Air Purificacionis Ratio
Opus principium:
In traditional humilis temperatus aeris separationem, aqua in aere et congelat et conteram ex frigore temperatus et obstructionum apparatu et pipelines; Hydrocarbon (praesertim acetylene) colligentes in aere separationem fabrica et causa CREPITUS sub aliqua conditionibus. Itaque ante rudis caeli intrat humilis-temperatus separationem processus, haec impudicitiis omne opus removeri per aerem purificationem system implevit moculis cribrum.
Adbent calor:
Corporis adsorption est aqua effusio, et CO2 condensationem latens calor generatur, ita temperatus ante et post adsorbent resurrexit.
Regeneratio:
Quia ad adsorbent est solidum, eius rara adsorption superficies limitatur, sic non potest esse operated continue. Cum ad adsorption facultatem, desorption oportet esse saturatum.
ADSORBENT:
Activated aumina, Molecular cribrum Ceramic pila
Ceramic Ball: Solum lectum ad aerem distribution. Bonum lectum superficiem distribution potest non esse.
Activated alumina: Pelagus effectus est praevia aqua effusio,
Molecular cribrum: altum aqua et ipsum dioxide absorption.it est momenti ut CO2 adsorption facultatem ad mocecular cribrum, ut aquam et CO2 sunt coadsorbed in 13x et CO2 possunt glacies obstructionum in fabrica. Ideo in altum frigida caeli separationem, in CO2 adsorption facultatem 13x est key factor.
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Psa NITROGENIUM generator
Et rudis materiae de carbon molat cribrum sunt Cocoes Crusta, calculus, resinae, pulverized primus et combined cum basi materia, maxime ad augendam aquam vapor, in ad artivators ad aquam vapor, carbonis dioxide, et mixta et mixta, oxygeni et mixta est, carbonis, oxygeni et mixta Gas. Psa NITROGENIUM Separat NITROGENIUM et oxygeni per van der Waals opprimere Carbon Molecular cribrum igitur maior est mocecular cribrum superficiei, magis uniformis pore distribution, magis numerus poris vel subporas maius distribution; Si enim inartura est ut parvum quam maxime, van der Waals opprimere agro overlaps, quae etiam habet melius separationem effectus in humilis concentration substantiae.
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NITROGENIUM generantis est NITROGENIUM productio apparatu disposito et fabricari secundum variabilis pressura adsorption technology. NITROGENIUM Generator accipit princeps qualitas importatum ipsum mocecular cribrum (cms) ut adsorbent et adoptat normalis temperatus pressura adsorption principle (Psa). Usually utor duo adsorption turres in parallel, control in prelet pneumatic valvae automatically operated per asperam PLC, alternatim pressurized adsorption et decompressing regenerationem, completum NITROGENIUM DECRETUM, ad obtinendum requiritur altum puritatem NITROGENIUM.
Psa oxygeni generans
PSA oxygen system has the trend to replace the traditional low temperature air separation device in the medium and small-scale air separation field, due to its low investment , low energy consumption, convenient operation, The oxygen sieve uses different adsorption velocity of nitrogen and oxygen to make oxygen and oxygen-rich air. Nam VSA et VPPS cogitationes cum inferioribus adsorption pressura, Lithium Molecular Ignore enim efficiens oxygeni productio potest amplius emendare oxygeni productio rate et reducere oxygeni industria consummatio.
Psa parva medical oxygeni concentrator
Aeris percolantur per asperam filter machinam ante in compressor, tunc in mocecular arce turrim oxygeni, nitrogen separationem. Oxygeni transit aequaliter per mocacularium turrim in bysso cribro turrim et NITROGENIUM est adsorbed per moleculis et dimitti in atmosphaera per separationem valvae. After the oxygen further improves the concentration in the fine sieve tower, the flow size is controlled by the flow control valve, then moistened through the wet water tank, and finally flows through the oxygen transfer tube for the user to supplement the oxygen absorption.
Jz Molecular cribrum potest pervenire oxygeni puritas 92-95%.
Psa Industrial Oxygeni Generator
Oxygeni productio ratio maxime consistit aeris compressor, aer frigidior, aer quiddam tristique, switching valvae, adsorbent et oxygeni statera cisternina. Postquam aeris aeris remota a pulveris particulas per suctu ad Portus filter, is est pressurized a aere compressor in III ~ 4Barg et intrat in unum adsorption turrim. Adsorption turrim repleti ad adsorbent, in quo humorem, ipsum dioxide et pauci Gas components sunt adsorbed ad introitum adsorbent et NITROGENIUM est ADSORBED per zeolite Molecular Seve Seven Seven est in superiore Severit. Oxygeni (including Argon) est a non-adsorbent component a summo exitum ad adsorbent sicut uber Gas ad oxygeni statera tristique. Cum adsorbent absorbetur ad quaedam, ad adsorbent pervenire ad satietatem statum, deinde per mutandam mutandi valvae, adsorbed aquam carbonis dioxide, NITROGENIUM et parva alia gas components dimittuntur ad atmosphaera et parva alia regeneratur.
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Psa Hydrogenii generator
De separatione et purificationis hydrogenii Gas est unus de prima agri industriarum de Psa technology.
Principium variabilis pressura adsorption separationem Gas mixtisque est quod ad adsorption facultatem ad adsorbent variatur cum pressura ad diversis gas components.high pressura ad removere ad immunditias in crudum components.jz-512h mittique adsorbens Mutantur Hydrogenii, quod fit per pressionem mutationem ad adsorption lectum. Hydrogenium est maxime difficile ad adsorb, alia vapores (potest dici impudicitiis) facilius vel facile adsorbed, ut hydrogenii-dives gas et producendum sub conditionibus prope in livore pressura tractata Gas. Imbritudinium dimisit in Desorption (regeneratione), cum pressura paulatim guttae ad desorption pressura.
Adsorbent turrim est alterna adsorption, intelliguntur pressura et desorption processus ad consequi continua hydrogenii output. Hydrogenii-dives Gas intrat ratio, sub quadam pressura. Hydrogen rich gas from bottom to up through the adsorption tower filled with proprietary adsorbent, CO / CH4 / N2 stays on the surface of the adsorbent and H2 penetrates the bed as the adsorption component. Extra hydrogenii output terminus ex productum collected a summo de adsorption turrim. Cum ad adsorbent in lecto est saturatum per co / Ch4 / N2, Hydrogenii dives virgas ad alias adsorption turres. In processus of adsorption-desorption, ad adsorption turrim tamen habet quaedam pressura productum hydrogenii, usura hac parte pura hydrogenii ad alias pari pressura et in ad adsorption turrim, etiam in pressura in ad apornion turrim, etiam in pressionem ad adscription in turrim, etiam ad consequi ad adscription in turrim, etiam ad consequi ad adscription in turrim, etiam in pressionem ad adscription in turrim, etiam ad consequi ad adscription in turrim, etiam ad consequi ad in ad aporption turrim, etiam ad consequi ad in ad adsorption turrim, etiam ad consequi ad adscription in turrim, etiam ad consequi ad in ad adsorption turrim, etiam ad consequi ad in ad aporption turrim, etiam ad consequi ad in ad aporption turrim, etiam in pressionem ad adscription in turrem, etiam ad consequi ad adscription in turrim, etiam ad consequi ad adscription in turrem, etiam ad consequi ad ad Hydrogen Separatio.
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