The phrase "substantial removal" is correct and usable in written English.
It can be used in contexts where a significant amount of something is being taken away or eliminated.
Example: "The project required substantial removal of debris before construction could begin."
Alternatives: "significant removal" or "considerable removal."
Wide wheels allow substantial removal rates.
Although the marsh flow-way showed substantial removal of particulate N, the wetland released dissolved inorganic N fractions.
Stability and reusability of the MIPs up to the 5th cycle meant that they could be applied repeatedly without losing substantial removal ability.
The substantial removal of amorphous carbon deposited on the truncated conical layer-stacked nanotubes by controlled air oxidation was a critical precondition to cut the nanotubes without substantial structural degradation.
Water was chosen as the adsorption buffer over MgCl2 solutions since it maximised pDNA yield (96.2 ± 4.9%) and protein removal (61.3 ± 3.0%), while providing for a substantial removal of RNA (65.5 ± 3.5%) and gDNA (44.7 ± 14.1%).
However, at a very high initial arsenic concentration in solution (750 mg/L), the dissolution of iowaite and subsequent formation of new minerals, such as scorodite and karibibite, are responsible for the substantial removal of arsenic from water.
More difficult is the quantification of forest degradation, where even substantial removals of biomass do not necessarily lead to a pronounced reduction of canopy cover.
Regarding the fabrication processes, the central parameters of droplet etching which differ from droplet epitaxy involve a low group V flux to avoid crystallization of the droplets, as well as higher temperatures allowing substantial substrate etching and material removal.
Because Phlox is a small herbaceous plant with terminal flowers, it often suffered complete flower loss and substantial leaf removal under the meristem removal treatment.
In addition, the through-hole flow provides substantial heat removal from additional surface of the holes.
This paper presents an industrial viewpoint on designing for energy integration in processes with substantial water removal (e.g. bio-processes) to ensure dynamic controllability.
