The PtL plastic to liquid pilot plant allows investigations to be conducted on plastic waste upcycling. PtL is a thermal or thermocatalytic conversion of plastic waste into valuable liquid phase (low sulfur hydrocarbon)...
Co-feeding liquefied biomass (Bio-crude) with conventional feedstock in existing refineries, also known as Biomass Co-processing, is a promising option for efficient and smooth energy shift as it does require minimum technical change to running industrial plant...
The tailor made CO2 conversion pilot plant combines Hydrogen and Carbon dioxide to produce added value chemical methanol, DME, etc. or liquid hydrocarbons gasoline, jet fuel, diesel, etc.
The HTL Hydrothermal Liquefaction is a promising technology to convert a variety of material into biofuel and valuable chemical.
The Rock-Eval is particularly interesting for the study of soils, with the quantification and characterization of the one part of the hydrocarbon pollutants of the soils and of the other part of the organic matter of the soils.
The Rock-Eval 7S is very useful to assess total sulfur, organic sulfur, mineral sulfur, sulphites and sulphates in the soils and rocks.
Today, CO2 geosequestration is considered as a very promising technique to store CO2 captured from high intensity CO2 emission industries in sedimentary formations...
Several projects that deal with theoretical and pilot research on CO2 storage in geological formations are currently underway. The main objective of these projects is to find out whether the CO2 storage in geological formations is economically feasible and environmentally safe. In many countries the most perspective formations for storing this gas are connected with oil and gas reservoirs.
