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Home | Industries | Biomedical/Medical systems | Fluid Dynamics   » Biomedical/Medical systems Home   » Demo/Info request » Electronics Cooling » Fluid Dynamics   » Customers   » News   » Technical papers   » Testimonials » Active Chilled Beam Cooling Reduces Energy Usage 20% in North Carolina Lab » Airflow Simulation Ensures +/-1 F Temperature Range in Pharmaceutical Warehouse, Controlled Environments magazine, Sept 2007 » Ventilation Strategy for Laboratories, HPAC magazine, August 2007 Active Chilled Beam Cooling Reduces Energy Usage 20% in North Carolina Lab Application of Lagrangian particle transport model to tuberculosis (TB) bacteria UV dosing in a ventilated isolation room Airflow Simulation Ensures +/-1 F Temperature Range in Pharmaceutical Warehouse, Controlled Environments magazine, Sept 2007 Ventilation Strategy for Laboratories, HPAC magazine, August 2007 Pipes Laboratory Modelling Design optimization of a complex Cleanroom Airflow Simulation Ensures +/- 1º F Temperature Range in Pharmaceutical Warehouse Preserving Life-Saving Drugs Glass/Ceramic Valves COSMOS Software at Dräger - Integrated Analyses Save Time Studying the Ventilation of Operating Theatre Suites Valve Design Valve Design Eliminating Operator/Machine Contamination And Cross-Contamination Vial Filling Cleanroom Case Study Typical Dryingroom Heating, Ventilating and Air Conditioning (HVAC) System in an Enclosed Environment Overcoming Cleanroom Moisture Condensation Problem Tackling Condensation in a Cleanroom The application of CFD in a hospital burns unit Kling Optimizes Air Distribution in Laboratory with FLOVENT Innovative Cleanroom Designs

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