PhD Low cost thermal desalination
Course Overview
This PhD project offers a unique opportunity to develop a next-generation, solar-powered thermal desalination system aimed at achieving zero liquid discharge. The research focuses on designing, building, and testing a pilot-scale "solar dome" technology to produce fresh water with minimal environmental impact and energy consumption. As part of the EU-funded REWAISE project, the student will collaborate with industrial partners to translate this innovative, carbon-neutral solution from concept to a viable commercial technology.
Key Program Highlights
- Pioneering research into a first-of-its-kind, fully carbon-neutral solar dome desalination technology targeting 20 m³/day production.
- Direct collaboration with industrial partners through the prestigious EU H2020 REWAISE project, providing exceptional networking and career opportunities.
- Comprehensive hands-on experience spanning the entire design, build, test, and learn (DBTL) cycle for a pilot-scale facility.
- Focus on solving critical industrial challenges including energy minimization, fouling reduction, and achieving zero liquid discharge.
- Access to extensive training in thermodynamic modelling, entrepreneurship, and core research skills to enhance future employability.
Course Overview
This PhD project offers a unique opportunity to develop a next-generation, solar-powered thermal desalination system aimed at achieving zero liquid discharge. The research focuses on designing, building, and testing a pilot-scale "solar dome" technology to produce fresh water with minimal environmental impact and energy consumption. As part of the EU-funded REWAISE project, the student will collaborate with industrial partners to translate this innovative, carbon-neutral solution from concept to a viable commercial technology.
Key Program Highlights
- Pioneering research into a first-of-its-kind, fully carbon-neutral solar dome desalination technology targeting 20 m³/day production.
- Direct collaboration with industrial partners through the prestigious EU H2020 REWAISE project, providing exceptional networking and career opportunities.
- Comprehensive hands-on experience spanning the entire design, build, test, and learn (DBTL) cycle for a pilot-scale facility.
- Focus on solving critical industrial challenges including energy minimization, fouling reduction, and achieving zero liquid discharge.
- Access to extensive training in thermodynamic modelling, entrepreneurship, and core research skills to enhance future employability.
Requirements
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