The mGT lab

Welcome to UMARC — The UMONS Micro-gAsturbine Research Centre

We are proud to announce the inauguration of UMARC, the brand-new UMONS Micro-gAsturbine Research Centre, dedicated to cutting-edge research on micro gas turbines and small-scale Brayton cycles.

The official opening was a vibrant and memorable event, bringing together colleagues, partners, and supporters from academia, industry, and beyond. We are deeply grateful for the enthusiasm and encouragement we received. A special thank you goes to all the members of the Thermal Engineering and Combustion Research Unit, whose dedication made this vision a reality.

But UMARC is more than just a lab. As our team leader beautifully expressed:

“For me, the word ‘Laboratory’ goes beyond just a physical location—it must be seen in a much broader sense, especially as an invitation for collaboration.” W. De Paepe

Our Vision

UMARC was created with the ambition to become a hub for innovation, education, and collaboration in the field of thermal systems. It will support research on:

  • Efficient and flexible micro gas turbines

  • Innovative energy conversion technologies

  • Decarbonized and hybrid Brayton cycles

  • Alternative fuels and combustion strategies

We aim to foster interdisciplinary collaboration and actively involve academic partners, industry experts, and students at all levels.

About the AE T100

 

Projects:

Sponsored by:

Microturbine:

Compressor Centrifugal
Turbine Radial
Combustion Chamber Can burner
Pressure 4.5 bar
Turbine Inlet Temperature 950°C
Rotational Speed 70 000 rpm
Fuel Natural Gas

Performance:

Electrical Output 100 kWe
Electrical Efficiency 30%
Thermal Output 165 kWth
Thermal Efficiency 79.5%
Exhaust Gas Flow Rate 0.79 kg/s
Exhaust Temperature 270°C

Emission levels (15% O2):

Nitrous Oxides (NOx) 15 ppm(v)
Carbon Monoxide (CO) 15 ppm(v)

Process diagram:

 

About the BLADON - MTG12

Projects:

Sponsored by:

Microturbine:

Compressor Centrifugal
Turbine Radial
Combustion Chamber Can burner
Pressure 3.2 bar
Turbine Inlet Temperature 890°C
Rotational Speed 135 000 rpm
Fuel (Bio)diesel, (e-)kerosen

Performance:

Electrical Output 12 kWe
Electrical Efficiency 22%
Exhaust Gas Flow Rate 0.14 kg/s
Exhaust Temperature 295°C

Emission levels (15% O2):

Nitrous Oxides (NOx) < 5.6 g/kWh
Carbon Monoxide (CO) < 0.19 g/kWh
 

Process diagram:

 

About the MTT - ENERTWIN

Projects:

Sponsored by:

Microturbine:

Compressor Centrifugal
Turbine Radial
Combustion Chamber Can burner
Pressure 2.7 bar
Turbine Outlet Temperature 770°C
Rotational Speed 240 000 rpm
Fuel Natural Gas, H2

Performance:

Electrical Output 3.2 kWe
Electrical Efficiency 16%
Thermal Output 15.6 kWth
Thermal Efficiency 94%
Maximum Water Flow Rate 21 l/min
Exhaust Water Temperature 80°C

Emission levels (15% O2):

Nitrous Oxides (NOx) < 27 ppm(v)
Carbon Monoxide (CO) < 50 ppm(v)
 

Process diagram:

 

About the MITIS - MICRO-10 - MICRO-20

 

Projects:

Sponsored by:

Microturbine:

MICRO-10 MICRO-20
Compressor Centrifugal
Turbine Radial
Combustion Chamber Flameless
Recuperator Micro-channel
Air Foil Bearings No Lubrication
Service 12 0000 hours
Rotational Speed 100 000 rpm
Fuel Natural Gas, CH4, Liquid Fuels

Performance:

MICRO-10 MICRO-20
Electrical Output 10 kWe 20 kWe
Electrical Efficiency 75% 91%
Exhaust Gas Flow Rate 0.152 kg/s 0.152 kg/s
Exhaust Temperature 260°C 220°C

Emission levels (15% O2):

MICRO-10 MICRO-20
Nitrous Oxides (NOx) < 10 ppm(v)
Carbon Monoxide (CO) < 20 ppm(v)
 

Process diagram MITIS - MICRO-10:

   

Process diagram MITIS - MICRO-20: