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Content archived on 2024-05-21
Accompanying measure on critical technology selection and conference for renewable energy recovery from biomass generated within the european leather sector - (MOND)

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Leather industry gets guidance on waste management

Renewable energy technology as applies to the leather industry is still in its infancy. A database has been compiled providing information on new technology that can be used for renewable energy recovery. This has put the EU tanning industry in a good position to face the growing demands of international competition.

Through an EU initiative, support is available to the scientific community in order for it to contribute new research on renewable energies and waste management. The leather industry has largely been overlooked in this objective because of the peculiarities of the biomass produced as a result of the tanning process. The research project MOND turned its attention to pulling down the barriers to the implementation of renewable energy resources within the EU leather sector. It set out to provide access to technical knowledge on how energy recovery and reuse can be achieved. Project partners created a database which outlined information on suitable technologies for treating the chromium containing waste produced by the leather industry. It is hoped that interested parties, such as European tanners, will view this database with interest, as it provides a means for them to reduce operational costs and become more efficient. This is especially important because of the strength of international competition. Furthermore, it is hoped that this project provides exposure to a new technology market opportunity within the EU target sector and that EU technology providers initiate action to fill this market gap. The results of rigorous testing have shown that gasification was selected as the preferential method for accommodating the waste stream. This is principally because the gasification method has the potential to recycle chromium from the inert product ash resulting from the process.

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