The pry mounted condenser membrane separation and recovery unit is easy to install and can be put into operation in two days. It is suitable for chemical and pharmaceutical printing

The pry mounted condenser membrane separation and recovery unit is easy to install and can be put into operation in two days. It is suitable for chemical and pharmaceutical printing

traditionalWaste gas treatment equipmentInstallation often requires on-site construction, pipeline welding, and instrument debugging, ranging from weeks to months. The modular condensing membrane separation and recovery unit, with its highly integrated design, makes this problem much simpler.

The unit integrates the compressor, condenser, membrane components, and control system all on a steel base. They are assembled and debugged before leaving the factory, and can be put into operation on site by simply connecting the power supply and gas circuit. The installation period is calculated in days, and can be put into operation within two days. The equipment has a small footprint and can be flexibly arranged according to the site conditions. If relocation is needed later, it can be lifted as a whole and the equipment can be reused.

In terms of process, this equipment adopts a combination route of compression condensation and membrane separation. After being pressurized by the compressor, the exhaust gas enters the condensing unit, and most of the organic matter is directly liquefied from the gaseous state into liquid solvent for recovery; The uncondensed exhaust gas enters the membrane separation unit, and organic matter preferentially passes through the membrane layer to form concentrated gas, which is sent back to the front end for recycling treatment and discharged in compliance with air standards. The whole process only uses electricity, no gas, noactivated charcoalReplacement of consumables does not generate hazardous waste.

This process focuses on physical separation and is suitable for organic compounds with medium to high concentrations and recycling valuewaste gas treatmentScenarios covering industries such as chemical, pharmaceutical, and printing. The equipment is equipped with PLC fully automatic control, which can automatically start and stop according to the generation of exhaust gas, without the need for a dedicated person to be on duty. Daily maintenance mainly involves cleaning the heat exchanger and checking the pressure difference of the membrane components, with a small workload. It is recommended to complete exhaust gas testing before selecting, obtain concentration, air volume, and component data, and then determine the specific configuration plan.