Low concentration alcohol is also possible! IPA regeneration device that demonstrates power in the separation and dehydration of alcohol and water.
"Take-FINE" is an IPA regeneration device that physically separates only water through molecular pores using a zeolite separation membrane. It can reduce power consumption and CO2 emissions compared to azeotropic distillation in solvent dehydration. Additionally, in combination with a "distillation device," it can highly purify low-concentration wastewater with impurities. 【Features】 ■ Purifies used IPA to over 99% purity ■ Dehydrates at low running costs ■ Recycles waste solvents ■ Excels in the separation and dehydration of alcohol and water ■ Capable of handling low-concentration alcohol *For more details, please refer to the PDF document or feel free to contact us.
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【Specifications】 ■Processing liquid: Alcohol-based etc. ■Power supply: 3-phase 200V 50, 60Hz ■Power consumption: 11Kwh ■Cooling water connection: Inlet 25A Outlet 25A 30L/min or more Below 5℃ Above 0.2MPa ■Waste liquid inlet: Inlet 15A ■Recovered liquid: Outlet 15A ■Air: Above 0.4MPa ■Processing capacity: MAX 25L/hr (varies with alcohol concentration) ■External dimensions: 1,000×1,500×Height 1,900mm (large equipment can also be designed and manufactured) ■Product weight: Approximately 1,000Kg *For more details, please refer to the PDF document or feel free to contact us.
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For more details, please refer to the PDF document or feel free to contact us.
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Our company is developing as an environmental conservation equipment manufacturer by applying the core technology of dry cleaning machine development and its elemental technologies (gas recovery using activated carbon, reuse through solvent distillation regeneration) to other industries. This has resulted in the removal treatment of low-concentration radioactive contaminated materials and the cleanliness management process for final cleaning systems of space-related engines. We propose the distillation concentration of high-concentration waste liquid discharged from production processes using a vacuum dehydration drying device based on vacuum distillation, contributing to the reduction of industrial waste, resource recovery, and the reuse of distilled water.
