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EIGHT MILE
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2900 - Site Mitigation Program
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PR0518132
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Last modified
7/10/2019 8:09:04 PM
Creation date
7/10/2019 11:40:49 AM
Metadata
Fields
Template:
EHD - Public
ProgramCode
2900 - Site Mitigation Program
File Section
WORK PLANS
RECORD_ID
PR0518132
PE
2960
FACILITY_ID
FA0013716
FACILITY_NAME
H & H MARINA
STREET_NUMBER
15135
STREET_NAME
EIGHT MILE
STREET_TYPE
RD
City
STOCKTON
Zip
95219
APN
06908021
CURRENT_STATUS
01
SITE_LOCATION
15135 EIGHT MILE RD
P_LOCATION
01
QC Status
Approved
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Raipp,,,� <br /> fire Effed SUN-AG Environmental Division <br /> SunSolve <br /> A media filtration product for removal <br /> of MOE from water <br /> F <br /> ve is a water treatment media product developed specifically to absorb <br /> ertiary butyl ether (MtBE). It is a mixture of high activity activated carbon <br /> pecially prepared absorption media, which when combined create a <br /> tic affinity for MtBE, and remove MtBE from water to very low levels. <br /> emedia is placed in a liquid phase adsorption vessel (or vessels) of the same <br /> design parameters as activated carbon. Since the ERCT (or retention time) is <br /> equivalent to activated carbon, vessel sizes are equal in size. In general, <br /> between 10 - 30 minutes EBCT (or retention time) is used for sizing of vessels) <br /> for use with SunSolve, depending on the initial concentration of MtBE in the <br /> treatment stream, and the desired effluent concentration. <br /> Theoretical SunSolve usage in relation to activated carbon exhaustion using the <br /> MtBE adsorptive capacity of carbon of 3.2 mg/g yield in theory would be 270 lbs. <br /> carbon per 100,000 gallons treated. The same concentration of WE using <br /> SunSolve adsorptive capacity for MtBE the same number of gallons of water <br /> (100,000) will only require 26.1 lbs_ of SunSolve. Please see following, a <br /> adsorption isotherm for SunSolve, and a virgin activated liquid phase carbon. <br /> SunSolve will absorb STEX compounds, therefore it is recommended that if <br /> there are other dissolved organics present in the water stream, a liquid phase <br /> activated carbon treatment system be used in front of the SunSolve bed(s), to <br /> adsorb the BTEX (or other dissolved organic contaminants), and the SunSolve <br /> will be able to absorb WE more effectively. Following is a typical system design <br /> as described above. <br /> Please contact Michael E. Siaby at SUN-AG, Inc. for application information <br /> relating to SunSolve at 888-230-7873 x 202. <br /> 3325 E.Miralama Avenue,Suite 121 •Anaheim • Caiifamia 92806 <br /> 71d/572-6177- 71d/572-1713 Fax•E-Mail FUREFFECTCAOLCOM <br />
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