"intensive processing" is a perfectly acceptable phrase in written English.
It can be used to describe a situation where something is working hard and using up a great deal of energy or resources. For example, "The computer is undergoing intensive processing, so it can be a bit slow right now."
Pretreatment has been viewed as one of the most expensive and energy intensive processing steps in the lignocellulosic biomass-to-fermentable sugars conversion process.
Although the efficiency of such conventional solar cells is high, very expensive materials and energy intensive processing techniques are required.
An initial, intensive processing step was conducted to exclude non-biodegradable components from the methane yield testing procedure.
In doing this one can reduce the size of the central storage and increase the utilisation of capital intensive processing units.
Because this blade technology differs from the dominant flake technology in LGM Hokkaido, LGM foragers were able to employ it to perform intensive processing activity to exploit critical faunal resources that may have been sporadically clumped in the landscape.
While classical sandwich materials require particular, cost and time intensive processing techniques, AFS are suitable for mass production technologies as they are known from car industry and the like.
Applications are becoming more intelligent and more data-intensive, processing ever-increasing amounts of data, incorporating machine learning and predictive engines and creating highly personalized consumer experiences.
The Mauritius Export Processing Zone, which concentrates on labour-intensive processing of imported raw materials or semifinished goods for the export market, has successfully attracted foreign investment.
Today, most solar cells are made of silicon, but they are expensive: though silicon is abundant, turning it into photovoltaics requires extensive, energy-intensive processing.
A significant fraction of the cost of solar panels comes from the photoactive materials and sophisticated, energy-intensive processing technologies.
MITEI faculty affiliates to contribute clean energy expertise to national coalition that will address manufacturing challenges in energy-intensive processing industries.
