A case study is carried out to demonstrate the application of OTPPC and the cost-effectiveness of this concept is evaluated by calculating the Levelised Cost Of Energy (LCOE) for both the OTPPC and conventional CCS technology for an onshore power plant with assumption that CCS is necessary.
Excellent property and consistent numerical and experimental results of the developed LPF have confirmed the effectiveness of this design concept.
The feasibility and effectiveness of this immunotherapeutic concept have been studied extensively in pre-clinical models and in some cases also in clinical trials [ 2, 3].
The effectiveness of the concept is discussed qualitatively, focused on the merits of the separations of two functions.
By contrast, we are unduly enamored, especially in the literature on organizational effectiveness, of the concept of "learning from failure" [16, 17].
Finally, a full scale experimental set-up is built and results obtained with the set-up are given in order to demonstrate the effectiveness of the concept.
The laboratory specimen demonstrated the structural effectiveness of the concept and led to the final design and implementation of the pilot field bridge.
Under this condition, the SERS intensity was at least 5-fold higher than that of the normal Raman spectrum measured from the bacteria sample without AgNP spiking, which was proof of the effectiveness of the concept for the DEP-assisted NP-bacteria adsorption intended to enhance the Raman signal.
