Master thesis: Reducing N2O Emissions in Wastewater
Meet a Group international AB / Administratörsjobb / Stockholm
2023-11-29
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➡️ Klicka här för den senare publicerade platsannonsen "Master thesis: Reducing N2O Emissions in Wastewater" (publicerad 2024-01-08) ⬅️
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Doing your master thesis with us at IVL gives you the opportunity to get a unique insight into our research and our work. It's a chance to learn a lot more in your field of study. We welcome master thesis students every semester.
About the master thesis
Embark on a cutting-edge research project at IVL Swedish Environmental Research Institute focusing on environmental sustainability, particularly in mitigating Nitrous Oxide (N2O) emissions from Wastewater Treatment Plants (WWTPs). This thesis offers a rare opportunity to learn about environmental management and sustainability, working closely with experts in the field.
Background
WWTPs play a crucial role in environmental management, but they are also significant contributors to N2O emissions. With Sweden's goal of achieving net-zero greenhouse gas emissions, optimizing N2O control in these facilities is of paramount importance. This thesis will be part of a larger project involving IVL, Svenskt Vatten, and various WWTPs across Sweden.
The Project
This project provides a chance to create a comprehensive understanding of practical control strategies for reducing N2O emissions in WWTPs. It will involve a detailed literature review, international knowledge exchange, practical implementation of strategies, and effective communication of findings. The thesis will contribute to creating a decision tree model that helps identify the most effective strategies for specific WWTPs.
Research Focus Areas:
1. Literature Review and Knowledge Formation: Examine existing research on N2O emissions control in WWTPs, focusing on practical, full-scale implementations and their effectiveness.
2. Correlating N2O Emission Patterns with Operational Parameters: Explore the potential of using decision trees or similar data-driven methods to predict N2O emissions based on operational data from WWTPs.
2. Developing and Analyzing Decision Tree Models for N2O Control: Investigate how decision tree analysis can be tailored to optimize N2O control strategies in diverse WWTP settings.
Your Qualifications
Candidates should have a background or interest
in environmental engineering, wastewater treatment, data analysis, and sustainability. Skills in the following areas are advantageous but not mandatory:
• Data analysis and basic modelling
• Basic knowledge of wastewater treatment
• Basic programming skills (e.g., Python).
• Independent research and collaborative work.
Other Details
• Location: Stockholm is preferable, but Gothenburg is also an option. We are flexible.
• Start Date: January 2023.
• Credits: 30 credits.
• Group Size: 1 or 2 students.
Contact
For questions please contact:
Sina Borzooei
Sina.borzooei@ivl.se• 460107886771
Interested?
Submit your interest by clicking on "Registration of interest" and let's embark on this journey to create sustainable solutions in wastewater management!
Så ansöker du Sista dag att ansöka är 2024-01-10
Klicka på denna länk för att göra din ansökan Omfattning Detta är ett heltidsjobb.
Arbetsgivare Meet a Group international AB (org.nr 559191-1747),
https://meetastudent.com/sv/ Arbetsplats Meet a Groups kund
Jobbnummer 8297251
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