Additive Manufactured, High Temperature Micro-gas Turbine Combustor

Lead Research Organisation: University of Bath
Department Name: Mechanical Engineering


Research into the feasibility of an additive-manufactured ultra high efficiency, high temperature micro gas turbine.
The project aims to carry out fundamental research into a highly novel micro gas turbine by designing, manufacturing and testing a combustion system with industry support from HiETA Technologies utilising Additive Manufacturing to create high efficiency cooling systems. The objective is to prove the feasibility of running a system at very high gas temperatures to yield efficiency improvements.

To start, research will be conducted on already existing combustor designs for similar micro-gas turbine applications, to gain an understanding of the already existing technology in the market and identify possible improvements that can be implemented with the use of additive manufacturing. This research will then feed into the initial proof of concept design that will then be analysed using CFD, manufactured by the project industrial partner HiETA and tested in the hot gas stand cell at Bath once it is fitted with a high temperature turbine.

Further research on state of the art combustion cooling designs and CFD analysis on fuel delivery and combustion processes will follow, which will lead to multiple designs for a state of the art combustion system, which HiETA will assist in manufacturing. The designs will then be tested at high temperatures in the hot gas stand test cell at Bath again to validate the designs.


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Studentship Projects

Project Reference Relationship Related To Start End Student Name
EP/R512424/1 01/10/2017 30/09/2021
1939655 Studentship EP/R512424/1 01/10/2017 30/09/2021 Adamos Adamou
Description HiETA Technologies 
Organisation HiETA Technologies Limited
Country United Kingdom 
Sector Private 
PI Contribution The knowledge of how additive manufacturing can improve combustion systems in micro gas turbines
Collaborator Contribution Provided the knowledge of how to design and manufacture parts for AM.
Start Year 2017