The phrase "greatly improve efficiency" is grammatically correct and can be used in written English.
It means to significantly enhance the effectiveness or productivity of something. Example: "Incorporating automation technology into our production process will greatly improve efficiency and reduce costs."
As Grabowski explains, mediation has helped pro sports in the past and could greatly improve efficiency if applied more widely.
In such cases, establishing an organization-wide approach to decision making can greatly improve efficiency and rescue time for other purposes.
The implicit assumption is that China can greatly improve efficiency because it must still be relying mainly on wasteful, aging boilers and outmoded power plants.
For example, a system that an insurance company installs to automate its claims-handling process might greatly improve efficiency, but it will also yield information for purposes nobody articulated or anticipated.
It could be possible to form a solar cell with different layers, each designed for a specific part of the solar spectrum, something that could greatly improve efficiency compared to conventional solar cells (see "Ultra-Efficient Solar Power" and "Manipulating Light to Double Solar Power Output").
With increasing demand for online shopping, robots that can autonomously pick up the desired items from the shelves have the potential to greatly improve efficiency in the warehouse.
The proposed dynamic modeling and optimization method is capable of performing optimization with greatly improved efficiency.
This avoids the use of a traditional propeller shaft and puts the propellers in a clear flow of water, which greatly improves efficiency.
During his decade-long tenure at the top of the world's largest automaker, Mr. Smith was credited with greatly improving efficiency and transforming G.M. from a disparate group of competing brands to a unified company.
We propose a new, spectral discretization of these diffusion-generated methods which obtains greatly improved efficiency over the usual finite difference approach.
Simulation results show that the ADQEM greatly improves efficiency and accuracy of the large-deformation contact problem of the curved beam.
