Transcription of Managing the New FGD Wastewater Regulations - …
{{id}} {{{paragraph}}}
Managing the New FGD Wastewater Regulations Technology Options for Biological Treatment: Maximum Treatment Reliability with Lowest Lifecycle Cost 1. Table of Contents Introduction .. 3. Overview of Best Performing Technologies .. 3. The New Regulatory Environment .. 4. Characterizing FGD Wastewater .. 6. FGD Wastewater Treatment Technologies .. 7. Treatment of Selenium-Containing Wastewaters .. 8. Envirogen Fluidized Bed Reactor Technology .. 10. Base System 11. System Operation .. 11. The Fixed-Film Bioreactor Challenge .. 13. Optimization of microorganism efficiency .. 13. Smaller overall footprint .. 14. Steady-state operation .. 14. Robustness of the system .. 14. Lower costs .. 15. The Anaerobic Membrane Bioreactor .. 15. Solids Management: Field Systems and Pilot Testing Experience .. 17. Large Scale Pilot Study Shows Two Winners .. 18. Choosing a Way Forward: Performance, Flexibility and Track.
Managing the New FGD Wastewater Regulations 6 Characterizing FGD Wastewater FGD wastewater poses a challenge to treat because of high concentrations of TDS …
Domain:
Source:
Link to this page:
Please notify us if you found a problem with this document:
{{id}} {{{paragraph}}}
Cooling Tower Blowdown, Of high, Treatment, ZLD-systems, Waste, Abstract, High TDS, SUSTAINABLE BRINE MANAGEMENT SOLUTIONS, SUSTAINABLE BRINE MANAGEMENT SOLUTIONS - THE CHALLENGE, DISPOSAL FROM LAND BASED MEMBRANE, DISPOSAL FROM LAND BASED MEMBRANE DESALINATION PLANTS A CRITICAL ASSESSMENT, Water Purification