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#soil cleanup

2 public questions tagged with this topic.

Phytoremediation uses:

Phytoremediation integrates botanical processes with rhizosphere microbial ecology for contaminant removal, transformation, containment or detoxification using living plants and their associated microbiome. Roots actively exude low-molecular-weight organic acids such as citrate, malate, oxalate, sugars like glucose, amino acids and flavonoids that function as chemoattractants recruiting plant-growth-promoting rhizobacteria including Rhizobium, Pseudomonas fluorescens, Burkholderia and mycorrhizal fungi like Glomus that colonize root surface and interior, forming beneficial biofilm carrying cat

Ref: Pilon-Smits Phytoremediation Annual Review Plant Biology 2005; EPA Phytoremediation overview 2000; PubMed plant-microbe interaction.

Biopile technique is an example of:

Biopile technique represents engineered ex situ bioremediation approach combining features of landfarming and composting but under more controlled conditions for petroleum-contaminated soils. Contaminated soil excavated from source zone, homogenized by screening to remove debris, mixed with amendments such as wood chips bulking agents enhancing permeability, fertilizers adjusting C:N:P ratio to 100:10:1, water to maintain 50 to 70 percent water holding capacity, sometimes microbial inocula, and heaped into above-ground mounds 2 to 3 meters high overlying impermeable high-density polyethylene l

Ref: EPA Biopile Design and Operation Manual 1995; Jorgensen et al. Biopile remediation Soil 2010; NCERT ex situ examples.