Sentence examples for both batch and bench-scale from inspiring English sources

The final products of nitrate degradation in both batch and bench-scale experiments were NO2−, NH4+, and N2 gas).

As a comparison, the CoMo catalyst exhibited better hydrogenolysis while the NiMo catalyst showed better hydrogenation activity in both micro-flow and bench-scale reactors.

The process, called galvanic stripping, has been demonstrated on both beaker and bench scale continuous levels.

Preliminary tests at both pilot and bench scales confirmed the in situ generation of co-monomer with a Cr/Ti/SiO2 catalyst and TEAl.

Theoretical considerations on the effect of operative parameters on the performances of the process were confirmed by electrocarboxylation experiments performed in undivided cells equipped with sacrificial anodes both in a bench-scale electrochemical batch reactor and in a continuous batch recirculation reaction system equipped with a parallel plate electrochemical cell.

Results show that the optimum coal concentration corresponds to the highest furnace temperature for each group of tests both in the bench-scale and pilot-scale furnaces.

Biological hydrogen production from glucose was carried out using a batch process and a bench-scale bioreactor.

Five Australian black coals were characterized and the most significant mechanisms for the in-bed generation of fine char particles were studied under pressurized fluidized bed combustion (PFBC) conditions of 1.6 MPa, 850°C, U = 0.9 m/s, 7% O2, and coal particle size 4 to 4.75 mm in a novel batch-fed, bench-scale pressurized fluidized bed of 1.3 mm silica sand particles.

Nevertheless, these studies were performed at the laboratory and bench scale.

The electrochemical detosylation of tetratosylcyclen to cyclen (1,4,7,10-tetraazacyclododecane) in aprotic solvents at a carbon cathode was investigated both in a bench-scale batch electrochemical reactor and in a continuous batch recirculation reaction system equipped with a parallel-plate electrochemical cell.

A semi-batch bench-scale visual flame cell system was designed to spontaneously ignite high-pressure flames in supercritical water as a step in evaluating the effect of presence of these flames on supercritical water oxidation of organics.