1. What Is an Industrial Wet Scrubber? An industrial wet scrubber is a highly efficient air pollution control system designed to remove acid gases, particulate matter, and hazardous fumes from industrial exhaust streams. It uses a liquid (typically water or chemical solution) to capture and neutralize pollutants before clean air is released into the atmosphere

Project Overview We designed and delivered a complete post-treatment system for RTO exhaust gas in a chemical plant. The system is engineered to handle high-temperature and corrosive gas streams efficiently. Technical Data Capacity: 50,000 m³/h Gas Composition: SO₂, HCl, CO₂, Water Vapor Process: Quench Tower + Alkali Scrubbing + Water Washing Removal Efficiency: Up to

Project: XXXX Zirconium Industry Co., Ltd. Application: Chlorination Workshop Exhaust Gas Treatment Industry: Chemical Processing Gas Composition: CO, CO₂, Cl₂, trace ZrCl₄ System Capacity: • Gas flow: 5,000 m³/h • Load: 10 kg/h Process Design: • Stage 1–2: Ferrous Chloride (FeCl₂) Scrubbing • Stage 3–5: Multi-stage Alkaline Scrubbing • Main pipeline: DN400 Performance: • Removal

The Challenge of Gold Refining Exhaust If you are designing a gold refining line using nitric acid and aqua regia, you already know: the fumes generated are among the most aggressive and hazardous in the entire metallurgical industry. Gold refining with aqua regia and nitric acid produces a complex mixture of toxic, corrosive gases that

Project Background: Tackling Complex Emissions from Gasification Coal Grinding Chemical Waste Gas Treatment In chemical new materials production, coal slurry preparation is a critical front-end process. However, the intense collision and grinding of raw coal with water inside mills—which raises temperatures to 48-50°C—volatilizes a complex mixture of harmful gases. A leading chemical new materials manufacturer

Executive Summary: Navigating Compliance and Operational Efficiency Waste Gas Treatment System for Pharmaceutical Manufacturing Pharmaceutical manufacturers face increasingly complex challenges in managing waste gas emissions containing VOCs, halogenated hydrocarbons, and acidic gases. With EU regulations tightening and global competition intensifying, selecting the proper emission control system has become critical for compliance, operational efficiency, and sustainable