Sentence examples for maximize the hydrogen from inspiring English sources

Further statistical methodology was considered for optimization of process parameters to maximize the hydrogen production using heat shock pretreated inoculum.

The desired anode water distributions could be maintained via control of the anode channel conditions (boundary value control) with the ultimate goal to maximize the hydrogen utilization and prolong fuel cell life.

Catalyst performance was evaluated in a packed bed reactor over a wide range of operating conditions, and reaction parameters were optimized in order to maximize the hydrogen production with minimum carbon monoxide formation.

In a modified IGCC design for carbon capture, the syngas is catalytically shifted to maximize the hydrogen level and to concentrate the carbon species in the form of carbon dioxide which can be later captured in a pre-combustion arrangement.

The composition of media for thermophilic biohydrogen production from the enzymatic hydrolysate of cellulose fraction of sweet sorghum bagasse by Thermoanaerobacterium thermosaccharolyticum KKU19 were optimized in order to maximize the hydrogen production potential (Ps).

In this study, the operating conditions of a thermally coupled membrane reactor (TCMR) in gas-to-liquid (GTL) technology are optimized via differential evolution (DE) method to maximize the hydrogen mole fraction in the endothermic side as well as the gasoline yield in the exothermic side.

The response surface methodology (RSM) was used to find the optimum value of the process variables by maximizing the hydrogen yield in the process model.

The optimum concentration of volatile fatty acids that maximized the hydrogen production by photobacteria was determined using Box Behnken and Central Composite designs.

It was also found that for a hydrogen filling time of 3 min, adding 30% aluminum foam to the metal hydride maximizes hydrogen absorption under natural convection, whereas the addition of only 10% aluminum foam maximizes the hydrogen content under active cooling.

The mechanical testing showed that the PLA nanofiber scaffold could be converted from rigid to ductile with enhanced tensile strength, due to maximizing the hydrogen bond interaction during the heat treatment and in the presence of PVA.

The mechanical tests showed that PLA could be turned from rigid to ductile with enhanced tensile strength, due to maximizing the hydrogen bond interaction during the heat treatment and the presence of PVA.