| 451 - 451 |
The devil hides in the detail
[Anonymous] |
| 455 - 456 |
AchemAmerica 2005: High technological demand in Mexico
[Anonymous] |
| 473 - 485 |
Developments and perspectives of pressure-driven membrane processes
Peters T, Kraume M |
| 487 - 503 |
Membrane technology in the process industry - Polymers of membrane materials
Rosler HW |
| 505 - 515 |
Process simulation of pressure-driven membrane processes
Schipolowski T, Wozny G |
| 517 - 526 |
Characterisation of membranes
Scharnagl N, Schossig M |
| 527 - 537 |
Membrane processes for the separation of organic vapours in the chemical and petrochemical industry
Ohlrogge K, Wind J, Scholles C, Brinkmann T |
| 539 - 548 |
Membranes for combustible cells
Ruffmann B, Rohland B |
| 549 - 558 |
Membranes as catalyst agents
Schomacker R, Schmidt A, Frank B, Haidar R, Seidel-Morgenstern A |
| 559 - 564 |
Nanofiltration with ceramic membranes
Voigt I |
| 566 - 572 |
The industrial use of nanofiltration - Potentials, experiments and limits
Samhaber WM |
| 572 - 582 |
Filtration with ceramic membranes - Application examples from the chemical- and food industry
Bolduan P, Latz M |
| 583 - 588 |
Uses and problems of nanofiltration in the food industry
Samhaber WM |
| 589 - 592 |
Too sour? - Not for membranes!
Lyko M |
| 593 - 599 |
Fouling in membrane vitalisation reactors: Experiments in the enterprise with discontinuous slurry outlet
Drews A, Vocks M, Iversen V, Lesjean B, Kraume M |
| 600 - 602 |
Production-integrated environmental protection with innovative membrane technology
Brickwedde F, Schwake M |
| 603 - 608 |
Circuitry of process watering and resource fractions
Reinhardt E, Nurminen P |
| 609 - 616 |
Reaction-technical aspects of the enzymatic production of NADPH in the enzyme-membrane reactor
Mertens R, Wandrey C, Liese A |
