Sentence examples for potential remediation from inspiring English sources

His pioneering efforts galvanized national and international research toward its potential remediation.

Induced precipitation of phosphate minerals to scavenge trace elements from groundwater is a potential remediation approach for contaminated aquifers.

The transport groundwater modelling has been undertaken to assess potential remediation scenarios and provide an optimal remediation options for consideration.

The full extent and performance impact of this vulnerability and potential remediation are currently unknown as the vulnerability has not yet been publicly disclosed.

Outside of court, Parry and his staff at Temple carry out environmental audits and risk assessments and advise their clients on potential remediation liabilities and costs.

This uncertainty makes it difficult to identify potential remediation strategies, involving active debris removal (ADR), that will perform effectively in all possible future cases.

Although phytoremediation has the potential for remediation of contaminated soils, results from both modeling and field studies suggested that plants may not always enhance the remediation efficiency when the soil already has a high microbial concentration, when the contaminant bioavailability is low, or when the overall reaction is mass transfer-limited.

Modified palygorskite is a clay mineral with highly promising potential for remediation of specific organic and inorganic pollutants.

Microbiologically induced calcium carbonate precipitation (MICCP) is a naturally occurring biological process that has shown its potential in remediation of a wide range of structural damages including concrete cracks.

However, this low ureolytic activity still led to a calcium carbonate precipitation rate that was 3-4 times higher than the predicted baseline, supporting the potential of remediation approaches based on ureolytically-driven calcium carbonate precipitation for sequestration of divalent trace metal and radionuclides.

Among tested species, Typha angustifolia showed the most promising potential for remediation, reaching the highest aboveground biomass (3300 g/m2) and demonstrating maximum concentrations in tissues (34,600 mg/kg of Na, 4013 mg/kg of Mg, 904 mg/kg of P, 639 mg/kg of Mn, 191 mg/kg of Fe and 62 mg/kg of Zn) when grown in leachate filled tank for six months.