The ability of selected filter materials in removing nutrients, metals and microplastics from stormwater in biofilter structures.

Abstract:

:Creative solutions to manage stormwater include ecologically based designs, such as biofilter structures. A laboratory experiment was established to study the ability of biofilters to remove nutrients, metals, total suspended solids (TSS) and total organic carbon originating from roadside stormwater as melted snow. Special attention was paid on the removal of phosphorus (P). In addition, the fate of microplastics (MPs) in the biofilters was followed. The materials selected for biofilters were crushed light-expanded clay aggregates without biochar or amended with biochar, Filtralite P® clay aggregates, crushed concrete or filter sand. A layer to support grass growth was placed above these materials. Stormwater was rich in TSS with associated P, and metals, which were substantially retained by all biofilters.Filtralite and concrete had almost 100% P removal, but the high pH had adverse effects on plants. Light-expanded clay aggregates had lower retention of P andwhen mixed with biochar (30% v/v), the leaching of P increased, while nitrogen retention was improved but . None of the materials was ideal for treating both nutrients and metals, but sand was generally best. Vegetation improved nitrogen retention and stormwater infiltration. Plant roots formed preferential pathways for water and associated substances, evidenced by the accumulation of MPs along root channels. No MPs were found in discharge. Given the high loading of suspended solids and associated contaminants in snow-melt from traffic areas and their efficient retention in biofiltration, results of this study suggest the implementation of such stormwater management solutions along road verges. This article is protected by copyright. All rights reserved.

journal_name

J Environ Qual

authors

Kuoppamäki K,Lima SP,Scopetani C,Setälä H

doi

10.1002/jeq2.20201

subject

Has Abstract

pub_date

2021-01-22 00:00:00

eissn

0047-2425

issn

1537-2537

pub_type

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