chloropyromorphite

Mussel shell (MS), cow bone (CB) and biochar (BC) were selected to immobilize metals in an army firing range soil. Amendments… Expand

Soybean stover-derived biochar was used to immobilize lead (Pb) in military firing range soil at a mass application rate of 0 to… Expand

This study investigated phosphate-induced lead immobilization from different Pb minerals in soils under varying pHs. Four soils… Expand

Despite the presence of numerous studies in the literature examining the phytotoxicity of Pb, there is a lack of precise… Expand

Phosphate addition to lead-contaminated soils can immobilize lead in situ through the formation of lead phosphate minerals such… Expand

A pilot-scale field demonstration was conducted at a Pb-contaminated site to assess the effectiveness of Pb immobilization using… Expand

Soil amendments can be used to cost-effectively reduce the bioavailability and mobility of toxic metals in contaminated soils. In… Expand

The objectives of this research were to understand the effect of aging time on chloropyromorphite stability by dissolution, to… Expand

Conversion of soil Pb to pyromorphite [Pb5(PO4)3Cl] was evaluated by reacting a Pb contaminated soil collected adjacent to a… Expand

Transformation of soil lead (Pb) to pyromorphite, a lead phosphate, may be a cost-effective remedial strategy for immobilizing… Expand