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Enhanced phytoremediation of crude oil-contaminated soil using Cynodon dactylon with nutrient and mixed liquid suspended solids amendments.

Moghadam Z, Doraghi M, Fallahizadeh S, Badeenezhad A, Alinehjad N

Phytoremediation

Crude oil spills don't stay at industrial sites — they leach into surrounding soil, groundwater, and eventually the parks, gardens, and farms nearby, and a common lawn grass may be one of the cheapest tools we have to reverse that damage.

When soil gets soaked with crude oil — from spills, leaks, or industrial accidents — it becomes toxic and nearly unusable. Scientists found that Bermuda grass, the tough turf you see on lawns and sports fields everywhere, can actually pull harmful oil compounds out of the soil through its roots. By adding a mix of nutrients and organic solids to the soil alongside the grass, the cleanup process became significantly more effective.

Key Findings

1

Cynodon dactylon (Bermuda grass) demonstrated measurable crude oil degradation capacity in contaminated soil

2

Nutrient amendments combined with mixed liquid suspended solids enhanced phytoremediation efficiency compared to unamended controls

3

The combined amendment approach represents a low-cost, plant-based strategy for petroleum-contaminated site restoration

chevron_right Technical Summary

Researchers tested whether Bermuda grass, aided by added nutrients and liquid suspended solids, could more effectively clean crude oil out of contaminated soil — a process called phytoremediation. The amendments were found to enhance the grass's ability to break down petroleum pollutants.

hub This connects to 11 other discoveries — Bermuda Grass phytoremediation, soil-health, environmental-restoration +2 more 5 related articles

Species Mentioned

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