Understanding solid dissolution in polar binary solvents showing maximum or minimum solubility phenomenon is essential for the design and operation of anti-solvent crystallization process.
This work presents an evaluation of the operation of alternative solvents for post-combustion CO2 capture under varying process conditions.
A PID controller able to support the operator in the operation of the Multi-column Countercurrent Solvent Gradient Purification (MCSGP) process which is a continuous, countercurrent chromatographic process has been developed.
A general model capable of simulating the operation of a polymer-based, solvent-activated, symmetrical three-layer (ABA), or equivalently two-layer (AB with the B surface blocked), matrix-controlled release (MCR) device, is presented and used for a parametric investigation of predicted release kinetics covering a much wider range of conditions than previously studied.
During the operation of Li-ion batteries (LIBs), solvent and electrolyte decomposition takes place at the electrode surface to form a so-called solid-electrode interphase (SEI) passivating-layer.
Batch operations are also treated for the two practically significant cases of solvent re-circulation and "once-through" mode of operation.
In this work, we evaluate four distinct strategies for flexible operation of CCS power plants: load following, solvent storage, exhaust gas by-pass and variable solvent regeneration (VSR) for coal- and gas-CCS power stations.
The European Central Bank's provision of three-year loans to banks under its two Long-Term Refinancing Operations in late 2011 and early 2012 reduced the risk of solvent banks collapsing because they could not borrow.
A similar optical behavior was found in the liquid phase chemosensor; however, our solid device presents several advantages that are related with (i) the easy operation of the device, (ii) special solvents that are not needed, (iii) the higher stability of the fluorescent derivative when immobilized in the solid support, and (iv) the possibility of portability.
The main objectives of liquid liquid extraction operations (i.e. maximization of solute recovery and of solvent saturation by solute) serve as the basis of this presentation.
