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William Desisto

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William Desisto
OccupationChemical engineering researcher

William Desisto is a researcher in chemical engineering at the University of Maine.[1] His work spans catalysis, membrane materials, biomass conversion, and paper and adhesive science.[2]

Research

According to Semantic Scholar, Desisto has published 98 papers that have collectively been cited 2,797 times, giving him an h-index of 30.[3] His publications cover topics including polymer and adhesive penetration into paper and paperboard, catalytic conversion of biomass-derived compounds, lignin valorization, and electrolytic production of hypochlorous acid.[4]

National Science Foundation records show Desisto received two awards totaling $490,565.[5] He received a CAREER award for "A new class of modified mesoporous silica membranes with controlled pore size and surface functionalization through unique synthetic approaches," totaling $405,798 and awarded on January 13, 2006, through the University of Maine.[6] He also received an ACT/SGER award for "Atomic Layer Deposition of Nitrides on Nano-Particles for Enhanced Energy Conversion to Combat Terrorism," totaling $84,767 and awarded on August 18, 2003, through the University of Maine.[7]

Selected publications

  • "Water-based adhesive penetration into paperboard and coated paperboard," TAPPI Journal (2025)[8]
  • "Prediction of Non-Isothermal Polymer Penetration into Porous Layers," Industrial & Engineering Chemistry Research (2023)[9]
  • "Investigation of Pulsed Electrolysis for Hypochlorous Acid Production" (2023)[10]
  • "Worldwide Disparities in Recovery of Cardiac Testing 1 Year Into COVID-19," Journal of the American College of Cardiology (2022)[11]
  • "Comparison of methods to characterize the penetration of hot melt adhesive into paper," Nordic Pulp & Paper Research Journal (2022)[12]
  • "Assessing the economic viability of pretreatment technologies to make sugars for chemical catalytic upgrading to fuels and chemicals," Sustainable Energy & Fuels (2021)[13]
  • "Catalytic Performance of Ru/TiO2 Catalyst for Phenol Hydrooxygenation" (2021)[14]
  • "Production of Partially Deoxygenated Pyrolysis Oil from Switchgrass via Ca(OH)2, CaO, and Ca(COOH)2 Cofeeding" (2020)[15]
  • "Green Bisphenol A: A High Valued Building Block Isolated from Lignin Biowaste" (2020)[16]
  • "Green Bisphenol A: A High Valued Building Block Isolated from Lignin Biowaste," Waste and Biomass Valorization (2020)[17]
  1. National Science Foundation award records.
  2. Semantic Scholar author profile.
  3. Semantic Scholar author profile.
  4. Semantic Scholar author profile.
  5. National Science Foundation award records.
  6. National Science Foundation award records.
  7. National Science Foundation award records.
  8. Semantic Scholar author profile.
  9. Semantic Scholar author profile.
  10. Semantic Scholar author profile.
  11. Semantic Scholar author profile.
  12. Semantic Scholar author profile.
  13. Semantic Scholar author profile.
  14. Semantic Scholar author profile.
  15. Semantic Scholar author profile.
  16. Semantic Scholar author profile.
  17. Semantic Scholar author profile.