Dr. Anke Krutof

- Co-ordination of 8-11 team members (engineering, analytics, PhD students) - Simulation and validation of thermodynamic condensation models for fast pyrolysis auger reactors - Supervision and mentoring of Phd, Master's, and Bachelor's students - Research communication in scientific papers and presentations

- Upgrading of fast pyrolysis bio-oil through co-pyrolysis with waste materials - Assessment of possible additives to improve fuel qualities of pyrolysis oil - Modeling of thermodynamic behavior of fast pyrolysis bio-oil

- Improved time series visualization in D3/JavaScript - Applied innovative horizon plot for time series visualization D3/JavaScript

- Reviewed literature on blends of pyrolysis oil/fishoil with other biofuels - Blended pyrolysis oil and fish oil for application as a fuel oil

- Visualized time series using D3/JavaScript - Created documentation confirming the success of an optimization - Created/confirmed models for the efficiency calculation of power plants

- Developed a tool to design heat recovery steam generators focusing on bill of quantity and cost - Compared the simulation software EBSILON and GT Pro (Thermoflow)

- Optimized a CO2 gas scrubbing plant - Produced a video of the behavior of fluidized be - Created a specification for a sieve particle size a - Researched pyrolysis oil production from sands

Pyrolyse von hölzerner Biomasse aus Forstabfällen -Aufwerten von Bioöl durch Prozessmodifikation -Thermodynamisch Modellierung

Masterarbeit an der Memorial University of Newfoundland, Kanada: Blending of bio-oils derived from pyrolysis of woody biomass with oil extracted from fish waste to determine applicability as a fuel oil

Bachelorarbeit bei der ABB AG Power Systems, Power Generation, Mannheim: Development of a tool to design heat recovery steam generators focusing on bill of quantity and cost