Sentence examples for integrated utilization of from inspiring English sources
COFI emphasized enhancement of inland fish production through integrated aquaculture-agriculture farming systems and integrated utilization of small and medium-size water bodies.
From the point of view of the integrated utilization of lignocellulosic biomass, organosolv pretreatment provides a pathway for the biorefining of biomass.
Aim of this work is to study the possibility offered by the integrated utilization of Chemical Imaging (CI) based techniques in order to obtain a good quality SRF characterized by a low content of PVC derived packaging to be used for the production of thermal energy.
In this paper, an integrated utilization of analytic keyhole theory, B-plane mapping, and planetary encounter geometry, augmented by direct numerical simulation, is shown to be useful in determining the impact risk of an asteroid with the Earth on a given encounter, as well on potential future encounters via keyhole passages.
Concentrated NSF-CAES can be used to the construction of energy internet, and realize the integrated utilization of various energy sources.
The dehydrogenation process is not only of great significance for the integrated utilization of C4 hydrocarbons made from oil refining, and broadens the feed resources for manufacturing MTBE, MMA, butadiene, synthetic rubbers, etc.
In recent years, a method different from the traditional one, has been developed to integrate utilization of waste heat and mass of hot slag, which has as an objective to prepare value-added materials and to establish a much cleaner production.
It presents integrated approaches for complete utilization of these wastes in recovering valuable by-products and/or ingredients, while succeeding total depollution (zero waste).
A simple and cost effective long reach spectrum sliced WDM-PON architecture for 32 users is proposed in which multiple PONs are integrated which further increase utilization of bandwidth and network sharing between the users.
An entire targeted proteomics pipeline has been integrated into YPED, which enables utilization of our custom peptide spectral library database (see below) to facilitate peptide and MRM/SRM transition selection for global targeted proteomic analysis, tools for method export, and an interface for collation of quantitation data results and review.
As Carbon Capture and Storage slowly gets accepted and integrated as a mean for cleaner utilization of fossil fuels, the integration of capture, transport and storage becomes a key component to properly design a CO2 network.
