Electrolyses were performed with a pre-pilot flow plant containing a Pt/air diffusion reactor generating H2O2.
Oxygen exclusion experiments are performed in a pilot scale flow cell (2×1.1×0.1 m) using different venting flows and two different outflow boundary conditions (open and partially covered).
The exchange is natural and all Backroom requests seamlessly fit into the pilot's flow.
The attached flame however, behaves inversely: it can be brought back to the detached position by both decreasing or increasing the pilot mass flow rate, but it remains attached at all forcing amplitudes.
Nanofiltration (NF) of a model solution of different molecular weight carbohydrates (inulin, sucrose, glucose and fructose) has been studied with a pilot cross-flow unit, using a membrane with molecular weight cut off (MWCO) of 600 Da.
To confirm operation of the sampling system, gas-phase samples were extracted from the reaction zone of a 1 ton/day pilot entrained-flow coal gasifier operating at a pressure of 11 bar and at temperatures ranging from 1370 to 1540 °C.
For a collimated beam and a pilot-scale flow-through reactor, both methods resulted in similar degradation predictions.
Five pilot-scale, flow-through bioreactors containing mixtures of herbaceous and woody organic substrates along with one control reactor containing only limestone were constructed at the Tab-Simco site and exposed to AMD in situ.
The Pilot Ridge debris flow represents a later post-fire debris flow occurrence in a forested terrain and its destructive effects demonstrate the need for mitigation.
The Stanislaus Complex wildfire and the subsequent Pilot Ridge debris flow is representative of a later post-wildfire debris flow occurrence in a forested terrain (DeGraff et al., 2015).
The maximum velocity measured for the Pilot Ridge debris flow was about half the average for other debris flows in the Sierra Nevada (DeGraff, 1994).
