New materials for high efficiency oxygen concentrators

New materials for high efficiency oxygen concentrators

By | Adsorption, Gas Capture and Sequestration | 1 Comment

With the spread of the corona virus and the resulting respiratory diseases, the medical teams all over the world fight hard to save their patients. Providing oxygen to these patients is critical..

Picking a single grain - purification of nobel gases

Picking a single grain - purification of nobel gases

By | Adsorption, Gas Capture and Sequestration | No Comments

The specific characteristics of inert gases – e.g. they are almost non-reactive and non-flammable – make them perfect for application in lighting, welding, medical applications or diving gear..

Getting beyond the possible: Separating value-added products out of petrochemical feed stocks

Getting beyond the possible: Separating value-added products out of petrochemical feed stocks

By | Gas Capture and Sequestration, Petrochemicals | 3 Comments

More than 39% of the fossil fuels consumed nowadays are based on crude oil, making it the largest single form of energy consumed. In recent years, 107 million barrels of crude oil were used.

MOFs taking on gas-purification: The semiconductor industry

MOFs taking on gas-purification: The semiconductor industry

By | Cleanrooms, Gas Capture and Sequestration | No Comments

The semiconductor industry relies heavily on highly purified gases for their production processes. Metal-organic frameworks (MOFs) have shown great potential in gas purification and other.

How MOFs save the climate from CO2 and other greenhouse gases

How MOFs save the climate from CO2 and other greenhouse gases

By | Adsorption, Carbon Capture, Carbon Dioxide, Gas Capture and Sequestration | 1 Comment

Global temperature has been on the rise since the birth of the modern industrial revolution after World War II. The subsequent effects have currently led to over 400 ppm of CO2 in the.