The phrase 'recyclable resources' is correct and usable in written English.
You could use this phrase in a variety of contexts; for example, you could use it in an essay discussing environmental sustainability: "In order to create a more sustainable future, we must prioritize the use of recyclable resources."
The cleaner production principle of input substitution is valuable for reducing input and use of natural resources as well as increasing the share of renewable and recyclable resources.
Under stress conditions such as starvation, autophagic acitivity is greatly augmented from its basal levels, providing recyclable resources that help maintain metabolism and ATP levels for cell survival (Rabinowitz and White, 2010).
But Arrison says that the technology we're discovering to extend life will have the benefit of giving us new tools to turn waste into useful and recyclable resources.
Xylose is a recyclable resource from hemicellulase hydrolysis.
From a longer-term perspective, however, the ice would better be regarded as a limited, recyclable resource for life support (in the form of drinking water and perhaps breathable oxygen).
It's estimated that billions of old car tires remain stockpiled around the world, so this is one recyclable resource that's not disappearing any time soon.
Due to the rising trend of urbanization along with overconsumption of non-recyclable resources, the volume of municipal solid waste is increasing every day.
The development of biopolymer-based edible films could replace the use of some petrochemicals in the food packaging industry and reduce the negative environmental impact associated with packages from non-renewable and non-recyclable resources.
Assessing the energy that animals expend on locomotion is critically important, because locomotion is a mandatory feature of subsistence and energy is a finite, non-recyclable resource (Borgerhoff-Mulder, 1992), intimately tied to reproduction (Ellison, 2008).
Of the current new energy vehicles aiming to solve global energy depletion and greenhouse gas emission, the hydrogen fuel cell vehicle is well-reputed for its zero emission, high energy efficiency and recyclable energy resources.
The work shows the potential of creating all-cellulose engineering materials using only the intrinsic bonding capacity of microfibrillated lignocellulose, potentially leading to environmentally friendly panel board materials, which are entirely based on renewable resources, recyclable and biodegradable.
