Sentence examples for value-added materials from inspiring English sources
The phrase 'value-added materials' is correct and usable in written English
It can be used to describe materials that are made more valuable with the addition of something else. For example, "This product is made from value-added materials, making it more durable and longer-lasting."
This paper thus presents one more successful application of a plant-derived resource, sucrose, for producing high value-added materials.
A critical overview is given of the principle and practice of modern mechanochemical processes for the preparation and design of high value-added materials.
This study provides interesting perspectives for the production of renewable lignin-based aromatic polymers, demonstrating that an effective chemical modification together with tailored molecular architectures could pave the way for the development of high value-added materials from this underused aromatic feedstock.
In recent years, a method different from the traditional one, has been developed to integrate utilization of waste heat and mass of hot slag, which has as an objective to prepare value-added materials and to establish a much cleaner production.
Glycerol generated during renewable fuel production processes is potentially an attractive substrate for the production of value-added materials by fermentation.
Production of high value-added materials from residual streams originating from renewable feedstock is an interesting possibility, which has the prospective of becoming an integral part of existing pulp mills and lignocellulosic biorefineries.
He stressed that with more and more information being available online, his company's value-added material would become even more valuable.
While value-added material is intended in part to lure people away from free file-sharing services, extra songs available through bonus CD's or password-protected Web sites are often made available through file-sharing programs nearly simultaneous to an album's release.
The findings in this study indicated that compressing of OPT would be considered as an alternative to produce value-added material with enhanced properties.
Applications of GA as a value-added material, including as an antitrypsin compound (Habe et al. 2011b), a bioplastic monomer (Fukuoka et al. 2011), and novel surfactants (Fukuoka et al. 2012), have also been investigated.
The flow characteristics e.g. velocity and velocity gradients in a conventional stirred sMBR with in-line tubular membrane module for integrated production and recovery of value-added material, are studied.
