CHEMICAL ENGINEERING |
Research Lines : | |
› ENGINEERING OF SEPARATIONS AND THERMODYNAMICS | |
CHEMICAL ENGINEERING- ENGINEERING OF SEPARATIONS AND THERMODYNAMICS | |
› SURFACTANT SCIENCE AND TECHNOLOGY | |
CHEMICAL ENGINEERING- SURFACTANT SCIENCE AND TECHNOLOGY | |
› ENVIRONMENTAL ENGINEERING | |
CHEMICAL ENGINEERING- ENVIRONMENTAL ENGINEERING | |
› TRANSPORT PHENOMENA AND PARTICULATE SYSTEMS | |
CHEMICAL ENGINEERING- TRANSPORT PHENOMENA AND PARTICULATE SYSTEMS | |
› SIMULATION, OPTIMIZATION AND CONTROL OF PROCESSES | |
CHEMICAL ENGINEERING- SIMULATION, OPTIMIZATION AND CONTROL OF PROCESSES | |
› ENERGY, OIL, GAS AND BIOFUELS | |
CHEMICAL ENGINEERING- ENERGY, OIL, GAS AND BIOFUELS | |
› CHEMICAL AND BIOTECHNOLOGICAL PROCESSES AND CATALYSIS | |
CHEMICAL ENGINEERING- CHEMICAL AND BIOTECHNOLOGICAL PROCESSES AND CATALYSIS | |
› FOOD TECHNOLOGY AND ENGINEERING | |
CHEMICAL ENGINEERING- FOOD TECHNOLOGY AND ENGINEERING |
CHEMICAL ENGINEERING |
Research Lines : | |
› ENGINEERING OF SEPARATIONS AND THERMODYNAMICS | |
CHEMICAL ENGINEERING- ENGINEERING OF SEPARATIONS AND THERMODYNAMICS | |
› SURFACTANT SCIENCE AND TECHNOLOGY | |
CHEMICAL ENGINEERING- SURFACTANT SCIENCE AND TECHNOLOGY | |
› ENVIRONMENTAL ENGINEERING | |
CHEMICAL ENGINEERING- ENVIRONMENTAL ENGINEERING | |
› TRANSPORT PHENOMENA AND PARTICULATE SYSTEMS | |
CHEMICAL ENGINEERING- TRANSPORT PHENOMENA AND PARTICULATE SYSTEMS | |
› SIMULATION, OPTIMIZATION AND CONTROL OF PROCESSES | |
CHEMICAL ENGINEERING- SIMULATION, OPTIMIZATION AND CONTROL OF PROCESSES | |
› ENERGY, OIL, GAS AND BIOFUELS | |
CHEMICAL ENGINEERING- ENERGY, OIL, GAS AND BIOFUELS | |
› CHEMICAL AND BIOTECHNOLOGICAL PROCESSES AND CATALYSIS | |
CHEMICAL ENGINEERING- CHEMICAL AND BIOTECHNOLOGICAL PROCESSES AND CATALYSIS | |
› FOOD TECHNOLOGY AND ENGINEERING | |
CHEMICAL ENGINEERING- FOOD TECHNOLOGY AND ENGINEERING |