Twin-turris PSA Oxygen Productio Unitas per officinam GSE technicam, duae columnae adsorptiones in alternas vices operantur ut totum processum pressurised oxygenii augendi ac desorptionis depressurationis regenerationis deprimentes, eliminando quodlibet tempus exiguum pro aere subrogando et perfecte occurrentem gasi exigentiis continuarum linearum productionis operantium in figurarum duarum vel trium mutationum. Adhibendo corporis aeris separationem ad temperatura ambientem, systema gradatim industrialis in-situm ditatum efficit, efficaciter superans provocationes externas procurationis cylindrici magni pressuris oxygeni et liquidi oxygenii receptaculas-including impensas emptiones, longum intervallum translationis, ac arcta reposita facultate salutis requisita.
Twin-Turris PSA Oxygen Productio Unitas Utraeque columnae nuclei adsorptionis construuntur ex chalybe carbonis speciei ad vasorum pressurae destinati. Tota cylindrica conventus stricte in obsequio speciali instrumentorum signis fabricandis fabricatur et dualem probationem non perniciosam pro hydrostatica pressione et aeris emissione officinam relinquens subivit. Tota unitas plene prae-calibrata et commissa est intra 72 horas continuae operationis plenae oneris; nexum tantum aquae, electricitatis et organorum gasorum ad commissionem stabilem requirit. Systemata completa normaizata praebentur plantis fabricandis domesticis et internationalibus, redemptores machinalis environmental, ac fornax navitas-salutaris provisoribus retrofitis servitii, cum on-site situs perlustrat praesto ad apparatum specificationum secundum specifica fluxus requisita.
Twin-Turris PSA Oxygen Productio Unita instructa cum gradu zeolito-substructio oxygenii productione cribrum molecularis instructus, ratio differentiae in diffusione adsorptionis rates inter nitrogenium et oxygenii moleculas in aere ad consequi separationem componit: una adsorptio columna operatur sub conditionibus pressuris, ubi molecula cribrum NITROGENIUM moleculae capit; summus puritatis oxygenii purificatus tunc distribuitur variis punctis applicationis on-site. Simul altera columna virgas ad modum pressionis atmosphaerici desorptionis, sino nitrogenium adsorbetum sensim cum vaporibus exhaustis relaxari, dum capacitatem cribrum hypotheticum adsorptionis restituens.
|
Model |
Oxygen Output (Nm³/h) |
Aeris Inlet |
Oxygen Output |
|
|
90% |
93% |
|||
|
OP17 |
17.0 |
13.9 |
DN32 |
DN15 |
|
OP25 |
25.4 |
20.8 |
DN40 |
DN20 |
|
OP34 |
33.8 |
27.7 |
DN40 |
DN20 |
|
OP42 |
42.3 |
34.6 |
DN40 |
DN25 |
|
OP50 |
50.7 |
41.5 |
DN50 |
DN25 |
|
OP63 |
63.4 |
51.9 |
DN65 |
DN32 |
|
OP76 |
76.2 |
62.3 |
DN65 |
DN32 |
|
OP84 |
84.6 |
69.2 |
DN65 |
DN32 |
|
OP105 |
105.8 |
86.5 |
DN80 |
DN40 |
|
OP128 |
128.9 |
105.5 |
DN80 |
DN40 |
|
OP151 |
151.6 |
124.0 |
DN80 |
DN40 |
|
OP173 |
173.0 |
141.2 |
DN80 |
DN50 |
|
OP220 |
220.0 |
180.0 |
DN100 |
DN50 |
|
Model |
Apparatus Location (mm) |
Pondus (kg) |
Oxygen Buffer Tank |
||||
|
L |
W |
H |
Oxygen Lacus Vol. |
Magnitudo mm） |
Pondus kg） |
||
|
OP17 |
1820 |
830 |
2000 |
1140 |
0.3m³ |
φ550×1550 |
110 |
|
OP25 |
2000 |
900 |
2350 |
1430 |
0.6m³ |
φ650×1950 |
164 |
|
OP34 |
2000 |
920 |
2520 |
1620 |
0.6m³ |
φ650×1950 |
164 |
|
OP42 |
2040 |
990 |
2480 |
1930 |
1.0m³ |
φ800×2130 |
225 |
|
OP50 |
2250 |
1050 |
2520 |
2460 |
1.0m³ |
φ800×2130 |
225 |
|
OP63 |
2500 |
1150 |
2710 |
3010 |
1.5m³ |
φ950×2250 |
262 |
|
OP76 |
2600 |
1150 |
3000 |
3390 |
1.5m³ |
φ950×2250 |
262 |
|
OP84 |
2600 |
1250 |
2870 |
3810 |
1.5m³ |
φ950×2250 |
262 |
|
OP105 |
2800 |
1600 |
3350 |
4960 |
2m³ |
φ1000×2780 |
335 |
|
OP128 |
2820 |
1830 |
3800 |
5600 |
2m³ |
φ1000×2780 |
335 |
|
OP151 |
3200 |
1950 |
3600 |
6410 |
3m³ |
φ1200×2900 |
500 |
|
OP173 |
3200 |
1950 |
3550 |
6750 |
3m³ |
φ1200×2900 |
500 |
|
OP220 |
3320 |
2000 |
3755 |
8580 |
4m³ |
φ1400×2900 |
580 |
Oratio
Aedificium 13-1, No
Tel
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