See how low-temperature pyrolysis and membrane distillation replace high-energy incineration an
See how vaporization chambers concentrate antibiotics and cytostatics from blackwater, enabling
A movable fluidization zone and selective air passages keep sludge incineration hot at low feed rates while cutting auxiliary fuel use.
Composite biopolymer membrane adsorbs lead and arsenic without generating sludge, extending operational life through regenerable materials.
Mesoporous magnetic nanoparticle clusters embed peroxidase enzymes within macroporous scaffolds to boost catalytic turnover rates.
Reuse supercritical waste liquid for silica aerogel production by adjusting CO2 injection temperature to 0-30°C, reducing ammonium ions without extra equipment.
Bioleaching reduces heavy metal content in sludge-based biocoke, preventing secondary pollution during agricultural reuse.
Ammoniacal leaching extracts nickel and molybdenum from unsupported hydroprocessing catalysts via selective dissolution.
Water injection reduces pipe wall friction for smooth wet sludge transfer, eliminating high discharge pressure requirements and excessive heat consumption.
Recycles supercritical waste liquid via acid neutralization to cut solvent costs while maintaining thermal insulation and mechanical strength.