Sentence examples for utilization stage from inspiring English sources
The results showed that nearly all environmental impact categories and life cycle costs were relatively high in the utilization stage.
In the CSG utilization stage, CO2 is the biggest contributor to the greenhouse effect, while for CSG extraction and transportation, CH4 is the biggest contributor.
Among the biomass systems, the bio-H2 systems result in the lowest GWP due to the biofuel utilization stage, which is the most significant contributor.
The CSG utilization stage accounts for 92.4% of the total ENI, followed by the CSG extraction stage (5.2%) and the CSG transportation stage (2.4%).
Hence, this paper reflects an attempt to operationalize and test a model of the process of external knowledge integration (EKI), consisting of an identification, acquisition, and utilization stage.
The thermal stability characteristics of multi-walled carbon nanotubes' (MWCNTs), which may represent a decomposition reaction during the production or utilization stage, involve concerns over unsafe or unknown properties.
It has been shown that the contribution of constructing and demolishing a power plant is insignificant with respect to the fuel conversion and utilization stages [21].
In the CSG extraction and utilization stages, most of the ENI is used to reduce the environmental impact of CO2 emissions, while in the CSG transportation stage, more ENI could be used to control the CH4 emissions.
This chapter presents an economic and environmental comparison of conventional and alternative vehicles and evaluates, based on actual cost data, the life cycle indicators for vehicle production and utilization stages.
While TTW accounts for the emissions and fuel consumption that result from moving the vehicle through its drive cycle, the WTT impacts results from the expended energy and emissions from bringing an energy vector from its source until its utilization stages.
It is believed that continual investments from academia, government, and industry into this field will not only shorten the distance between laboratory and practical utilization stages in any of the above reviewed areas but also open up other new range of opportunities for polymer nanofibres in biomedical and biotechnological applications.
