Abdur-Rahman Ali, M.Sc.

Are you passionate about environmental sustainability and interested in the growing field of battery technology? We are currently seeking a dedicated and motivated student to conduct groundbreaking research on the factors contributing to the environmental impacts of lithium-ion battery production.

In the quest for a sustainable future, the motivation behind this research lies in promoting absolute sustainability. By understanding the environmental impacts of lithium-ion battery production, we can make informed decisions towards optimizing processes, reducing negative externalities, and fostering a circular economy. The outcomes of this study will help policymakers, industries, and researchers strive for absolute sustainability in battery technologies and beyond.

The primary objective of this thesis is to gain a comprehensive understanding of the environmental implications associated with lithium-ion battery manufacturing. The study will focus on developing mathematical Life Cycle Assessment (LCA) models to assess the various stages involved in battery production and quantifying their environmental footprints.

Understanding Factors Contributing to Environmental Impacts: The work delves deep into the various factors influencing the environmental impacts of lithium-ion battery production. This will involve investigating raw material extraction, manufacturing processes, energy consumption, and recycling. 

Development of Mathematical LCA Models: The thesis will emphasize creating sophisticated mathematical LCA models that enable a detailed evaluation of each life cycle stage. This will allow for a comprehensive assessment of the battery production process and its environmental ramifications.

Utilization of the Python Library lca_algebraic: To facilitate the modelling process, the student will be utilizing the Python library "lca_algebraic." This library offers a wide range of tools and functions to construct and analyse LCA models effectively.

For inquiries and application submissions, please contact,

Abdur-Rahman Ali 

The thesis can be written in English or German.

In this thesis, we will delve into the pressing need for a comprehensive understanding of the future environmental impacts of battery giga factories. 

Investigate SSP (Shared Socioeconomic Pathways) scenarios: The thesis aims to assess different SSP scenarios to determine if they can meet the targets set by absolute sustainability. Understanding the implications of different socio-economic pathways will be pivotal in crafting feasible strategies for a sustainable future.

PREMISE Python Package: The project will utilize the PREMISE Python package for modelling and forecasting the impacts of future battery production. 

Identify Mitigation Potential: Investigate the potential for absolute reduction in the impacts of future battery systems. 

By participating in this student thesis, you will:

If you are enthusiastic about environmental conservation, renewable energy, and sustainable development, this thesis offers an opportunity to contribute to the development of sustainable mobility solutions. 

For further details and to apply, contact:

Abdur-Rahman Ali

The thesis can be written in German or English.