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ISCO

Data taken from the pamphlet Eat Determination by SEE, ISCO, Inc. Lincoln, NE. [Pg.272]

ISCO Brochure SPE90-1, ISCO, Inc., Liucohi, Nebr., 1990. [Pg.230]

ISCO Chemical Company Ferrous Sulfate Recovery Plant Master Plot Plan... [Pg.170]

Pump LKB 2150 HPLC Pump, ISCO 314 Detector ATTO AC-2220 (Lumlnomonltor I)... [Pg.152]

Detection 3 0 nm absorbance Varian Techtron Model 635 equipped with ISCO high-pressTire flow cells... [Pg.300]

Another advantage of the micro-LC approach is that the required sample size is minimal, so the sample can be drawn from a 1-1 laboratory scale reactor without influencing the reactor composition. The ISCO pLC-500 microflow syringe pump has proven to be reliable and reproducible in evaluations in our laboratory. Capillary liquid columns have been fabricated on planar devices such as silicon to form a miniaturized separation device.19... [Pg.92]

Many instrumentation companies have commercialized complete or modular CE systems. The principal vendors are Beckman Instruments, Inc. (Fullerton, CA) Bio-Rad Laboratories (Hercules, CA) Dionex Co. (Sunnyvale, CA) Hewlett Packard (Palo Alto, CA) ISCO, Inc. (Lincoln, NE) Otsuka, Ltd. (Tokyo, Japan) Perkin-Elmer -ABI (Foster City, CA) Thermo-Separation Products (Fremont, CA) and Waters Associates (Milford, MA). [Pg.398]

Table 3.11 Critical parameters for some fluids used in analytical supercritical fluid techniques (data taken from SF Solver package, Isco, USA)... Table 3.11 Critical parameters for some fluids used in analytical supercritical fluid techniques (data taken from SF Solver package, Isco, USA)...
SF-Solver , Software for Supercritical Fluid Analysis, Isco Inc., Lincoln, NB (1991). [Pg.162]

Types of Projects Used in ISCO Treatment of Oxygenates. 1027... [Pg.986]

ISCO In situ Both Source Shorter Average to... [Pg.1000]

Often biodegradation can be enhanced by the use of other technologies, such as air sparging, SVE, MPE, thermal, or ISCO... [Pg.1001]

ISCO In situ amendments to stimulate and enhance biodegradation Injection of chemicals such as ozone,... [Pg.1003]

Most of the 123 air sparging projects were conducted at full scale (120 projects) and were ongoing (104 projects) at the time the profile was prepared. In addition, while most (87) of the projects used air sparging alone or in conjunction with SVE, 36 projects supplemented air sparging treatment with pump-and-treat or other technologies, such as MPE, bioremediation, free product recovery, and ISCO. [Pg.1004]

Most of the 138 SVE projects were full scale (137 projects). In addition, most of the projects used SVE in conjunction with air sparging (74 projects) or SVE alone (20 projects) the remaining projects supplemented SVE treatment with bioremediation, ISCO, pump-and-treat, or multiple technologies. [Pg.1009]

From the 323 projects in EPA s MTBE Treatment Profiles dataset, 13 projects were identified where MTBE was treated using MPE. Information on the treatment of other oxygenates during these 13 projects is limited no projects reported treating other oxygenates. Most of the 13 MPE projects were full scale (9 projects). Most of the projects (9) used MPE only the remaining four projects supplemented MPE with air sparging (2 projects) and ISCO (2 projects). Short summaries for two projects, MPE at Service Station A, Maryland, and MPE at Sparks Solvent/Fuel Site, Sparks, Nevada, are included at the end of this section. [Pg.1013]

During ISCO, oxidants and any necessary amendments are introduced to the treatment area with one or more of the available delivery approaches. Pilot-scale testing is often used to determine the type of amendment and delivery system used at a given site. Some of the key considerations for the common oxidants and delivery approaches are summarized below. [Pg.1025]

Additional information relevant to the application of ISCO at sites in general or contaminated with MTBE and other oxygenates is available in the following Refs. [75,82-86],... [Pg.1027]

From the 323 MTBE projects in U.S. EPA s MTBE Treatment Profiles dataset, 21 projects were identified where MTBE was treated using ISCO. No ISCO projects reported treating other oxygenates. Four of the projects used ozone and 17 used hydrogen peroxide, either alone or with Fenton s chemistry. [Pg.1027]

Most of the 21 ISCO projects were performed at full scale (17 projects) at the time that their profiles were compiled. Eight of the 21 projects were identified as completed, and the remaining 13 as ongoing. In addition, while most14 of the projects used ISCO alone, seven projects supplemented ISCO with air sparging, pump-and-treat, SVE, or MPE. [Pg.1027]

See other pages where ISCO is mentioned: [Pg.231]    [Pg.225]    [Pg.292]    [Pg.798]    [Pg.191]    [Pg.183]    [Pg.3]    [Pg.4]    [Pg.117]    [Pg.132]    [Pg.986]    [Pg.986]    [Pg.986]    [Pg.986]    [Pg.986]    [Pg.988]    [Pg.995]    [Pg.996]    [Pg.997]    [Pg.997]    [Pg.997]    [Pg.998]    [Pg.998]    [Pg.1000]    [Pg.1001]    [Pg.1009]    [Pg.1024]    [Pg.1024]    [Pg.1025]    [Pg.1027]   
See also in sourсe #XX -- [ Pg.27 , Pg.28 , Pg.29 ]



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