Philipp Wilfert

Philipp Wilfert, MSc, is an active PostDoc researcher at Delft University of Technology's Faculty of Applied Sciences within the Department of Biotechnology's Environmental Biotechnology group. His work centers on sustainable resource recovery from wastewater streams, with particular expertise in phosphorus and iron extraction from sewage sludge, contributing to circular economy solutions in water management. He collaborates extensively with Professor Mark van Loosdrecht's research team on cutting-edge environmental biotechnology projects.

Dr. Wilfert's research focuses on:

• Phosphorus Recovery from Sewage Sludge
• Advanced Wastewater Treatment Technologies
• Resource Recovery and Circular Economy Implementation
• Biopolymer Applications in Agriculture
• Iron-Phosphate Chemistry and Material Recovery
• Sludge Valorization Processes

His methodology combines chemical engineering principles with microbiological approaches to develop efficient extraction systems for valuable resources from waste streams, addressing critical environmental challenges in nutrient management and pollution control.

Analysis of his 2024-2025 publications reveals three key research thrusts: optimization of high-pH anaerobic digestion for enhanced biomethane production, development of extracellular polymeric substance applications to improve crop resilience and reduce water usage, and innovative recovery techniques for iron-phosphate minerals from acidic waste streams. These studies demonstrate interdisciplinary integration of environmental engineering, polymer science, and agricultural technology to advance sustainable resource management.

As a core member of TU Delft's Environmental Biotechnology research group, Dr. Wilfert participates in a dynamic collaborative environment that bridges fundamental science with practical applications. His work connects with the university's broader sustainability initiatives through partnerships with water authorities and industrial stakeholders focused on implementing circular economy principles in wastewater treatment infrastructure.