Title
Optimisation of ionic liquid-based biomass processing

CoPED ID
3966afb0-02af-443b-889a-801731133819

Status
Active

Funders

Value
No funds listed.

Start Date
Sept. 30, 2021

End Date
Sept. 29, 2025

Description

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The project will involve optimisation of the application of low-cost ionic liquids to the processing of biomass. Target application is the production of biofuels and value-added products, such as fibres for dissolving pulps (textile and consumer products) and nanocellulose. We will use the ionoSolv (BioFlex) process to fractionate biomass into cellulose and lignin product streams and evaluate biofuel and biomaterial product options. The particular challenge in this project will be to optimize the process parameters during extraction to increase cellulose characteristics (low lignin content, long fibre length) while maintaining key process integration characteristics (downstream water usage and energy consumption). The ionoSolv process is under commercial development by Lixea LTD, an Imperial College spin-out company, and data sharing on process development will continue throughout the project.

Jason Hallett SUPER_PER
Suhaib Nisar STUDENT_PER

Subjects by relevance
  1. Biomass (industry)
  2. Cellulose
  3. Bioenergy
  4. Lignin
  5. Fibres
  6. Biofuels
  7. Nanocellulose
  8. Optimisation
  9. Process industry
  10. Dissolving pulp
  11. Renewable energy sources
  12. Product development

Extracted key phrases
  1. Cost ionic liquid
  2. Biomass processing
  3. Key process integration characteristic
  4. Optimisation
  5. Lignin product stream
  6. Ionosolv process
  7. Process development
  8. Biomaterial product option
  9. Low lignin content
  10. Target application
  11. Process parameter
  12. Consumer product
  13. Project
  14. Cellulose characteristic
  15. Long fibre length

Related Pages

UKRI project entry

UK Project Locations