The paper presents some approaches to the design process of pumping equipment, whose implementation has enabled the company HMS GROUP to optimize the designing process itself, therefore promptly supply consumers with modern highly efficient pumping equipment.
Albeit these studies are quite heterogeneous concerning their foci (e.g., technologies studied) and overall research question, methods (e.g., questions asked, comparative approach, or focus on just one technology), and sample size (between 30 and 1023, see Table 1), they all address similar crucial questions on users' decisions for the implementation of heat pump technologies at a household level.
Due to desirable operational and implementation characteristics, charge-pump phase locked loop (CP-PLL) systems are the architecture of choice for a variety of embedded frequency synthesis applications.
Furthermore, the implementation of microfluidic pumps enables constant nutrient and gas exchange during cell cultivation and allows the investigation of long-term infection processes.
Finally, in this paper, we describe the implementation of a pumping system for delivering small amounts of fluid across the array together with an optical signal treatment.
We also present a gas recombination device that makes possible the implementation of this pumping technology into a closed-flow loop where electrolytic gases are converted into water and reclaimed by the system.
The implementation of heat pumps in spray-drying facilities is typically restricted by the high temperature of the exhaust air (80 100 °C), which is out of the working domain for most industrial vapour compression heat pumps [3, 4].
One of the first things that I found out was even though MySpace and Facebook have both created services that are similar in the fact that they're finally able to capitalize on the data that millions of people are pumping into them daily, their implementation, strategy and vision couldn't be any more different.
A programmable logic controller (PLC) controlled the implementation of the pumps, valves and the length of every operational batch cycle.
