Biostimulation of soil polluted 10000 ppm of waste motor oil and phytoremediation with Cicer arietinum improved by Bacillus cereus/Rhizobium etli

Juárez-Cisneros Gladys

Abstract


Soil pollution by waste motor oil (WMO) is reducing its productivity. An alternative for removing WMO from
soil is by biostimulation (BIS) applying animal manure and then phytoremediation (PR) by legume improving
with plant growth promoting bacteria (PGPB) to reduce WMO concentration at level below 4400 ppm limit permit
for the NOM-138-SEMARNAT/SSA1-2012 (NOM-138). The aims of this research were: i) to analyze soil biostimulation
polluted by 10000 ppm of WMO applying vermicompost, then subsequent soil phytoremediation
with Cicer arietinum inoculated by Bacillus cereus and/or Rhizobium etli. In soil after applying BS by VC was
measured WMO soil concentration and ii) for PR was regarded phenology and biomass of C. arietinum and WMO
concentration remaining at the end of this step. The results showed that soil biostimulated by VC, WMO was
reduced at 1370 ppm, subsequent PR sowing C. arietinum with R. etli, WMR was reduced at 30 ppm concentration
both values below to maximum value accepted by NOM-138. Those data indicate that in soil polluted by

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Journal of the Selva Andina Research Society, ISSN: 2072-9294

Indexed in: SciELO

Teaching & Biochemistry and Microbiology Investigation Department.

Carmen Pampa Rural Academic Unit.

“San Pablo” Catholic Bolivian University

Coroico - Nor Yungas – La Paz, Bolivia.