Innovative biodegradable waste treatment as a possible solution for recultivation of tailings and slag landfills

A low-cost technology has been developed that stabilizes and transforms biowaste into a soil improver with high biological activity, faster (in hours) than other commercial composting technologies (in weeks). When bio-waste of known origin is used, the produced material can be used unhindered even for the most demanding food production. When biowaste is an integral part of mixed municipal waste, even if quality material is obtained, its use is limited and practically impossible due to strict legal regulations. But it can be used to revitalize degraded areas. In many countries, there are significant large quantities of municipal biological waste and sewage sludge, with which it is not known what and where to dispose of. Different types of organic materials can be used for the revitalization (greening) of devastated lands. Quantities of these materials are usually limited and often very expensive, so successful revitalizations are rare. With a new low-cost technology, the total biowaste contained in municipal waste could be used for the revitalization of devastated areas. The paper explains the method of obtaining biologically highly active material and the reuse of this material in greening and erosion reduction at the waste disposal site in Split/Croatia is shown.

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Publication Details

Published
2025-01-01
DOI
https://doi.org/10.5937/imprc25044u
Primary Topic
Mining and Gasification Technologies
Type
article
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article

Innovative biodegradable waste treatment as a possible solution for recultivation of tailings and slag landfills

Predrag Umičević, Ivica Karoglan, Gregor Radišić, Viktor Simončič
Mining and Gasification Technologies
article

Innovative biodegradable waste treatment as a possible solution for recultivation of tailings and slag landfills

Predrag Umičević, Ivica Karoglan, Gregor Radišić, Viktor Simončič
article en

Abstract

A low-cost technology has been developed that stabilizes and transforms biowaste into a soil improver with high biological activity, faster (in hours) than other commercial composting technologies (in weeks). When bio-waste of known origin is used, the produced material can be used unhindered even for the most demanding food production. When biowaste is an integral part of mixed municipal waste, even if quality material is obtained, its use is limited and practically impossible due to strict legal regulations. But it can be used to revitalize degraded areas. In many countries, there are significant large quantities of municipal biological waste and sewage sludge, with which it is not known what and where to dispose of. Different types of organic materials can be used for the revitalization (greening) of devastated lands. Quantities of these materials are usually limited and often very expensive, so successful revitalizations are rare. With a new low-cost technology, the total biowaste contained in municipal waste could be used for the revitalization of devastated areas. The paper explains the method of obtaining biologically highly active material and the reuse of this material in greening and erosion reduction at the waste disposal site in Split/Croatia is shown.

Openalex Percentile: Top 90%
Mining and Gasification Technologies
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