Sludge from wastewater treatment processes with high water content and large volume has
become an inevitable issue in environmental management. Due to the challenging …

Excessive untreated waste tires (WT) have posed threats to the environment and human
health. Pyrolysis-catalysis, as a promising treatment technology, could convert WT into high …

With increasing urbanization and industrialization, growing amounts of industrial waste,
such as red mud (RM), fly ash (FA), blast furnace slag (BFS), steel slag (SS), and sludge, are …

Electric arc furnace dust (EAFD) formed during steelmaking in electric arc furnace is a
hazardous solid waste that is rich in zinc and iron. In our previous study, we realized the …

Due to the complex nature of sewage sludge (SS), how to control the emission of precursor
pollutants during its pyrolysis remains a challenge. In this work, the evolution of N, S and C …

Utilizing conditioners is effective to reduce S-containing gases during sludge pyrolysis.
Revealing the relationship between conditioners of different prices and multiple S control …

Secondary sulfur pollution in dyeing sludge (DS) during drying and incineration is a major
environmental problem necessitating in-situ control. To robustly immobilise sulfur during …

The tanning sludge (TS) and other tanning solid wastes are produced in significant
quantities by the leather industry. To evaluate the combustion properties, acid gaseous …

Co-hydrothermal carbonization of sludge and food waste is a promising method for
hydrochar valorization. The sulfur content and form of hydrochar are the key parameters that …

To address the challenges of low yield and low heating value of syngas, high yield of tar via
pyrolysis, and to promote the resource utilization of syngas, this study prepared high-quality …