The phrase "viable production" is grammatically correct and can be used in written English.
It is often used to refer to the production of goods or services that are feasible, practical, and likely to be successful. Example: The company's new strategy focuses on increasing efficiency and reducing costs in order to achieve viable production in the highly competitive market. Another example: The government is implementing policies to support local farmers and promote viable production of organic crops.
We have extended this analysis to calculate the predicted limits of economically viable production and product cost for new catalysts.
Collectively, our data contributes to the rational design of more efficient and less expensive enzyme mixtures, targeting the viable production of bioethanol and other biorefinery products.
Pastoralism offers a viable production system that enables rangelands to be used productively ( Galvin 2009) because it allows mobility which enhances pastoralist adaptation to spatial and temporal variations in rainfall and grazing resources.
Only about six of every ten lungs-on-a-chip that his team creates function — not a viable production rate for industrial-scale manufacturing.
Economically viable production of fuel ethanol from renewable biomaterials faces many challenges.
Scenarios are analysed economically and confirm benefits in the use of adsorption and viable production yields.
Ben Sprecher, who runs the Little Shubert theater Off Broadway and once ran the Promenade and the Variety Arts, both of which have closed in recent years, said there simply weren't enough viable productions Off Broadway anymore, and for various economic and cultural reasons he wasn't optimistic that would change.
Features such as genetic tractability, favorable growth conditions, well characterized biochemistry and physiology, and availability of versatile genetic manipulation tools make E. coli an ideal platform host for development of industrially viable productions.
Economically-viable production of renewable transportation fuels from lignocellulosic biomass remains a significant technical challenge at the industrial scale.
Plants with no viable pollen production were scored as sterile whereas those with viable pollen production were scored as fertile.
Our results demonstrate that ultrahigh-density cultivation is a suitable strategy towards the development of viable phototrophic production processes for cyanophycin and possibly other products of interest.
