Furthermore, the other two major components, xylo-oligosaccharides from hemicelluloses and the recovered lignin, can also be converted into high value-added products.
Heavy aromatic feed materials can in principle be converted into higher value petrochemicals that are also mixtures, for example, lubricity improvers, emulsifiers and greases.
Additionally, after subsequent alkali fractionation, 8.14 to 12.22 kg lignin for 100 kg of initial fiber was recovered, which could be converted into high-value materials.
As discussed previously, the chosen agricultural species could be of high economic interest in countries in the Mediterranean basin, due to the high amount of lignocellulosic residues that are currently underutilized and whose potential to be converted into high-value biofuels has hardly been explored.
Its many warehouses have been converted into high end lofts.
Many studies have shown that important amounts of lignocellulosic biomass can potentially be converted into different high value products including bio-fuels, health promoting biomolecules, and inexpensive energy sources for microbial fermentation and enzyme production [1].
However, later patents [5, 6] revealed the benefit that two low value molecules can be converted into two higher value-added molecules potentially under milder conditions if the hydrogen donor is an alkane while the hydrogen acceptor is an alkyne or alkadiene.
Glycerol can be converted into various high-value products via either chemical transformations or biological conversions [ 4, 5].
However, when the attenuation correction is provided by CT, Hounsfield units (HU) originating from photons with a mean energy of 100 to 140 keV must be converted into the higher PET keV values (511 keV).
The items are summed up for the specific subscales with high values representing high levels of QoL and may be converted into T-values (T > 45 are considered above average).
These can be converted into 21 values of log Ks.
