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Production and use of wood fibre as a peat substitute (HoFaTo)

Objective

Increasing the potential use of wood fibre in growing media optimised by increased nitrogen content and improved resistance to microbial degradation

 

Methodology

  • Fibre production from different raw materials, testing of methods to reduce N immobilisation by enriching lignin and nitrogen onto the wood fibres
  • Testing of the phytotoxic effect of the fibres and extracts by seedling tests
  • Testing (pre-)optimised fibres in horticultural trials
  • Standard-compliant life cycle assessments and determination of the GHG reduction contribution through the replacement of peat with wood fibre from indigenous raw and residual materials

 

Climate effect under consideration

Greenhouse gas saving potential of peat substitutes from wood

Contact persons

JKI, Institute for Plant Protection in Horticulture and Urban Green

Dr. Ute Katharina Vogler
 

JKI, Institute for Epidemiology and Pathogen Diagnostics

Dr. Bunlong Yim

Links to project pages:  HoFaTo / Thünen und HoFaTo / JKI

 

Publications

Coniglio R, Behrens D, Schütt F, Roesky N, Vogler U and Appelt, J. (2025): Exploring the potential of ammoxidation of lignins to enhance amide-nitrogen for wood-based peat alternatives and its impact on plant development. Holzforschung, 2025. https://doi.org/10.1515/hf-2024-0127

Coniglio R, Schütt F, Appelt J (2024): Challenges for the utiliza-tion of ammoxidized lignins and wood fibres as a peat substi-tute in horticultural substrates. Journal of Cleaner Production 475 (2024) 143737. doi.org/10.1016/j.jcle-pro.2024.143737

 

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