Ventilation for the Control of Airborne Hazard
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Module: 18 - 19 Ventilation for the Control of Airborne Hazards - General Ventilation and Local Exhaust VentilationThe IH should be able to recommend and apply process change engineering principles, local exhaust ventilation, dilution ventilation, and isolation to control chemical, biological, and physical exposures. Application of these principles requires knowledge of the mechanics of airflow, ventilation measurements, design, in-plant air circulation and recirculation, air cleaning technology, lower and upper explosion limits and related calculations.The IH should be able to recommend and apply process change engineering principles, local exhaust ventilation, dilution ventilation, and isolation to control chemical, biological, and physical exposures. Application of these principles requires knowledge of the mechanics of airflow, ventilation measurements, design, in-plant air circulation and recirculation, air cleaning technology, lower and upper explosion limits and related calculations.
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Deskripsi MateriThe IH should be able to recommend and apply process change engineering principles, local exhaust ventilation, dilution ventilation, and isolation to control chemical, biological, and physical exposures. Application of these principles requires knowledge of the mechanics of airflow, ventilation measurements, design, in-plant air circulation and recirculation, air cleaning technology, lower and upper explosion limits and related calculations.
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