Sentence examples for the conversion technology from inspiring English sources

A simulation of the biomass conversion is used to find process parameters of the conversion technology.

Carl Theunis, who owns one of the farms, in Wisconsin, said he had 2,500 dairy cows and had invested more than $2 million in the conversion technology.

The conversion technology could even be applied to the computer-animated sections of films like "Men in Black" or "Star Wars: The Phantom Menace".

But with the huge spread between oil and gas prices, and predictions of oil topping $100 a barrel next year, the conversion technology could be a "a money-maker for whoever is a first mover in that space".

Bourtsalas explained that while mass burning plants can process over 1,000 tons of solid waste a day, the conversion technology plants in Japan process only about 100 tons a day; they are in the pilot stage.

To compare the net avoided GHG emissions stemming from biochar with those from bioenergy production, we apply the same model and sustainability criteria, but assume complete combustion to liberate the maximum possible energy, rather than slow pyrolysis, as the conversion technology.

In this analysis, in order to have a complete understanding of energy conversion associated with the energy sources, the conversion technologies are reviewed in terms of the operation principles of the conversion devices from transducers to rotating machines.

The results show that the efficiency of DHS is mainly affected by the energy source and the conversion technologies, but also the network losses have a crucial impact on the overall performance.

Among the conversion technologies for the biofuel production from the micro algal biomass, thermochemical conversion is an enduring sustainable alternative path in the view of engineering as this process utilizes all kinds of the biochemical moieties from the micro algal biomass cellular constitution.

This chapter discusses the theoretical and practical issues concerning utilization of seafood processing by-products as valuable resources for energy production, and reviews the conversion technologies that could be used to convert such materials into bio-fuels in the forms of bio-diesel and bio-gas.

This helps to identify key parameters for clustering the conversion technologies (e.g., feedstocks, installed capacities etc).