The phrase "a highly efficient process" is correct and usable in written English.
You can use it when describing a method or system that operates with minimal waste and maximum productivity.
Example: "Our new software implementation has resulted in a highly efficient process that saves time and resources."
Alternatives: "an extremely effective method" or "a very productive procedure."
Breaking down pigs was a highly efficient process known as the disassembly line — an idea that would later be reverse-engineered by Henry Ford to produce automobiles.
They kept going with the help of on-site, natural-gas-fired plants that both generate electricity and channel residual heat into heating systems, a highly efficient process called cogeneration.
Chemical refining is a highly efficient process that has driven industrialisation and globalisation.
Tri-reforming of methane has proved to be a highly efficient process for obtaining synthesis gas suitable for use in the Fischer Tropsch process and methanol synthesis.
While the photocatalytic degradation of dyes and other pollutants from wastewater by titanium dioxide (TiO2) is recognized as a highly efficient process, the cost of using UV radiation still prevents it from large-scale application.
With the synthesis reactor operated at high-pressure levels and with synthesis gas made of hydrogen and nitrogen, a highly efficient process design is necessary in order to meet the requirements in terms of cost-efficiency and environmental impact.
Thus, the combination of enzymatic and chemical hydrolysis, selective precipitation together with membranes technology lead to the formulation of a quick and highly efficient process (15%, w/w) with low consumption of reagents and high purity for the chondroitin sulphate (I = 99%) obtained.
In summary, we have developed a simple and highly efficient process for chiral amine synthesis employing ω-TA biocatalysts.
Further investigations in a mini pilot plant reveal a very simple yet highly efficient process design.
From the perspective of sustainability, the rational use of biomass-derived feedstocks for photocatalytic H2 production is a feasible, proven and highly efficient process.
The avoidance of substrate movement and process interruption, together with accurate process control, guarantees a very stable and highly efficient process with high reproducibility of the coating on 8″ substrates with a film thickness uniformity of ± 1%.
