The results of laboratory-scale experiments and parametrical analysis indicate that the CO2 absorption performance of nanomaterials is maximized when they exhibit a high surface area, high thermal conductivity, small cluster size, and magnetic properties, which can be explained using the proposed ...
Because it is challenging to have regular or continuous access to multiple remote peatland locations in wintertime to perform in situ flux measurements, laboratory experiments with field samples can help with the calibration of model parameters (for example,Q10values as discussed above). The lab envir...
Over the past decade, and at present, research has been built upon measuring the effects of variables such as pressure, temperature, and anion/cation choice. Results have shown high carbon dioxide solubility in what have become known as conventional ionic liquids. They are defined as ILs that d...
The concept of material balance approach is explained to established the mechanism of CO2(g) mitigation through bacterial route. The obtained results pave the way for further development of CO2 utilization technology at larger scales.doi:10.1007/s40518-020-00149-1Abhishek Anand...
forming a distinct S-shaped curve. It is also found that grain sorting has an impact on how well the CO2saturation values conform to the fitted S curve. However, with just eight bedforms, the limited size of the simulation results hinders deeper understanding. Therefore, the novelty of the ...
These included microscopic imaging at the Lab’s Center for Functional Nanomaterials (CFN) Electron Microscopy facility, computational modeling studies, and physical and chemical characterization studies at Brookhaven Lab’s National Synchrotron Light Source II (NSLS-II) using the Quick X-Ray Absorption ...
The results indicate that the photocurrent generated reaches –32 mA cm−2, this is lower than the current density achieved during the characterization tests, explained by a reduced conductivity in gas phase tests. Regarding formate production, the concentration obtained is 63.8 g L−1...
To date, the BICCU technology has only been reported in lab-scale proof-of-concept experiments, to a TRL of 2. However, a strong point of the concept is that it combines elements of mature technologies—amine-based carbon capture, and biological methanation. Both have a TRL of 7–9—...
3e). However, with the conversion of bulk Mo2N to MoO2, the active MoOx surface could not be regenerated, which explained why the initial intensity of the H2O signal in Fig. 1e continued to decrease with the increase of the number of the treatment cycles. In brief, during the CO2 ...
Unlike traditional organic solvents, an increase in the number of carbons in the alkyl group increases the viscosity of ILs due to the presence of hydrogen bonding and van der Waals interactions, as will be explained later. Experimental results showed that the best model to predict the density ...