Guidance for Beneficial Use of Soil and Non-Soil Material in the Remediation of 2025

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Soil remediation is defined as the removal of hazardous substances from soil, sediment, or surface water. This process can involve a variety of techniques that range from physical methods like excavation to chemical treatments such as bioremediation.
Soil Remediation Strategies for Your Garden: Build Raised Garden Beds Increase Microorganisms Living in Your Soil Add Natural Amendments to Your Soil Plant Cover Crops Plant Soil-Remediating Crops in Your Garden
The three main types of remediation are soil, water, and sediment. Each one requires a unique approach, and our team at AOTC has extensive experience in all three areas.
4.14 [73]. 2.1 Thermal desorption. The technology for soil remediation is thermal desorption. 2.2 Excavation or dredging. 2.4 Pump and treat. 2.5 Solidification and stabilization. 2.6 In situ oxidation. 2.7 Soil vapour extraction. 2.8 Nanoremediation. 2.9 Bioremediation.
Soil remediation refers to the strategy of managing soil to control salinity and sodicity, in order to reduce plant stress and improve productivity. This can be done through techniques such as physical and chemical remediation, bioremediation, and phytoremediation.

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Soil remediation is the process that uses to remove, degrade contaminants/pollutants to achieve soil for vegetation and a healthy ecosystem. It is a crucial process to understand based the soil nature, its organic matter, biological diversity.
Biological treatment uses microorganisms to break down contaminants into harmless byproducts while thermal treatment utilizes heat to destroy or remove contaminants from soils through oxidation or distillation processes.
Economically-feasible sustainable biological methods of soil remediation (e.g., phytoremediation, phytomanagement, bioremediation, vermiremediation) are being developed to: (i) efficiently remove contaminants from soil; (ii) decrease their bioavailability, mobility, (eco)toxicity and potential risks for environmental

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