Philip Gschwend

Philip M. Gschwend is the Ford Professor of Engineering at MIT's School of Engineering, specializing in environmental organic chemistry. His research focuses on pollutant fate modeling, phase exchange processes, and passive sampling technologies for evaluating contaminated sites. He co-authored the textbook *Environmental Organic Chemistry* (3rd ed., 2016). Key contributions include advancing polyethylene-based passive samplers for measuring pollutant concentrations in sediments, soils, and water. His work addresses hydrophobic organic contaminants, black carbon interactions, and PCB/PAH dynamics in marine and freshwater ecosystems.

• B.S. (1973): California Institute of Technology
• Ph.D. (1979): Woods Hole Oceanographic Institution

Research interests include: environmental organic chemistry, pollutant transport modeling, colloid interactions, and passive sampling applications in risk assessment. His studies often involve field deployments to evaluate contaminant bioavailability and sediment toxicity.

Recent articles highlight advancements in polymeric samplers for hydrophobic compounds, atmospheric PCB transport dynamics, and estrogen sources in coastal waters. His work bridges environmental chemistry with engineering solutions for pollution monitoring and remediation.

No scientific awards explicitly listed in the provided texts. Advising and grant activities are not detailed here. His lab focuses on developing innovative sampling techniques and understanding contaminant behavior in complex environmental matrices.