Global ETD Search

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Showing 1 to 2 of 2 for “"Recalcitrant molecules"”.

  1. The microbial biochemistry of slow sand filters.

    … of aquatic humic substances which are large recalcitrant molecules. Therefore, the colour of the water containing these non-biodegradable humic substances is scarcely affected by slow sand filtration, making the colour of the filtered water to the customer inconsistent. To meet the European …

    rgu Repository record for The microbial biochemistry of slow sand filters. (opens in a new tab)

  2. The Biodegradation of Certain Components of Town Waste by Thermophilic Fungi

    … non-biodegradable and a process in which these recalcitrant molecules could be recycled was described. All nineteen thermophiles tested were shown to actively produce esterase enzymes when grown upon ester plasticisers, Finally, all thermophilic fungi under test were able to produce humus …

    aston Repository record for The Biodegradation of Certain Components of Town Waste by Thermophilic Fungi (opens in a new tab)