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Module-three Sts-135 Space

Rising technologies and approaches to attenuate discharges into Lake Michigan Phase 2, Module 3 report.

Energy Technology Data Change (ETDEWEB)

Negri, M. C.; Gillenwater, P.; Urgun Demirtas, M. (Power Systems)

2011-05-eleven
Purdue College Calumet (Purdue) and Argonne Nationwide Laboratory (Argonne) have performed an impartial study to identify deployable technologies that could help the BP Whiting Refinery, and different petroleum refineries, meet future wastewater discharge limits. This examine has been funded by BP. Each group tested a subset of the target applied sciences and retains sole responsibility for its respective test design and implementation, high quality assurance and management, take a look at results obtained from every of the technologies, and corresponding conclusions and suggestions. This venture was divided in two phases and modules. This report summarizes the work performed by Argonne in Part II Module three (Bench Scale Testing). Other Modules are discussed elsewhere (Emerging Applied sciences and Approaches to reduce Discharges into Lake Michigan, Section 2, Modules 1-three Report, April 2011, prepared for BP Americas by the Argonne – Purdue Task Drive). The objective of this project was to identify and assess accessible and emerging wastewater remedy applied sciences for removing mercury and vanadium from the Whiting Refinery wastewater and to conduct bench-scale tests to provide comparable, clear, and uniform results across the broad range of applied sciences examined. After the bench-scale testing part, a beforehand developed choice matrix was refined and utilized by Argonne to course of and review test knowledge to estimate and examine the preliminary efficiency, engineering configuration, preliminary value, energy usage, and waste era of technologies that were shown to be able to take away Hg and/or V new energy efficient technology to new energy efficient technology beneath the goal restrict at the bench scale. The information had been used as the idea to establish the very best candidates for further testing on the bench or pilot scale on a slip stream of effluent to lake (ETL) or clarifier effluent (CE) at the Whiting Refinery to find out whether future limits might be met and to generate different pertinent knowledge for scale-up and sustainability analysis.

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