The phrase "an efficient water" is not correct and does not convey a clear meaning in written English.
It could be used in a context discussing water usage or management, but it would need additional context to clarify what is meant by "efficient water."
Example: "The city implemented a new system for an efficient water supply to reduce waste and ensure sustainability."
Alternatives: "a resourceful water" or "an effective water solution."
Improvements like installing a biomass stove or an efficient water heater will be eligible.
Therefore, evaluation of the level of transactions costs is an important precursor to establish an efficient water market.
As a result, the highly phase-separated catalyst layer shows promising aspects as an efficient water protective layer with catalytic activity.
We surmise that considering the aforementioned factors should assist in designing an efficient water splitting PC, eventually triggering technological advancements in this field.
SLM options should consider interventions to contrast geomorphological instability, the promotion of climate smart agriculture and of typical products, and an efficient water resources management.
Sub-surface irrigation with porous clay pipe can be an efficient, water saving method of irrigation for many less developed arid and semi-arid regions.
These results demonstrates that Cs2.5H0.5PW12O40 is an efficient water-tolerant solid acid.
Based on the analysis, a reference is produced for selecting the initial diameter dimension which is used to design an efficient water-lubricated plain bearing under the given load and rotational speed.
The development of solar water-splitting systems provides a route to renewable H2.[ 1] A prerequisite for an efficient water-splitting process is the availability of highly efficient, inexpensive, and stable catalysts for H2 and O2 production.
In general, an efficient water-splitting process is highly dependent on three factors: efficient light absorption by the photocatalyst, efficient charge-carrier separation, and efficient surface reaction (charge utilization).
