This improvement is attributed to the reduction in process static nonlinearity on account of η.
Results provide evidence that reduction in process temperatures can significantly decrease fouling rates, therefore increasing product run times.
The reduction in process time due to RF heating helped in retention of many volatile compounds in comparison with conventional hot water heating.
Biosynthesis of methanol from methane as a direct method takes place at ambient temperature and pressure which causes a considerable reduction in process costs.
Overall, the best mutant (#6) enabled a 3-fold reduction in biocatalyst loading, almost a 5-fold increase in product concentration, and a 5-fold reduction in process cycle time.
The results show that recycling technologies for PV manufacturing wastes and end-of-life modules are wildly explored and some are commercially available, although the challenges still remain in process efficiency, reduction in process complexity, energy requirements, and use of chemicals.
This step was followed by the analysis and improvement steps, where the six-sigma quality tools such as cause effect diagram, statistical process control, and substantial analysis of existing system were implemented for root cause identification and reduction in process variation.
Ned Harvey, COO of the Rocky Mountain Institute, a Snowmass-based energy consultancy, points out that although "modules are getting cheaper and cheaper and cheaper... as far as we can tell, we've seen no real reduction in process cost".
Nonetheless, it is likely that a reduction in process deviations will eventually lead to a reduction in adverse outcomes.
In the first scenario, levels in processed foods were reduced toward their technologically feasible minimum level (sodium reduction in processed foods scenario).
Sodium reduction in processed foods contributed substantially to this decrease in sodium intake, but also the consumer awareness of high sodium intake increased.
