The phrase "achieve process efficiency" is correct and usable in written English.
It can be used in contexts related to business, operations, or management where the goal is to improve the effectiveness and productivity of processes.
Example: "Our main objective this quarter is to achieve process efficiency in our manufacturing operations to reduce costs and increase output."
Alternatives: "attain operational efficiency" or "realize process optimization".
Nevertheless, a number of parameters that govern the process need to be optimized in order to achieve maximum process efficiency.
This will serve to minimize the workloads of all agents, thus achieving overall process efficiency.
Increasing demand for therapeutic proteins have triggered manufacturers to consider continuous upstream technologies to achieve greater process efficiencies; however, such technologies have an inherent variability, resulting in output streams of varying compositions and properties.
The results also indicate that if the reactors are operated in a normal pulse-fed fashion, wherein some feed biodegradation will occur naturally as well as earthworms born in the reactors will hasten feed utilization, it may be possible to achieve near 100% process efficiency at solid retention times of 15 to 20 days.
However, much work needs to be done in order to achieve the desired process efficiency.
The results also indicate that if the reactors are operated in a normal pulse-fed fashion, wherein some feed biodegradation will occur naturally as well as earthworms born in the reactors will hasten feed utilization, it may be possible to achieve a near 100% process efficiency at solid retention times of 15 to 20 days.
As multiple factors affect the laser wood cutting process, finding the optimal combination of process parameters is necessary to achieve good quality and high process efficiency.
Improving the performance of the cadmium biosorption in terms of the process efficiency can be achieved through the optimization, which provides an idea about the best operational condition to yield the best possible response (adsorption) (Witek-Krowiak et al. 2011).
Hence the process efficiency can be made substantially higher than achieved in the experiments.
This review paper will help to a budding researcher how to optimize the irradiation process to achieve high efficiency with low electron beam energy which is economically viable/feasible.
