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  • Degree Programmes
  • Continuing Education
  • Research and Services
  • International
  • About FHNW
DeEn
Locations and ContactFHNW LibraryMedia Relations
Engineering and En...
Labora...
Combustion Laboratory...

Combustion Laboratory FHNW

The FHNW's combustion laboratory offers extensive infrastructure for carrying out thermal decomposition processes in a controlled manner and recording all material and energy flows.

Our Offer

We support you with our infrastructure for research and development projects in the field of thermal and material utilisation of biomass. This makes it possible to set up project-specific test benches and carry out measurement campaigns, for example in the following areas:

  • Optimisation of gasification and combustion processes 
  • Prototype construction 
  • Design and construction of test benches 
  • Investigations into alternative fuels 
  • Gas combustion test bench (gas turbines) 
  • Extensive measurement technology (with QMS due to accredited test centre activities)  
  • Large number of traceable measured variables 
  • Pyrolysis and biochar production

Get in touch with us

For more information or to discuss a collaboration, please contact Nemo Lohberger.

Infrastructure

  • Water cooling system for systems with a thermal output of up to 200 kW 
  • Exhaust gas discharge with adjustable negative pressure 
  • (Combustion) gas mixing system and gas combustion test rig 
  • Overhead crane 
  • Area with increased room height for larger superstructures up to 7 metres with a lifting platform for safe access. 
  • Gas warning system and flooding detector

Measurement infrastructure

Measurement of gaseous emissions: 

  • Oxygen (paramagnetic, electrochemical) 
  • Carbon dioxide (NDIR) 
  • Carbon monoxide (NDIR, electrochemical) 
  • Nitrogen oxides (chemiluminescence) 
  • Sulphur dioxide (electrochemical) 
  • Volatile organic compounds (FID) 
  • Polychlorinated dioxins and furans  
  • Polyaromatic hydrocarbons 
  • Many other gaseous compounds (FTIR) 

Particulate matter emissions: 

  • Gravimetric measurement method 
  • Online measurement of particle count, mean ge-om. diameter, LDSA (respirable surface area (DiSC,CPC) 
  • Soot number measurement 

Pressure measurement: 

  • Traceable reference temperature up to 500°C 
  • PT-100 resistance thermometer 
  • Thermocouples 

Pressure measurement 

  • Piezoresistive 10 bar 
  • Inductive 50 Pa 

Weight measurement

  • Up to 3’000 kg 

Flow measurement 

  • Coriolis flow meter
  • Exhaust gas velocity measurement 
  • Hot wire anemometer 

Other 

  • Airborne sound emissions 
  • Electrical power measurement 

Measurements on a wood-fired boiler.

The combustion laboratory is part of the FHNW Institute of Bioenergy and Resource Efficiency

  • Institute of Bioenergy and Resource Efficiency

    The energetic utilisation of biomass and the optimisation of material and energy flows are the focus of our scientific work.

Collaboration in research and services

Engineering and Environment
Institute of Bioenergy and Resource EfficiencyLaboratories of the FHNW School of Engineering and Environment
Nemo Lohberger

Nemo Lohberger

Research associate

Telephone

+41 56 202 70 36 (undefined)

E-mail

nemo.lohberger@fhnw.ch

Address

Fachhochschule Nordwestschweiz FHNW Hochschule für Technik und Umwelt Klosterzelgstrasse 2 5210 Windisch

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