A number of previous studies are reviewed to examine the actual reduction of NAPL from
source zones and the effectiveness of the specific technique of remediation used at sites …

We have conducted well-controlled DNAPL remediation experiments within a 2-D, glass-
walled, sand-filled chamber using surfactants (Aerosol MA and Tween 80) to increase …

The development of improved methods for remediation of contaminated subsurface systems
has emerged as a significant environmental priority. One technology that appears to have …

Beyond use in the consumer markets, detergents affect applications ranging from
automotive lubricants to remediation techniques for oil spills and other environmental …

Remediation of petroleum contaminants from aquifers is an ongoing and environmentally
relevant challenge. Non-aqueous phase liquids (NAPLs) can infiltrate groundwater …

Est-il possible de répondre au défi du développement durable en intégrant l'écologie et le
social au système économique? Comment «écologiser» l'économie? Au-delà des réponses …

The removal of chlorinated organic hydrocarbons (COHs)-DNAPLs was studied in
permeability-contrasted sandboxes with an egg-box shaped substratum. Aqueous solutions …

The use of surfactant solutions for the in situ recovery of residual NAPL in aquifers is
increasingly considered as a viable remediation technique. The injection of a few pore …

An innovative process combining surfactant foam and surfactant flushing (SF) for the
remediation of a shallow saturated soil contaminated with a dense non-aqueous phase …

Soil washing with micellar solutions is a promising alternative for the remediation of DNAPL
source zones. As with any flushing technology, the success of soil washing with micellar …