| 345 - 345 |
International Research in-Process Environmental and Monitoring Technology - Introduction
Cox M |
| 347 - 350 |
Clean Technology - The Idea and the Practice
Clift R |
| 351 - 356 |
Ionic Liquids for Clean Technology
Seddon KR |
| 357 - 360 |
Detoxification of Synthetic Pyrethroid Insecticides by Thermophilic Microorganisms
Maloney SE, Marks TS, Sharp RJ |
| 361 - 366 |
A Clean Technology Approach for Nuclear-Fuel Reprocessing
Griffin NL |
| 367 - 376 |
Environmentally Friendly Chemistry Using Supported Reagent Catalysts - Chemically-Modified Mesoporous Solid Catalysts
Clark JH, Butterworth AJ, Tavener SJ, Teasdale AJ, Barlow SJ, Bastock TW, Martin K |
| 377 - 380 |
Economic Design of Biofilter Systems
Gerrard AM |
| 381 - 388 |
Catalysis - The Key to Waste Minimization
Sheldon RA |
| 389 - 396 |
Electroenzymatic Processes - A Clean Technology Alternative for Highly Selective Synthesis
Devauxbasseguy R, Gros P, Bergel A |
| 397 - 404 |
Primary Processes in the Catalytic Photooxidation of P-Cresol
Clarke J, Hill RR, Roberts DR |
| 405 - 410 |
Co-Digestion of Cattle Slurry and Waste Milk Under Shock Loading Conditions
Callaghan FJ, Luecke K, Wase DA, Thayanithy K, Forster CF |
| 411 - 416 |
Adsorption-Reaction Processes for the Removal of Hydrogen-Sulfide from Gas Streams
Meeyoo V, Trimm DL, Cant NW |
| 417 - 424 |
Cleanup to Chirality - Liquid Membranes as a Facilitating Technology
Pickering PJ, Southern CR |
| 425 - 431 |
Degradation of Pentachlorophenol by Microalgae
Tikoo V, Scragg AH, Shales SW |
| 432 - 436 |
Highly Regioselective, Lewis Acid-Free Electrophilic Aromatic-Substitution
Smith K |
| 437 - 441 |
Clean Synthesis of Fatty-Acids in an Intensive Lipase-Catalyzed Bioreactor
Weatherley LR, Rooney DW, Niekerk MV |
| 442 - 452 |
The Adsorption of Pollutants by Peat, Lignite and Activated Chars
Allen SJ, Whitten LJ, Murray M, Duggan O, Brown P |
