"Australia can achieve zero net emissions by harnessing energy efficiency, moving to a zero-carbon electricity system, switching from direct use of fossil fuels to decarbonised electricity, and improving industrial processes".
Identification and isolation of microbial enzymes are thus important steps in improving industrial processes, although only less than 1% of environmental bacteria can be cultivated in the laboratory [2], [3], [4].
Ito argues that augmentation — that is, using machine learning to improve industrial processes, workplace efficiency, and customer experiences — is the more common way to leverage the technology today, and the panel finds consensus around this idea.
Recent studies have demonstrated that the introduction of transgenes regulating protein transport or affecting post-translational modifications can further improve industrial processes for the production of therapeutic proteins in mammalian cells.
Examples: Sensors to sniff potential chemical weapons will improve industrial processes and environmental monitoring.
The "Maker Movement" centers on 3D-printers, embedded silicon chips and communications technologies to improve industrial processes.
The current high demand, coupled with therapeutic potential of biopharmaceuticals, go hand in hand with the demand in improving industrial biotechnological processes to produce biopharmaceutical molecules of higher quality and quantity.
However, the current industrial methods of degrading recalcitrant plant cell wall material remain inefficient [ 3], which has created great interest in lignocellulolytic microbial organisms [ 4], because these represent a promising source of potential enzymes for improving industrial degradation processes [ 4, 5].
The data analysis approaches presented in this study facilitated the discovery of glycoside hydrolases overexpressed under thermophilic conditions that may be useful for improving industrial enzymatic biomass deconstruction processes.
Reducing industrial sector emissions requires improving industrial production efficiency, thus lowering energy demand, and eliminating industrial process emissions.
This is especially true for the improved properties of tetrahedral amorphous carbon films, which are different from previously reported diamond-like carbon materials, and can be created by adapting and improving existing industrial processes, to offer advantages compared to earlier coatings, and hence possibilities for important new applications.
