Bromine Recovery Plant

A bromine recovery plant is a specialized facility designed to extract and purify bromine from industrial waste streams or brine solutions. It typically involves processes like oxidation, stripping, and distillation to separate bromine efficiently. Constructed using corrosion-resistant materials such as glass or titanium, these plants ensure safe handling of bromine. Bromine recovery plants are commonly used in chemical, pharmaceutical, and petrochemical industries to minimize waste, reduce environmental impact, and recycle valuable bromine for reuse in various applications.

Falling Film Gas Absorber

A falling film gas absorber is a specialized device used for efficiently absorbing gases into a liquid as they flow downward in a thin film along the inner surface of a vertical column. It typically consists of a packed or structured column where the liquid is evenly distributed, creating a large surface area for gas-liquid contact. Made from corrosion-resistant materials like glass, it offers excellent chemical resistance and visibility. Falling film gas absorbers are commonly used in pharmaceutical, chemical, and environmental applications for gas scrubbing, pollutant removal, and gas purification.

HCl Glass Absorber

An HCl gas absorber made of glass is a specialized device used to safely absorb and neutralize hydrochloric acid (HCl) gas using an appropriate scrubbing liquid, typically water or an alkaline solution. Constructed from high-quality borosilicate glass, it provides excellent chemical resistance and transparency for process monitoring. The absorber usually consists of a packed column or a falling film design to maximize gas-liquid contact for efficient absorption. It is widely used in chemical, pharmaceutical, and laboratory applications to ensure safe gas handling and environmental compliance.

H2SO4 Concentration Plant

A sulfuric acid plant made of glass is a specialized setup designed for the production, concentration, or purification of sulfuric acid using glass components. High-quality borosilicate glass is often used due to its excellent chemical resistance and transparency, allowing for easy process monitoring. The plant typically includes glass reactors, absorption towers, distillation columns, and condensers, ensuring corrosion resistance and safe operation. Such glass-based systems are commonly used in research facilities, pilot plants, and small-scale production, particularly in the pharmaceutical and chemical industries where contamination-free and precise processing is required.

HNO3 Plant

A nitric acid glass plant is a specialized facility designed for the production, concentration, or purification of nitric acid using high-quality borosilicate glass components. Due to nitric acid's highly corrosive nature, glass offers excellent chemical resistance and transparency, ensuring safe operation and easy monitoring. The plant typically consists of glass reactors, absorption columns, condensers, and distillation units, designed to handle various process stages efficiently. Nitric acid glass plants are commonly used in research labs, pilot plants, and small-scale chemical and pharmaceutical manufacturing for the production of high-purity nitric acid.

Solvent Recovery Plant

A solvent recovery glass plant is a specialized system designed for the efficient recovery and purification of solvents using high-quality borosilicate glass equipment. It typically includes distillation columns, condensers, receivers, and other glass components that offer excellent chemical resistance and visibility for monitoring the process. By utilizing techniques like distillation, evaporation, and condensation, the plant separates solvents from mixtures, allowing their reuse in various industrial applications. Solvent recovery glass plants are widely used in the pharmaceutical, chemical, and petrochemical industries, providing an environmentally friendly and cost-effective solution for solvent management.