IT’S not an overstatement to claim that the modern world would not be the same as we know it without catalysis. From fuel to fertilisers, from food to pharmaceuticals, from plastics to energy production, this technology has revolutionised our daily life in every aspect. Since the 21st century, this technology has played a key role in addressing some of the new challenges in creating alternative processes for producing chemicals and fuels, reducing the impact of pollution on the environment, and reducing waste and harmful by-products in manufacturing.
D'Agostino C (2016). Catalysing change: Key challenges in catalysis and a need for cross-discipline collaboration. CHEMICAL ENGINEER, 903, 35-37.
Catalysing change: Key challenges in catalysis and a need for cross-discipline collaboration
D'Agostino C
2016
Abstract
IT’S not an overstatement to claim that the modern world would not be the same as we know it without catalysis. From fuel to fertilisers, from food to pharmaceuticals, from plastics to energy production, this technology has revolutionised our daily life in every aspect. Since the 21st century, this technology has played a key role in addressing some of the new challenges in creating alternative processes for producing chemicals and fuels, reducing the impact of pollution on the environment, and reducing waste and harmful by-products in manufacturing.I documenti in IRIS sono protetti da copyright e tutti i diritti sono riservati, salvo diversa indicazione.
