Opus principium:
Conditioned influat in filter zonas ex Floroculation lacus et pushed ad dimittere finem. Cum autem hiatus inter se filum telo est questus etiam angustiora pressura in leudge est questus altius et altius. Aqua separatur a leudge et fluit ex hiatus inter circulos et fixa annulos. Motus motus circulos mundus interpellat inter movens et fixum annulos et ne machina ex Blockage ..
Et percolantur sidera cuniculis erit pushed deinceps per tandem dimitti ex fine
Features:
Configurando exclusiva spiralis laminam pre-concentratio et melior pro tractando humilis retrahitur caeno.
Repositoque gravitatis type Dehydrator ad animadverto efficientem concentration de caeno.
Floroculation et concentration operating simul facit dewatering facile.
Optimize concentration slurry ad dewatering cum solenoid imperium valvae.
I. Andrulla substituunt filter panno, sui Purgato, no clogging, facile curatio.
Et dewatering screw torcular permittit continua operationem cum nihil clogging ex movens de fixa annulos et movere circulos, Purgato eo ipso. Ideo suus 'praecipue bonum ad oleum caeno optimum perficientur. Praeterea, illud non opus additional aqua ad altus-pressura dictum est ut non parvum vel secundarium pollutio erit produci.
II. Minimum celeritate operatio, humilis strepitu, humilis industria consummatio, tantum 1/8 de balteus type, 1/20 de centrifuge.
III. Redigendum sumptus de infrastructure investment, melius effectus ex curatio
Et dewatering screw torcular potest directe tractare de leudge a aeratione cisternina et sedimentation tristique
Ita quod caeno incrassatus tristique non opus est ultra.
Ideo et constructione sumptus potest esse valde reducitur et bene vitandum phosphoro releasing forsit.
Salvis sumptus de caeno incrassatus tristique et alia artifex investment.
Occupare minor regio redigendum constructione obsideri dewatering.
IV. Plene automatic imperium, facile operatio et sustentationem.
Et dewatering screw torcular non facile-obturans components sicut filter panno vel filtration pore interius.
Eius operatio est tutum et facilis. Etiam potest esse constitutus ad operari automatice via ad electec, potestate arca.
Applications:
Et caeno dewatering screw torcular potest esse late usus est variis wastewater curatio systems ut municipales, petrochemical, eget fibra, chartam faciens, pharmaceutical ratio. Etiam potest adhiberi pro lacticiniis firme stercoris curatio, palma oleum caeno, septic ductus, etc Operatio ostendit quod dewatering screw ad users.
Technical parametri
| Genus | Cruda Wastewater / vastum Active Sludge / Chemica praecipitari caeno | Dissolvi, aer caeno | Mixta Rudis Sludge | ||
| Renault Vel Sludge (TS) | 0.20% | 1.00% | 2.00% | 5.00% | 3.00% |
| Hlds-CXXXI | ~ 4kg-DS / h (~ 2.0M³ / h) | ~ 6kg-DS / h (~ 0.6M³ / h) | ~ 10KG-DS / h (~ 0.5M³ / h) | ~ 20kg-DS / h (~ 0.4M³ / h) | ~ 26kg-DS / h (~ 0.87M³ / h) |
| HLDs-CXXXII | ~ 8kg-DS / h (~ 4.0M³ / h) | ~ 12kg-DS / h (~ 1.2M³ / h) | ~ 20kg-DS / h (~ 1.0M³ / h) | ~ 40kg-DS / h (~ 0.5M³ / h) | ~ 52kg-DS / h (~ 1.73M³ / h) |
| HLDs-CXXXIII | ~ 12kg-DS / H (~ 6.0M³ / h) | ~ 18kg-DS / h (~ 1.8M³ / h) | ~ 30kg-DS / h (~ 1.5M³ / h) | ~ 60kg-DS / H (~ 1.2M³ / h) | ~ 72kg-DS / h (~ 2.61M³ / h) |
| HLDs, CCI | ~ 8kg-DS / h (~ 4.0M³ / h) | ~ 12kg-DS / h (~ 1.2M³ / h) | ~ 20kg-DS / h (~ 1.0M³ / h) | ~ 40kg-DS / h (~ 0.8M³ / h) | ~ 52kg-DS / h (~ 1.73M³ / h) |
| HLDs, CCII | ~ 16kg-DS / h (~ 8.0M³ / h) | ~ 24kg-DS / h (~ 2.4M³ / h) | ~ 40kg-DS / H (~ 2.0M³ / h) | ~ 80kg-DS / H (~ 1.6M³ / h) | ~ 104kg-DS / H (~ 3.47M³ / h) |
| Hlds, CCIII | ~ 24kg-DS / h (~ 12.0M³ / h) | ~ 36kg-DS / h (~ 3.6M³ / h) | ~ 60kg-DS / h (~ 3.0M³ / h) | ~ 120kg-DS / h (~ 2.4M³ / h) | ~ 156kg-DS / h (~ 5.20M³ / h) |
| Hlds, CCCI | ~ 20kg-DS / h (~ 10.0M³ / h) | ~ 30kg-DS / h (~ 3.0M³ / h) | ~ 50kg-DS / h (~ 2.5M³ / h) | ~ 100kg-DS / h (~ 2.0M³ / h) | ~ 130kg-DS / H (~ 4.33M³ / h) |
| HLDs, CCCII | ~ 40kg-DS / h (~ 20.0M³ / h) | ~ 60kg-DS / H (~ 6.0M³ / h) | ~ 100kg-DS / H (~ 5.0M³ / h) | ~ 200KG-DS / H (~ 4.0M³ / h) | ~ 260kg-DS / H (~ 8.67M³ / h) |
| Hlds, CCCIII | ~ 60kg-DS / h (~ 30.0m³ / h) | ~ 90kg-DS / H (~ 9.0M³ / h) | ~ 150kg-DS / h (~ 7.5M³ / h) | ~ 300KG-DS / H (~ 6.0M³ / h) | ~ 390kg-DS / h (~ 13.0M³ / h) |
| Hlds, CCCIV | ~ 80kg-DS / h (~ 40.0m³ / h) | ~ 120kg-DS / H (~ 12.0M³ / h) | ~ 200KG-DS / H (~ 10.0M³ / h) | ~ 400kg-DS / h (~ 8.0M³ / h) | ~ 520kg-DS / h (~ 17.3M³ / h) |
| HLDs, CCCLI | ~ 40kg-DS / h (~ 20.0M³ / h) | ~ 60kg-DS / H (~ 6.0M³ / h) | ~ 100kg-DS / H (~ 5.0M³ / h) | ~ 200KG-DS / H (~ 4.0M³ / h) | ~ 260kg-DS / H (~ 8.67M³ / h) |
| Hlds, CCCLII | ~ 80kg-DS / h (~ 40.0m³ / h) | ~ 120kg-DS / H (~ 12.0M³ / h) | ~ 200KG-DS / H (~ 10.0M³ / h) | ~ 400kg-DS / h (~ 8.0M³ / h) | ~ 520kg-DS / h (~ 17.3M³ / h) |
| HLDs, CCCLIII | ~ 120kg-DS / H (~ 60.0M³ / h) | ~ 180kg-DS / H (~ 18.0M³ / h) | ~ 300kg-DS / H (~ 15.0M³ / h) | ~ 600KG-DS / H (~ 12.0M³ / h) | ~ 780KG-DS / H (~ 26.0M³ / h) |
| Hlds, CCCLIV | ~ 160kg-DS / h (~ 80.0m³ / h) | ~ 240kg-DS / H (~ 24.0M³ / h) | ~ 400kg-DS / h (~ 20.0m³ / h) | ~ 800kg-DS / H (~ 16.0M³ / h) | ~ 1040KG-DS / H (~ 34.68M³ / h) |
| Hlds, CDI | ~ 70KG-DS / H (~ 35.0M³ / h) | ~ 100kg-DS / h (~ 10M³ / h) | ~ 170kg-DS / h (~ 8.5M³ / h) | ~ 340kg-DS / h (~ 6.5M³ / h) | ~ 442kg-DS / h (~ 16.0M³ / h) |
| Hlds, CDII | ~ 135kg-DS / h (~ 67.5M³ / h) | ~ 200KG-DS / H (~ 20.0M³ / h) | ~ 340kg-DS / h (~ 17.0M³ / h) | ~ 680kg-DS / h (~ 13.6M³ / h) | ~ 884kg-DS / h (~ 29.5M³ / h) |
| Hlds, CDIII | ~ 200KG-DS / H (~ 100M³ / h) | ~ 300kg-DS / h (~ 30.0m³ / h) | ~ 510kg-DS / h (~ 25.5M³ / h) | ~ 1020kg-DS / H (~ 20.4M³ / h) | ~ 1326kg-DS / h (~ 44.2M³ / h) |
| Hlds, CDIV | ~ 266kg-DS / h (~ 133M³ / h) | ~ 400kg-DS / h (~ 40.0m³ / h) | ~ 680kg-DS / h (~ 34.0M³ / h) | ~ 1360KG-DS / H (~ 27.2M³ / h) | ~ 1768kg-DS / h (~ 58.9M³ / h) |
| Genus | Ecfundo altitudo | Dimensio | Pondus (kg) | Summa Power (KW) | Baptismata consummatio (l / h) | |||
| L (mm) | W (mm) | H (mm) | Ieiunus | Operatio | ||||
| Hlds-CXXXI | CCL | MDCCCLX | DCCL | MLXXX | CLXXX | CCC | 0,2 | 24 |
| HLDs-CXXXII | CCL | MCMLX | DCCCLXX | MLXXX | CCL | CDXXV | 0,3 | 48 |
| HLDs-CXXXIII | CCL | MCMLX | CMXX | MLXXX | CCCXXX | DLXXX | 0,4 | 72 |
| HLDs, CCI | CCCL | MMDX | CM | MCCC | CCCXX | CDLXX | 1.1 | 32 |
| HLDs, CCII | CCCL | MMDLX | ML | MCCC | CDLXX | DCCXXX | 1.65 | 64 |
| Hlds, CCIII | CCCL | MMDCCCX | MCCLXXXV | MCCC | DCL | MC | 2.2 | 96 |
| Hlds, CCCI | CDXCV | MMMCCCXXX | MV | MDCCLX | DCCCL | MCCCXX | 1.3 | 40 |
| HLDs, CCCII | CDXCV | MMMDXXX | MCCXC | MDCCLX | MCCC | MMCXXX | 2.05 | 80 |
| Hlds, CCCIII | CDXCV | MMMDCLXXX | MDCXX | MDCCLX | MDCCL | MMDCCCLXXX | 2.8 | CXX |
| Hlds, CCCIV | CDXCV | MMMDCCCXXX | MMX | MDCCLX | MMCCC | MMMDCCCL | 3.55 | CLX |
| HLDs, CCCLI | DLXXXV | (IV) V | MC | MMCXXX | MC | MCM | 1.3 | 72 |
| Hlds, CCCLII | DLXXXV | (IV) CCCXC | MDCL | MMCXXX | MCM | MMMCC | 2.05 | CXLIV |
| HLDs, CCCLIII | DLXXXV | (IV) DXX | MCMLXXX | MMCXXX | MMDL | (IV) DC | 2.8 | CCXVI |
| Hlds, CCCLIV | DLXXXV | (IV) DCCL | MMDCCXV | MMCXXX | MMMCC | (VI) C | 3.55 | CCLXXXVIII |
| Hlds, CDI | DCCLIX | (IV) DCLXXX | MCX | MMC | MDC | MMMCD | 1.65 | 80 |
| Hlds, CDII | DCCLIX | (IV) CMLX | MDCCLX | MMC | MMCDL | (V) CC | 2.75 | CLX |
| Hlds, CDIII | DCCLIX | (V) X | MMDLXXXV | MMC | MMMCCCL | (VII) L | 3.85 | CCXL |
| Hlds, CDIV | DCCLIX | (V) CLX | MMMCLX | MMC | (IV) CCCL | (IX) DCLX | 4.95 | CCCXX |
