1. Effective and low-cost treatment of acid mine drainage using chitin as a fractional amendment to compost Open Access Author: Newcombe, Caroline Title: Effective and low-cost treatment of acid mine drainage using chitin as a fractional amendment to compost Graduate Program: Environmental Engineering Keywords: spent mushroom compostchitinacid mine drainageremediation File: Download FinalThesis.pdf Committee Members: Rachel Alice Brennan, Thesis Advisor/Co-AdvisorRachel Alice Brennan, Thesis Advisor/Co-Advisor
2. LABORATORY AND FIELD-SCALE OBSERVATIONS OF FERROUS IRON OXIDATION AND FERRIC IRON PRECIPITATION AT AN ACID MINE DRAINAGE SITE Open Access Author: Brown, Juliana F. Title: LABORATORY AND FIELD-SCALE OBSERVATIONS OF FERROUS IRON OXIDATION AND FERRIC IRON PRECIPITATION AT AN ACID MINE DRAINAGE SITE Graduate Program: Environmental Engineering Keywords: low-pH Fe(II) oxidationacid mine drainageschwertmannite File: Download brown_juliana_MS_thesis.pdf Committee Members: Bill Burgos, Thesis Advisor/Co-AdvisorWilliam D Burgos, Thesis Advisor/Co-Advisor
3. The Comparison of Two Acid Mine Drainage Sites in Central Pennsylvania: Field Site Characterizations and Batch Reactor Experiments Open Access Author: Lucas, Melanie Anne Title: The Comparison of Two Acid Mine Drainage Sites in Central Pennsylvania: Field Site Characterizations and Batch Reactor Experiments Graduate Program: Environmental Engineering Keywords: iron oxidation kineticscoal minesacid mine drainagebatch reactors File: Download Lucas_2008_Master_Thesis.pdf Committee Members: William D Burgos, Thesis Advisor/Co-Advisor
4. PROMOTING LOW-PH BIOLOGICAL IRON(II) OXIDATION OF ACID MINE DRAINAGE AT HUGHES BOREHOLE: FIELD AND LABORATORY EXPERIMENTS Open Access Author: DeSa, Trinh Cong Title: PROMOTING LOW-PH BIOLOGICAL IRON(II) OXIDATION OF ACID MINE DRAINAGE AT HUGHES BOREHOLE: FIELD AND LABORATORY EXPERIMENTS Graduate Program: Environmental Engineering Keywords: biologicalacid mine drainageFe(II) oxidationlow-pH File: Download DeSa_Trinh_M.S._Thesis.pdf Committee Members: William D Burgos, Thesis Advisor/Co-AdvisorWilliam D Burgos, Thesis Advisor/Co-Advisor
5. Low-pH Fe(II) Oxidation Using a Bioreactor for the Treatment of Acid Mine Drainage Open Access Author: Kaley, Bradley Richard Title: Low-pH Fe(II) Oxidation Using a Bioreactor for the Treatment of Acid Mine Drainage Graduate Program: Environmental Engineering Keywords: bioreactorlow-pHacid mine drainagemine drainageFe(II) oxidationferrous iron oxidationGDM File: Download Kaley_Thesis_2013.pdf Committee Members: William D Burgos, Thesis Advisor/Co-Advisor
