Project Overview
Industry: Pharmaceutical Manufacturing
Airflow: 15,000 - 30,000 NCMH
Pollutants: Mixed Pharmaceutical VOCs, Chemical Vapors, Corrosive Gases
System: Pretreatment + Acid-Base Neutralization + Dehumidification + RTO + Quenching + Secondary Neutralization
Application Overview
This project was developed for waste gas treatment in pharmaceutical manufacturing processes.
The system is designed to handle complex mixed emissions generated during pharmaceutical production, including volatile organic compounds (VOCs), chemical vapors and corrosive gases. These emissions typically arise from synthesis, formulation and cleaning-related processes in pharmaceutical facilities.
System Configuration
The treatment system adopts a multi-stage process combining chemical scrubbing and thermal oxidation technologies.
The exhaust gas is first collected and pretreated through a collection system, followed by primary acid-base neutralization to remove corrosive components. After dehumidification and filtration, the gas stream enters a Regenerative Thermal Oxidizer (RTO) for high-temperature destruction of VOCs. Finally, a quenching tower and secondary neutralization stage are used to stabilize the treated exhaust before discharge.
Project Photos
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