ụlọ ọkara ndịgharị mmadụ psa
Nke high-efficiency PSA oxygen plant bụ ka nke ọdịnala mmiri-akwụkwọ na-ekwu ihe anya ndi-aghalagha maka site oxygen generation, ga-eji unodị asọ Pressure Swing Adsorption technology kweghara aga separation of oxygen from atmospheric air. Nke ọdịnala akwụkwọ na-echepu kpọrọ molecular sieves a na-emejikita nitrogen maara oxygen na-eme si, maka ihe nnukwu purity of oxygen production. Nke akwụkwọ na-echepu kpọrọ cycle na-obere pressurization na depressurization, ndị na-eme amaa adsorber vessels na-aghalagha na-eme ihe anya ndi-aghalagha oxygen supply. Na-eme na optimal efficiency levels na-akpọsara 90-95% oxygen purity, ndị akwụkwọ ha na-eme oxygen na capacities na-aghalagha na-akpọsara 1 to 1000 Nm³/hour. Nke akwụkwọ na-eme sophisticated control mechanisms, maara PLC-based automation, pressure monitoring systems, na oxygen purity analyzers kwekwe consistent performance. Nke modern high-efficiency PSA oxygen plants na-eme energy-saving designs, reduced maintenance requirements, na compact footprints, maka ihe na-aghalagha ndị mmiri ndị ichele na healthcare facilities, metal processing, glass manufacturing, na wastewater treatment. Nke akwụkwọ ha na-eme na redundant safety systems, automatic operation capabilities, na remote monitoring options, maka reliability na safe oxygen production 24/7.