TL;DR: The process objectives, operating principles, reactor designs, parameters for process monitoring and control, and their effect on biodried output quality are critically examined and are of value to MBT process operators, regulators and end-users of SRF.
TL;DR: A laboratory study was carried out to obtain data on the influence of biomass temperature on biostabilization-biodrying of municipal solid waste: fast biodrying produced low biological stability and vice versa and the RDF should be used immediately, without storage.
TL;DR: A new laboratory study was conducted on municipal solid waste biodrying-biostabilization, suggesting that the daily inversion of air-flow eliminates marked temperature differences and leads to a homogeneous final product.
TL;DR: A full-scale biodrying installation was treating dewatered waste activated sludge with high caloric value, allowing a combustion for energy generation in external facilities, and the resulting product met the European microbial and heavy metal quality standards needed for an application as organic fertilizer.
TL;DR: To improve the water content reduction of municipal solid waste with high water content, the operations of supplementing a hydrolytic stage prior to aerobic degradation and inoculating the bio-drying products were conducted.