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.
Biogas has been introduced as a green fuel source, and the industry has grown significantly since the early 2000s. Several technologies are used to upgrade the raw biogas, but some challenges remain.
CO2 enrichment is used in greenhouses of different sizes to enhance plant growth and yield. Besides other methods, the combustion of gas or other fuels can be used to increase the levels of CO2.
To reach the goals of the Paris Agreement, producers have to rethink the way of producing goods in order to eliminate waste and continuously use available resources. This includes reuse, refurbishing.
The global trend towards fossil fuel depletion and our dependency on them to manufacture fine chemicals have led to sustainable feedstock research. In this search, waste biomass's valorisation is.
In the pharmaceutical industry, drug delivery presents several challenges to find the safest, fastest, and reliable way to administer drugs. Cutaneous administration represents a convenient route due.
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