Site Remediation via Dispersion By Chemical Reaction (DCR)
Lime-based technologies-continue
METHODS AND MATERIALS - SR97_180010
Figure 1. Transportable treatment unit used on the Shemya study
Rocky Mt. Arsenal study - SR97_180012
Table 2. Descriptive chemical characterization of RMA Basin F liquid - SR97_180013
Palmerton zinc smelter study - SR97_180014
RESULTS AND DISCUSSION - SR97_180015
Figure 3. Changes in air, stockpiled untreated, and DCR-treated material temperatures
Table 5. Total extractable concentrations of TPH and volatile organics in TCLP extracts of asphalt-tar samples
able 6. Total extractable concentrations of TPH and BTEX constituents in organic-contaminated soils
Rocky Mt. Arsenal study - SR97_180019
Palmerton zinc smelter study - SR97_180020
Table 10. A summary of the soil analyses for the Palmerton zinc smelter study
Figure 4. Leachate pH as affected by soil treatment, plant species, and time
Figure 6. Plant biomass/tube as affected by soil treatment and plant species
CONCLUSIONS - SR97_180024
RECOMMENDATIONS - SR97_180025
COMMERCIALIZATION/TECHNOLOGY TRANSFER - SR97_180026
LITERATURE CITED - SR97_180027
LITERATURE CITED-continue - SR97_180028
Report Documentation Page - SR97_180029
SR97_18
Lime-based technologies-continue
METHODS AND MATERIALS - SR97_180010
Figure 1. Transportable treatment unit used on the Shemya study
Rocky Mt. Arsenal study - SR97_180012
Table 2. Descriptive chemical characterization of RMA Basin F liquid - SR97_180013
Palmerton zinc smelter study - SR97_180014
RESULTS AND DISCUSSION - SR97_180015
Figure 3. Changes in air, stockpiled untreated, and DCR-treated material temperatures
Table 5. Total extractable concentrations of TPH and volatile organics in TCLP extracts of asphalt-tar samples
able 6. Total extractable concentrations of TPH and BTEX constituents in organic-contaminated soils
Rocky Mt. Arsenal study - SR97_180019
Palmerton zinc smelter study - SR97_180020
Table 10. A summary of the soil analyses for the Palmerton zinc smelter study
Figure 4. Leachate pH as affected by soil treatment, plant species, and time
Figure 6. Plant biomass/tube as affected by soil treatment and plant species
CONCLUSIONS - SR97_180024
RECOMMENDATIONS - SR97_180025
COMMERCIALIZATION/TECHNOLOGY TRANSFER - SR97_180026
LITERATURE CITED - SR97_180027
LITERATURE CITED-continue - SR97_180028
Report Documentation Page - SR97_180029
SR97_18
