Job Information
Xylem Master thesis: Hydraulic Design and CFD investigation of an ultra-low-head hydro turbinew-head hydro turbine in Sundbyberg, Sweden
Join Xylem in the global mission to #LetsSolveWater! As a leading water technology company with 23,000 employees operating in over 150 countries, Xylem is at the forefront of addressing the world's most critical water challenges. We invite passionate individuals to join our team, dedicated to exceeding customer expectations through innovative and sustainable solutions.
As a leading water technology company with 23,000 employees operating in over 150 countries, Xylem is at the forefront of addressing the world's most critical water challenges. We invite passionate individuals to join our team, dedicated to exceeding customer expectations through innovative and sustainable solutions.
Introduction
As the largest submersible pump manufacturer in the world, our experience and history are also placed into every submersible pump and turbine we manufacture. Flygt hydro turbines, developed by Xylem, are renowned for their efficiency and reliability in harnessing hydropower. These submersible turbines are designed to be easily installed, making them suitable for a variety of applications, including new hydro plants and existing structures. Submersible turbines are adaptable and can be made to work at almost any site. Flygt hydro turbines are a testament to innovative engineering, providing a sustainable and effective solution for renewable energy generation.
The demand for energy production from renewable resources is escalating rapidly due to environmental, economic, and policy-driven factors. As concerns about climate change and the depletion of fossil fuels intensify, governments and organizations worldwide are making substantial investments in renewable energy technologies such as solar, wind, and hydropower. In this context, ultra-low-head hydropower is emerging as a significant solution for small-scale renewable energy production, particularly in regions with abundant low-head water resources. This technology complements other renewable sources, contributing to a diversified and resilient energy mix.
Thesis description
This thesis project, in collaboration with Luleå University of Technology, aims to design and perform a CFD investigation of an ultra-low-head hydro turbine. This process includes designing hydraulic components, performing CFD simulations at different operating points, and ultimately assessing the performance of the hydraulic turbine.
The main activities are as follows:
· Conducting a literature review on the latest advancements in ultra-low-head hydropower
· Designing hydraulic components such as an inlet waterway, guide vanes, runner, and draft tube using commercial software (CFTurbo)
· Carrying out comprehensive CFD simulations (Ansys)
· Preparing a final report that summarizes the methods, processes, and results
The particular focus and scope can be partially adapted according to your experience and abilities.
Requirements
· A master’s student specializing in mechanical engineering and fluid dynamics
· Experience with CFD and turbomachinery
· Familiar with commercial meshing and CFD software (like Ansys, StarCCM+, Ansa, etc.)
· Capable of working independently, solving problems, and overcoming challenges
The work will primarily be carried out remotely or at Luleå University of Technology. The project is scheduled to commence in January/February 2025.
Contact and Application
Please submit your CV, personal letter, and transcript of grades by December 6th at the latest.
The selection process is ongoing, and the position may be filled before the final application date.
Supervisor at Xylem: Arash Soltani, arash.soltani@xylem.com
Supervisor at Luleå University of Technology: Michel Cervantes, michel.cervantes@ltu.se.
Recruiting manager at Xylem: Fredrik Söderlund, fredrik.soderlund@xylem.com
Join the global Xylem team to be a part of innovative technology solutions transforming water usage, conservation, and re-use. Our products impact public utilities, industrial sectors, residential areas, and commercial buildings, with a commitment to providing smart metering, network technologies, and advanced analytics for water, electric, and gas utilities. Partner with us in creating a world where water challenges are met with ingenuity and dedication; where we recognize the power of diversity, equity and inclusion in driving innovation and allowing us to compete more effectively around the world.