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The quantity of waste water generated ever increasing with sugar production where a typical sugar mills consume around 2000 litres of water and generate about 1000 litres of waste water per ton of cane crushed.
Waste water generated from coffee wet-mill processing, which uses large amounts of water to remove the fruit of the seed, is often discharged untreated into the environment.
What's more, it has also been discovered that coffee waste water generates a considerable amount of greenhouse gases, particularly methane.
It generates enormous amount of waste water through different processes like sizing, bleaching, mercerizing, dyeing and printing (Sharma et al. 2013).
Moreover, the conventional method requires large volumes of water for washing steps, generating a huge amount of waste water (Wang and Chio 1998).
The production of catalytic converters generates large amounts of waste water containing Pd2+, Rh3+ and Nd3+ ions.
The amount of waste being generated sounds staggering, but it's not unusual in the disposal business.
But Keurig's success is driving another problem: the impressive amount of waste generated by K-cups.
According to the Office of National Statistics, the total amount of waste generated by households was slightly down in 2015, at 22m tonnes in total, or 407kg per person.
Though, this volume of waste is small compared to the total amount of waste generated in the economy.
The amount of waste generated in construction and demolition (C&D) processes is enormous.
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CEO of Professional Science Editing for Scientists @ prosciediting.com