This work proposes a method of simulating the performance of continuous nanofiltration processes by means of experimental runs performed on a laboratory set-up equipped with a spiral-wound module working in batch recirculation mode.
Computational tests, as well as extensive pilot runs performed by the organisation's personnel, show that this approach achieves excellent performance, both in terms of the service level and total travelled distance.
In all runs performed, gold leaching was not detected.
The first test runs, performed in a simulated environment, were encouraging and showed good prediction capability.
We present homing runs performed by an autonomous mobile robot in an office environment.
Isothermal runs performed at 900 °C on the catalysts showed stable reaction product concentrations, consistent with equilibrium.
The scaling of the accelerated algorithms are verified by test runs performed on a one-dimensional model.
The RRBS libraries contain fragments of 40 220 bp and the sequence runs performed for the study were of 100 bp.
Effects on upper tropospheric - lower stratospheric (UTLS) chemistry have then been studied with appropriate full chemistry runs performed by three CTMs.
In this report, an overview of the experiment and an analysis of engineering runs performed in February and June are presented.
Such long wait times constitute a bottleneck limiting the number of compilation runs performed in a day; thus limiting to FPGA adaptation in modern computing platforms.
