us if you found a problem with this document:
{{id}} {{{paragraph}}}
Procedure, Manual handling assessment charts, PERFORMANCE TUNING OF THE MODEL, Flow, PLANNING OF PHARMACEUTICAL FACTORIES, PROCESS, Flow Equations for Sizing Control Valves, DFR, Test and Failure Analysis, DFR, Test and Failure Analysis in Lean, SODIUM HYPOCHLORITE CUSTOMERS GENERIC, SODIUM HYPOCHLORITE CUSTOMERS GENERIC SAFETY AND, DACUM Research Chart for Service Manager