The phrase 'reduce material consumption' is correct and usable in written English.
This phrase can be used in any context in which the speaker or writer wishes to advocate for the reduction of material consumption, such as in an environmental essay or a report on sustainability. For example, "In order to protect the environment, we must reduce material consumption and strive towards zero waste production."
At one point, they do recommend what would indeed be a radical alternative: "the most developed and the emerging economies must stabilise and then reduce material consumption levels".
These nanomaterials could be separated from wastewater by magnetic force, which can significantly reduce material consumption.
To improve the productivity and reduce material consumption, optimal models and approaches are the most useful tools for production scheduling problems.
Shells have the potential to considerably reduce material consumption in buildings due to their high structural efficiency compared to equivalent structures acting in bending.
Developing novel and innovative ideas to help consumers reformat their wardrobe through restyling, reusing and redesigning could maintain fashion interest, generate business revenue as well as reduce material consumption.
For future generation solar cells, semiconductor nanowire (NW) arrays have unraveled a new pathway to greatly reduce material consumption and fabrication cost while maintaining or even improving the device performance as compared with their thin film or bulk counterparts [1, 2].
The objective of this research study was therefore to apply the Material Flow Cost Accounting (MFCA) and Design of Experiments (DOE) concepts to the case study company, in order to reduce materials consumption and minimize waste.
Inkjet technology works in an additive manner, reducing material consumption and the amount of created waste.
The advantages afforded by this method are improved process efficiency and reduced material consumption relative to standard dipcoating techniques.
Compared with other toughening methods, this method achieved a more significant improvement in ductility and toughness while reducing material consumption and part weight.
As a result, the multijunction solar cell can have a subwavelength height, significantly reducing material consumption.
