Porous materials such as zeolites, activated carbons and MOFs are of great interest in many areas of industrial applications such as gas storage, fine chemical synthesis, energy storage, amongst.
Carbon dioxide capture and storage is of great importance for environmental and industrial reasons. Current technologies for carbon capture based on liquid adsorbents are energy-intensive. Therefore,.
Carbon dioxide is a critical ingredient in greenhouse facilities as atmospheric enrichment using this gas allows crops to achieve their potential growth. Despite the abundance of CO2, greenhouse.
Despite the efforts made to develop efficient separation technologies, biogas upgrading remains a big challenge due to the energetic requirement of typical methods like cryogenic distillation or.
In the light of the world energy requirements for cleaner sources, the use of biogas has been raised as a promising alternative. Since biogas contains a higher hydrogen-to-carbon ratio, its.
The food supply chain is a multi-step process comprising production, processing, preservation, storage, packaging, transportation, and consumption. During this process, it is essential to keep the.
The transportation sector represents one of the largest greenhouse gas emissions sources worldwide. Owing to this situation, alternative fuels like hydrogen and methane are essential in searching for.
Gas separation is a critical process in many industrial applications, to either provide high purity gases or to capture harmful ones. Yet, many separation processes rely on energy.
Gas separation processes have a great impact on the current needs of human society including medical, environmental, energy and high-value chemicals necessities. Some of the most popular.
Gas separation plays an important economic and environmental role in a variety of applications and functions. The interest in advanced methods of gas separation continues to grow. The most popular.