Sentence examples for feedstocks the ability from inspiring English sources

As biomass becomes more integrated into our energy feedstocks, the ability to predict its combustion enthalpies from routine data such as carbon, ash, and moisture content enables rapid decisions about utilization.

A major hindrance to the development of high yielding biofuel feedstocks is the ability to rapidly assess large populations for fermentable sugar yields.

We focused on both the entire bird community and on grassland specialists to best understand how factors intrinsic and extrinsic to bioenergy feedstocks may more broadly affect the ability of agricultural landscapes to act as important sources of migratory stopover and post-breeding habitat.

Not only does this provide the analyst with a rapid, cost efficient means to predict composition and reactivity for a relatively wide variety of feedstocks simultaneously, but also with the ability to scan large numbers of samples relatively quickly.

The selection of land on which to grow the feedstocks is a critical component of the ability of biofuels to deliver sustainable solutions.

Therefore, while composition provides the carbohydrate content for a given feedstock, it does not necessarily reflect the ability to access these carbohydrates with current pretreatment and saccharification processes.

Our results support the contention that the ability of alternative biomass feedstocks to support fall bird communities is linked to habitat characteristics at several spatial scales and that habitat characteristics favoring the settlement of specialist species differed from those favoring species richness, per se.

The technology offers a number of potential advantages, over other methods, including the ability to use mixed feedstock like wastes and lignocelluloses, the production of direct replacements for existing fuels, and no need to predry the feedstock.

Our results provide useful insights in the way different factors influence the ability to ensure a continuous feedstock supply.

Microorganisms with the ability to produce fuels from feedstock they could not use previously, are being engineered.

The internal circulation (INCI) principle is a multi-stage gasification system with the ability to efficiently convert high-ash feedstock.