https://www.selleckchem.com/pr....oducts/JNJ-26481585.
The physico-chemical results revealed that the Ni(II) removal rate was 99% for 250-500 ppm metal tested, with an efficient alkalinity rate and high production of biogas, which confirmed that anaerobic digestion of microorganisms was successfully performed through the process. Finally, this anaerobic bioreactor configuration offers an accessible and ecofriendly high-rate metal removal strategy from mining and electroplating effluents.Green roofs constitute a promising technology for reintroducing lost flora in degraded urban environ
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