| 4 - 3 |
INDUSTRIAL EXPERIENCES WITH THE BORSIGSTRASSE AND BURGKURCHEN SOLID-WASTE INCINERATORS
SCHAFERS W, LUX P |
| 26 - 25 |
SOLID-WASTE INCINERATION SYSTEM WITH RESPECT TO RECENT LEGISLATIVE REQUIREMENTS
BUTTENBENDER B, HANSEN W |
| 39 - 46 |
DISPOSAL OF SOLID-WASTE USING THE PYRO-MELT AND THE GRANULIZATION METHODS
RIZZON J, WEFING H, HOLTMEIER J |
| 47 - 51 |
DETERMINATION AND EXTRACTION OF MERCURY IN SOLID-WASTE INCINERATION
PAUR HR, BRAUN H, BUCHELE H |
| 52 - 58 |
SECURITY TECHNOLOGY AND SAFETY ANALYSIS IN SOLID-WASTE INCINERATORS
REILING W |
| 409 - 408 |
CUSTOMER BENEFIT, A CRITERION FOR THE DEVELOPMENT OF MODERN CONTROL ENGINEERING SYSTEMS
GRAF G |
| 412 - 411 |
WHAT IS VALIDATION AND WHAT IS ITS EFFICIENCY
REINS G |
| 416 - 415 |
PROGRAM FOR THE THERMODYNAMIC CALCULATION OF STEAM POWER-PLANTS
VONBOCKH P, RODRIGUEZ H |
| 421 - 420 |
PROFILE OF CAPILLARY LIQUID JETS
MITROVIC J |
| 426 - 425 |
ECO-INVENTORY FOR ENERGY-SYSTEMS - EXAMPLE REGENERATIVE ENERGY-SYSTEMS
DOKA G, FRISCHKNECHT R, HOFSTETTER P, KNOEPFEL I, SUTER P, WALDER E, DONES R |
| 432 - 431 |
THERMAL DISPOSAL OF HIGHLY MOLECULAR ORGANIC RESIDUES CONTAINING SOLID MATTERS UNDER SPECIAL CONSIDERATION OF THE NOX REDUCTION
PORSCHE T, KOPSEL R |
| 437 - 436 |
THERMODYNAMIC EXAMINATION OF A PROCESS FOR THE CONVERSION OF BIOMASS INTO LIQUID FUELS
LAMM S, ARLT W |
