The phrase "and efficient exploitation of" is correct and usable in written English.
It can be used in contexts discussing the effective use or utilization of resources, systems, or opportunities.
Example: "The project aims to ensure the sustainable and efficient exploitation of natural resources."
Alternatives: "and effective utilization of" or "and optimal use of".
For safe and efficient exploitation of ice-covered waters, knowledge about ship performance in ice is crucial.
A holistic approach allows for integration of companies as well as energy markets and enables an automated and efficient exploitation of demand response potentials.
With the rapid depletion of conventional oil resource, economical and efficient exploitation of heavy oil reservoirs is one of the most effective ways to meet future energy demand.
Forward stratigraphic modelling aims at representing the spatial distribution of lithology as a function of physical processes and environmental conditions at the time of deposition so as to integrate geological knowledge into the reservoir modelling workflow, thus increasing predictive capabilities of reservoir models and efficient exploitation of hydrocarbons.
Gas drainage can transform outburst coal seams with high gas content into non-outburst seams with low gas content, thereby promoting the safe and efficient exploitation of coal (as shown in Fig. 1).
Knowledge of genetic relationships among various wild species is necessary for successful and efficient exploitation of genetic diversity present in wild species, as the wild species are known to harbor genes for resistance to biotic and abiotic stresses [ 45, 11].
In recent years the JET scientific programme has focussed on addressing physics issues essential for the consolidation of design choices and the efficient exploitation of ITER in parallel to qualifying ITER operating scenarios and developing advanced control tools.
Organizations or funds to assure the development of the inventions further and facilitate more efficient exploitation of university inventions are needed in Finland.
In nature, microbes live in communities and develop cross-feeding interactions, which provide an overall increase of nutrients and a more efficient exploitation of a given environment [ 1, 2].
The hope was that this would encourage the use of a common marker set and so enable more efficient exploitation of the available genetic data for ryegrasses and fescues.
Our results may provide unified methods for clear understanding of the pore structure and fluid transport behavior in shale gas reservoirs and assist the future efficient exploitation of shale gas.
