Energy from Biomass Combustion

About the course

Biomass is a key element in government plans to increase renewable energy sources and reduce greenhouse gases. Bioenergy has environmental and economic impacts, and is unique as a renewable fuel since it can contribute to all three energy sectors – electricity, heat and transport fuels. 

In the UK, imported white wood pellets are a major fuel, but energy crops, such as short rotation willow coppice and miscanthus as well as forestry residues, agricultural residue and waste woods, all find use in the production of electricity and heat.

What will I learn?
This course will provide you with a comprehensive overview of the status and developments in energy delivery from biomass combustion. The focus will mainly be on biomass for electricity and heat. This course looks at fuel supply options and the emissions and plant performance implications. The use of biomass for energy production has several associated technical, environmental and socioeconomic challenges. Some of these, particularly the technical challenges, will be addressed in this course.

How will I benefit?
The course will give you a sound understanding of the fundamentals and practicalities of:

  • the basics of solid biomass combustion

  • dedicated biomass installations

  • solid biomass for electricity generation

  • biogas and landfill gas for process heat and power generation

  • sustainability of biomass supply chains 

Who should attend?

This course will be of particular interest to you if you’re:

  • a process engineer or chemist new to the bioenergy field

  • a regional developer wanting to obtain a technical perspective on bioenergy

  • an energy and environmental manager interested in using bioenergy

  • a process heat system designer interested in biomass as a heat source.

Programme

Day one 

  • Prospects and developments in bioenergy 
  • Life cycle analysis and sustainability 
  • Sustainable biomass – understanding and meeting the UK, EU and global requirements     on sustainability
  • Supply chain economics and risk management 
  • Fundamentals of biomass combustion 
  • Traded biomass and standards
  • Emissions standards and regulations for biomass heat and power

Day two

  • Domestic biomass and air quality
  • Case study: combustion optimisation on an FBC firing waste wood
  • Extending fuel specifications and plant limits to increase flexibility 
  • Biomass boilers – technology and deployment
  • Case study: UK Biomass Installation – overcoming the challenges
  • Boiler design considerations when converting to biomass firing
  • Coal-to-biomass combustion plant conversion 

Day three

  • The problem of metals in biofuels – combustion and ash influences
  • Corrosion, slagging and fouling - special issues relating to biomass firing
  • Biogas and landfill gas resources, current utilisation and future potentials
  • Biomethane – gas to grid 
  • The highs and lows of renewable energy 

 

Speakers

Course director:

Professor Jenny Jones
Director, Centre for Doctoral Training in Bioenergy

Invited speakers:

Trudy Beeley, RWE
Stephen Chilton, PX Limited
Peter Coleman, Department for Business, Energy and Industrial Strategy
Stewart Davies, Viridor Waste Management 
Gary Fuller, Environmental Research Group, Imperial College London
Bernard Gibbs, School of Chemical and Process Engineering, University of Leeds
Steve Griffiths, Uniper Technologies Ltd 
Neil Harrison, re:heat 
Rob Holland, Senior Research Fellow, University of Southampton and Systems Topic Representative for
the SuperGEN Bioenergy hub 
Bilaal Hussain, Senior Analyst - Modelling, Energy Systems Catapult (ESC)
Rachel Lee, 350 Strategy Limited
Patrick Mason, Ayup Ltd and Visiting Research Fellow, University of Leeds
Alf Malmgren, RJM International
Declan Owens, Cadent Gas Ltd 
David Waldron, previously GE Power 
Fred Walter, Fred Walter & Sons Ltd 
Susan Weatherstone, Fuel Technology, Uniper Technology Centre 

Fee information

£925 full 3 day course 

£360 for any one day

Fees are VAT exempt

Fees include:

  • cost of tuition

  • paperless course materials

  • lunches and light refreshments

View our terms and conditions

Venue details

The course will take place at Weetwood Hall Estate, which is situated to the north of Leeds at the junction of the A660 Leeds - Skipton road and the A6120 Outer Ring Road.​​

Weetwood Hall Estate
Otley Road
Leeds
West Yorkshire
LS16 5PS
UK

 

 

Accommodation

Accommodation

If you require accommodation, and wish to stay at the course venue Weetwood Hall Estate, please contact Emma Barker E: reservations@weetwood.co.uk / T: 0113 230 6000 quoting ‘CPD’ and the ‘Energy from Biomass’ course.  

The following rates are for a superior double room and include VAT:  

Sunday evening, bed and breakfast £84/night
Monday/Tuesday evening, bed and breakfast £88/night

Please book your accommodation at least two weeks before the course commences to guarantee rates and availability. A list of alternative hotels is available on request.

What our delegates say

"A great overview of the entire biomass industry for people at all levels"

"Excellent overview of biomass, from supply chain to domestic market to power generation and industrial heating"

"An excellent insight into the world of biomass and biomass combustion. Excellent technical content would recommend to any future delegates".

Contact us

Harriet Wills – Course Coordinator
CPD Conference and Events Unit
Faculty of Engineering and Physical Sciences 
University of Leeds,
Leeds
LS2 9JT

E:cpd@engineering.leeds.ac.uk

T: 0113 343 2494

Please note, the CPD team are currently working remotely due to covid-19 and therefore unable to be contacted by phone. If you have any queries please send us an email to the above email address – Many thanks.

Accreditation

This course has been developed in conjunction with SUPERGEN Bioenergy Hub and the EPSRC Leeds Centre for Doctoral Training in Bioenergy. The SUPERGEN team at Leeds is based within the Energy Research Institute (ERI), which is the largest academic research establishment in the UK focused on energy and resources research and development.

supergen