玻璃蒸餾塔與填料: Büchiglas

In chemical and pharmaceutical production facilities, managing highly corrosive exhaust emissions is critical to safety and environmental compliance. Stationary gas scrubbers are designed to safely and efficiently neutralize corrosive, acidic, or caustic vapors directly from reactor systems.

Production & process scale gas scrubbers

Stationary gas scrubber (volume scrubbing liquid) : Customized according to process requirements
Stationary gas scrubber (column diameter): DN50 up to DN600

Pressure: -1.0 (FV) to +0.5 bar
Temperature exhaust gas: -60 °C to +200 °C
Temperature scrubbing liquid: 0 °C to +80 °C
Material: Borosilicate glass 3.3, PTFE, ETFE

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Leak free liquid circulation: Equipped with an ETFE lined, magnetically coupled pump that eliminates mechanical seal leaks and prevents corrosive fluid bypass.
Precise process control: An integrated reducing valve allows for fine tuning of the scrubbing liquid flow rate to optimize neutralization efficiency.
Thermal management: A spiral cooler in the liquid circuit keeps the scrubbing fluid within optimal temperature limits during exothermic gas liquid reactions.

Off gas and vent gas treatment from the reactor system.
Absorption and neutralization of toxic, acidic, or caustic chemical vapors (such as HCl, SO₂, Cl₂, or NH₃).
Stripping processes to remove volatile organic compounds or dissolved gases from liquids.

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explore mobile gas scrubber

A detailed view of the columns active separation zone. The column is packed with saddle elements (random packing) designed to maximize the interfacial area. During operation, the washing liquid wets the packing surface while trickling downward, ensuring highly efficient mass transfer and gas absorption through intensive contact with the counter-current gas stream.

Detailed view of the columns active separation zone. Packed with saddle elements to maximize surface area, the falling washing liquid wets the packing. This ensures highly efficient mass transfer and gas absorption via counter current contact.

An overview of the complete gas scrubbing pilot plant. Built entirely from corrosion resistant borosilicate glass and mounted on a stainless steel frame, the system features twin packed columns, integrated glass piping, and a round-bottom solvent receiving vessel at the base. This setup is ideal for process development, scale up studies, and gas purification applications.

Overview of the gas scrubbing pilot plant. Built from corrosion-resistant borosilicate glass in a stainless steel frame, it features twin packed columns, glass piping, and a bottom receiver. Ideal for process development and gas purification.

This close up captures the bottom outlet of the glass scrubbing column in operation. The scrubbing liquid passes through the packed bed and drains into the glass receiver below, forming a light foam. This transparent design allows for direct visual monitoring of the liquid flow rate, draining behavior, and phase separation at the column base.

Close up of the glass scrubbing column's bottom outlet in action. Liquid flows through the packed bed into a glass base, forming light foam. The transparent design allows direct monitoring of flow rate, drainage, and phase separation at the base.